ML18064A780
| ML18064A780 | |
| Person / Time | |
|---|---|
| Site: | Palisades  |
| Issue date: | 05/19/1995 |
| From: | CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.) |
| To: | |
| Shared Package | |
| ML18064A779 | List: |
| References | |
| REF-GTECI-A-46, REF-GTECI-SC, TASK-A-46, TASK-OR GL-87-02, GL-87-2, NUDOCS 9505310007 | |
| Download: ML18064A780 (405) | |
Text
{{#Wiki_filter:.. Report ofSQUG Assessment at Palisades. Nuclear Plant for the Resolution of USI A-46
- PALISADES NUCLEAR PLANT
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May 19, 1995
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- SECTION
- 1. TABLE OF CONTENTS Table of Contents 1
- 2. EXECUTIVE
SUMMARY
2
- 3. SAFE SHUTDOWN EQUIPMENT LIST (SSEL) REPORT 3 1.0 Introduction 2.0 Scope/Method 3 .0 Assumptions/Limitations 4.0 Results 5.0 References
- 4. RELAYEVALUATIONREPORT 4 1.0 Introduction 2.0 Scope/Method 3 .0 Assumptions/Limitations 4.0 Results
- 5. 0 References Attachment A Relay Review Safe Shutdown Equipment List Attachment B Relay List And Seismic Evaluation Tabulation Attachment C Relay List And Description Of Outlines
- 5. SEISMIC EVALUATION REPORT 5 2.0 Palisades Nuclear Plant Safe Shutdown Path 3.0 Palisades Nuclear Plant Seismic Design Basis 4.0 Results Of Screening Verification And Walkdown 5.0 Gip Deviations And Commentary On Meeting The Intent Of Caveats 6.0 Results Of The Tanks And Heat Exchanger Review 7 .0 Results Of The Cable Tray And Conduit Raceway Review 8.0 Description Of The Equipment Outliers 9.0 Resolution Of The Outliers 10.0 References
- 6. PERSONNEL RESUMES AND TRAINING DOCUMENTATION 6 1.0 For SSEL Development And Relay Evaluations 2.0 For Seismic Evaluations
- 7. PIPING AND INSTRUMENT DIAGRAMS (P & ID'S) 7
- EXECUTIVE
SUMMARY
On February 19, 1987, the NRC issued Generic Letter 87-02, "Verification of Seismic Adequacy of Mechanical and Electrical Equipment in Operating Reactors, Unresolved Safety Issue (USI) A-46." This Generic Letter encouraged utilities to participate in a generic program to resolve the seismic verification issues associated with USI A-46. As a result, the Seismic Qualification Utility Group (SQUG) developed the "Generic Implementation Procedure (GIP) for Seismic Verification of Nuclear Plant Equipment." On May 22, 1992, the NRC Staff issued Generic Letter 87-02 supplement 1, which constituted the NRC staff's review of the GIP and which included Safety Evaluation Report number 2 (SSER-2) on the GIP, revision 2, corrected on February 14,1992. With letter dated September 21, 1992 to the NRC, Consumers Power Co. committed to use the SQUG methodology as documented in the Generic Implementation Procedure (GIP), including the clarification's, interpretations, and exceptions in SSER #2, and the implementation guidance, where "GIP" referred to GIP revision 2, corrected February 14, 1992, to resolve USI A-46 at the Palisades Plant.
- The following report entitled "SQUG Assessment at the Palisades Nuclear Plant for the Resolution of USI A-46" dated May 1995 documents, by the use of the "GIP," how the Palisades Plant has resolved USI A-46.
This document is divided into 3 reports as described in part II section 9 of the GIP. Report 1 [tab 3] SAFE SHUTDOWN EQUIPMENT LIST (SSEL) REPORT. Report 2 [tab 4] RELAY EVALUATION REPORT. Report 3 [tab 5] SEISMIC EVALUATION REPORT. Out of the 514 mechanical and electrical equipment walked-down and evaluated, 64 were identified as outliers. A summary of these, along with their recommended resolutions, is included in Seismic Evaluation Report sections 8 and 9. The total number of relays evaluated were 1714 with 17 relays identified as outliers. A summary of the relay outliers is included in the Relay Evaluation Report section 4 and attachment C.
- USI A-46 EQUIPMENT.
EVALUATION REPORT PALISADES NUCLEAR PLANT May 19, 1995
- CONSUMERS POWER PALISADES NUCLEAR PLANT USI A-46 EQUIPMENT EVALUATION REPORT May 3, 1995
EQUIP:MENT EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
- Section 1.0 Title Introduction Page 1-1 2.0 Scope/Method 2-1 3.0 _Assumptions/Limitations 3-1 4.0 Results 4-1 5.0 Deviation from the GIP 5-1 6.0 References I 6-1 7.0 Glossary of Acronyms 7-1
- Attachments Attachment A Attachment B Safe Shutdown Path for Palisades Figures Safe Shutdown Equipment List (SSEL)
Attachment C Safe Shutdown Notes Attachment D Operations Review letter from Steve Oakley
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES
1.0 INTRODUCTION
The SQUG Generic Implementation Procedure (GIP) for Seismic Verification of Nuclear Plant Equipment provides guidance for identifying the preferred paths to be used in accomplishing the following safe shutdown functions subsequent to a safe shutdown earthquake (SSE): Reactor Reactivity Control Reactor Coolant Pressure Control Reactor Coolant Inventory Control Decay Heat Removal The purpose of this report is to identify the preferred safe shutdown paths for the four safe shutdown functions, identify the auxiliary paths required to support the preferred paths, and identify the corresponding equipment and instrumentation.
- 1-1
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES 2.0 SCOPE I METHOD Our analysis is bounded by the guidelines stated in the GIP, as applicable. For the purposes of this analysis, safe shutdown is hot shutdown as defined in the Palisades Technical Specifications.
Using the guidelines provided in the GIP, and upon review of the plant specific input such as the Standard Operating Procedures (SOP), Emergency Operating Procedures (BOP), and the Piping & Instrument Drawings (P&ID's). Consumers Power has identified the preferred safe shutdown paths and the associated auxiliary systems which can be used to accomplish the four safe shutdown functions identified in section 1.0. The Operating Department has reviewed the preferred safe shutdown paths and the associated auxiliary.
- 2-1
- 3.0 PREFERRED SAFE SHUTDOWN PATH FOR PALISADES ASSUMPTIONS I LIMITATIONS 3.1 GENERAL 3 .1.1 Offsite power may not be available for 72 hours following the SSE.
3 .1.2 No other extraordinary events are postulated. (i.e., LOCA, HELB, fire, etc.) 3.1.3 Operator actions which are not addressed with existing procedures will be evaluated for accessibility and time constraints. 3 .1. 4 The equipment to be identified for seismic evaluation will include: Active mechanical or electrical equipment which operates or changes state to accomplish a safe shutdown function. Active equipment in systems which supports the operation of the safe shutdown equipment. I
- Only instrumentation, which is absolutely necessary to operate, control, and monitor the safe shutdown functions have been identified.
Tanks and heat exchangers used by the safe shutdown equipment or in the safe shutdown path. I. 3.1.5 All electrically operated components whose relays have not been seismically evaluated are assumed to malfunction or spuriously operate
- during the seismic event. Only those components whose spurious actuation would affect the ability of the safe shutdown path to perform its intended function are required to be identified.
3.1.6 All systems are maintained operable in accordance with the Technical Specifications. 3 .1. 7 For this analysis, the following criteria has been used in selecting and analyzing the systems' boundary valves. 3 .1. 7 .1 For normally open valves which must close to perform the boundary function, two valves in series are required. Both valves are taken to be active components .
- 3-1
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES 3.1.7.2 Normally closed valves, which must remain closed to perform the boundary function, are considered passive for the analysis and no seismic review is required. However, for these valves, it is necessary to consider the impact of spurious operation on the success path. Therefore, relay screening will be performed for these valves.
3.1.7.3 It is assumed that reliefvalves, which serve as boundary valves, will not be challenged during the plant shutdown and therefore will be able to provide an adequate system boundary. 3 .1. 7. 4 In cases where the position of the boundary valve is not important (i.e., the valve can be either opened or closed) neither a seismic review nor a relay review are required. For these cases, the valve will be included in the S SEL and the justification will be identified in the notes column .
- 3-2
- 4.0 PREFERRED SAFE SHUTDOWN PATH FOR PALISADES RESULTS 4.1 SHUTDOWN 4.1.1 REACTIVITY CONTROL System Path The preferred path for reactivity control is shown an figure 1. The initial method for reactivity control is insertion of the control element assemblies (CRDM's). The CRD's will free fall into the core when the magnetic clutch holding the coils becomes de-energized following a manual or automatic reactor trip. The CRD's are independently capable of making the core subcritical from a power operation condition.
In addition to the reactivity control by the CRD's system, boron injection will be necessary during the 72 hours that the plant is required to remain in a hot shutdown to compensate for the positive reactivity insertion from xenon bum out. Also, a loss of offsite power may cause the main steam system to be isolated from the condenser. This will result in the lifting of the main steam atmospheric dump valves which can be controlled automatically or manually . Therefore, the preferred reactivity control method is provided by CRD insertion along with boron injection by the Chemical and Volume Control System (CVCS). The CVCS is capable of making the core sub critical from a power operation condition and holding it in the hot shutdown condition. The preferred boron injection flow path is from the concentrated boric acid storage tank T-53A to the concentrated boric acid pump P-56A to the suction of the charging pump P-55B via M0-2140.
- Each concentrated boric acid tank T-53A and T-53B has sufficient boron to bring the plant to a cold shutdown per Technical Specification 3.2. Flow from charging pump P-55B is through CV-2111, CV-2113, and CV-2115, which is the normal charging flow into PCS loops IA and 2A. The Safety Injection Refueling Water (SIRW) tank (T-58) can be used as back up to the concentrated boric acid tank through M0-2160. Control Valves CV-2111, CV-2113, and CV-2115 are all capable of being operated manually. On loss of air or power, all of the control valves fail open, the position which is the required position for charging flow.
Instrumentation Instrumentation for the preferred path for Reactor Reactivity Control is shown on figure 8. Reactivity is monitored by the neutron flux process variable. The wide range logarithmic channels will be used. These instruments provide indication of reactor power from source range to above 100% full power . 4-1
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES 4.1.2 Pressure Control System Path The preferred path for pressure control is shown on figure 2. Satisfactory resolution of the pressure control function requires a method to reduce or increase pressure as needed.
- Immediately following the seismic event and the reactor trip, the reactor decay heat will be significant. Thus, a method to reduce PCS pressure will be required.
The preferred method of initial pressure reduction is provided by operation of the atmospheric dump valves automatically or manually. PCS pressure can be controlled by injection of cold water from the charging pumps and/or removing heat from the secondary side of the steam generator which in turn lowers PCS temperature. During the 72 hours that the reactor is required to remain in hot shutdown, it may be necessary to increase PCS pressure to stay within the limits of the pressure/temperature curve. The pressurizer heater may be used to increase PCS pressure. The preferred method is to use backup groups #3 and #4, and pro~ortional group #2. These heaters, with each group rated at 75 kilowatts, receive emergency power. Instrumentation Instrumentation for the preferred path for the Reactor Coolant Pressure Control is shown on figure 8. The process variables for required pressure control of PCS are the pressurizer level, pressurizer pressure, and PCS Cold Leg Temperature (Tc). 4.1.3 Inventory Control System Path The preferred safe shutdown path for inventory control is shown on figure I. The purpose of the inventory function is to provide a method to supply water to the PCS while minimizing the PCS losses during the 72 hours the plant is in hot shutdown. The preferred path for inventory make up is provided by the CVCS as described in Section 4.1.1 with the addition of the Safety Injection Refueling Water Tank to provide a source of make up water to the PCS after the Boric Acid Storage Tanks are no longer available or necessary. The charging pumps will initially take suction from the BAST's as defined in Section 4.1.1. After the reactor trips, the charging pumps will be injecting concentrated boric acid solution from the BAST's into the PCS with the letdown path being isolated. 4-2
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES The addition of water into the PCS can be accommodated by the shrinkage in the PCS due to a temperature reduction from normal operating TAvG to hot shutdown TAvG. Hence, a letdown path will not be required. For the duration of the event, to compensate for the large volume lost from seal leak off and other PCS leakage, the suction.of the charging pumps must be realigned to the Safety Injection Refueling Water Tank by opening valve M0-2160. If the valve fails to open or is out of service for maintenance activities, an operator would be required to manually open the valve. The injection flow from the Safety Injection Refueling Water Tank will be controlled by cycling the charging pumps as necessary.
Instrumentation Instrumentation for the preferred path for Reactor Coolant Inventory Control is shown on Figure 8. The process variables for required inventory control are the pressurizer pressure, pressurizer level, and PCS Cold Leg Temperature (Tc). 4.1.4 Decay Heat Removal System Path
- The preferred safe shutdown path for decay heat removal is shown on figure 4 .
Decay heat will be removed by use of the steam generators. To meet the requirements of decay heat removal, a source of water and a method to remove steam from the steam generators must be available. Makeup water to the steam generators will be supplied by the AFWS. The preferred path is from the auxiliary feedwater pump through valves CV-0737A, M0-0754, M0-0759 and/or CV-0736A, M0-0748, and M0-0755 to the steam generators. The primary source of water supply for the auxiliary feedwater pumps' suction is the condensate storage tank (T2). The amount of available water in the condensate storage tank is adequate to remove decay heat for 4 hours. Because the condensate storage tank does not contain enough water to maintain the reactor in the hot shutdown condition for the required 72 hours, makeup water to the auxiliary feedwater system may be necessary. The service water system provides the water necessary to maintain the hot shutdown condition. The event will cause the main steam system to be isolated from the condenser, therefore, the preferred method for removing steam from the steam generators is the atmospheric dump valves. These valves will open to provide over pressurization protection of the steam generators and allow main steam to be released to the atmosphere, thereby removing decay heat from the PCS. The atmospheric dumps are normally, automatically controlled by TAvG controllers. These valves can also be operated manually either from the control room or remotely.
- 4-3
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES Instrumentation Instrumentation for the preferred path for Decay Heat Removal is shown on figure 9. The process variables required to verify the PCS decay heat removal are the PCS hot and cold leg temperatures (Th, Tc), the steam generator level, the steam generator pressure, and the condensate storage tank level.
4.2 Auxiliary Systems 4.2.1 Component Cooling Water (CCW) CCW was reviewed using the safety required components as the basis for this review for SQUG. CCW is to furnish coolant to containment, which in turn, provides cooling to the PCP seals and the reactor shield cooling system. Per memo from Byron Jackson dated 09-05-84, loss of CCW to PCP seals will not cause seals to fail per reference 5 .1. CCW furnishes cooling for the shutdown heat exchangers. Since the plant remains in hot shutdown condition during the SQUG conditions, no cooling is required for the heat exchangers . CCW furnishes cooling for SI and Containment spray pumps, which are not required to operate for the SQUG condition. Thus, the plant remains in a hot shutdown condition. CCW also supplies cooling for the charging pumps, which are required to provide inventory control for the reactor during the hot shutdown condition. Per DBD 1.04 pg. 25 step B, "The constant speed charging pump, which can accommodate loss of cooling flow, may be run up to 10 hours without cooling water since one pump can cool down while the other pump operates up to 10 hours," Since the plant remains in hot shutdown condition, one charging pump can furnish any makeup coolant needed to the reactor to insure the core stays covered. Therefore, the CCW system is not needed for SQUG. 4.2.2 Service Water (SW) The service water system is an auxiliary system to support the operation of the emergency diesel generators and to provide the water required for the auxiliary feedwater system, which provides backup for the condensate storage tank and the cooling requirements for the control room air-conditioning units .
- 4-4
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES 4.2.3 Diesel Generator (DG)
Two redundant diesel generators are available to supply power to safe shutdown components on the loss of offsite power. The auxiliary systems required to support the diesel generators are Starting Air, Lube Oil, Jacket Water, Fuel Oil, Air for Combustion and Cooling, and Diesel Generator Vent Fans. Each diesel engine has two independent starting air systems, which are capable of independently cranking the diesel engine for 45 seconds, and each has its own completely integral lube oil system requiring no energy source except the diesel generator itself The diesel generators both have an engine mounted fuel tank which is gravity fed by its own 2500 gallon auxiliary fuel tank. The auxiliary fuel tanks are both supplied from the diesel generator fuel oil storagetank, which has adequate capacity for the continuous operation of one DG in excess of 72 hours per DBD 5.01 Rev. 1. The air required for cooling of the diesel is introduced to the respective diesel generator room through ventilation fans V-24A, V-24B, V-24C, and V-24D. 4.2.4 Control Room Habitability
- The design criteria for the control room air-conditioning is that system failure will not prevent safe shutdown. The main control room air-conditioning system consists of two refrigeration and air handling units. Either unit can be selected for automatic operation if the running unit should fail. During a period of above normal heat load, both units can be placed in operation although this is not expected for an A-46 safe shutdown. The two unit design and its capabilities for connection to emergency power assures that the components in the main control room will not be adversely affected by the loss of either the refrigeration or the air handling unit per DBD 1.06. The control room air-conditioning system is dependent upon service water, which is described in section 4.2.2.
4.2.5 AC and DC Electrical Power Distribution The safety related 480V components, which includes the 480V MCC's, are redundant and provide power to the necessary safe shutdown equipment. The batteries, chargers, inverters and associated safety related instruments and control busses are also redundant and provide power to the necessary safe shutdown equipment per Palisades P & ID WD-950-1 Rev. AV. 4.2.8 Heat Tracing Heat tracing was used in certain pipes and components in the CVCS, in the waste disposal system, in the inlet piping to the containment stack radiation monitors, and in a portion of the pipe between the condenser and the condensate storage tank. A review of these systems for impact on safe shutdown equipment was performed. No flow paths required heat tracing. Thus, loss of heat tracing will not impact the capability of the plant to achieve safe shutdown. 4-5
- 5.0 PREFERRED SAFE SHUTDOWN PATH FOR PALISADES DEVIATION FROM THE GIP Equipment ID Commentary CV-0501, CV-0510 *Control valves CV-0501 and CV-0510 are actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. These control valves do not meet the single active failure criterion per GIP Section 3.2:6. We are taking an exception to the single active failure requirements in this case based on an SER dated February 28, 1986 on the subject of SINGLE FAILURE ISSUE FOR MAIN STEAM ISOLATION VALVES AND MAIN FEEDWATER VALVES.
CK-FW0701, Check valves CK-FW0701 and CK-FW0702 do not need to be evaluated CK-FW0702 for seismic adequacy per GIP Section 3, Item 3.1.2 #6. The Emergency Operating Procedures 1.0 Step 3 .0 #2 & #3 requires stopping the main
- feed pumps. When the feedwater pumps are stopped the differential pressure will close the check valves. These check valves do not meet the single active failure criterion per GIP Section 3.2.6. We are taking an exception to the single active failure requirements in this case based on an SER dated February 28, 1986 on the subject of SINGLE FAILURE ISSUE FOR MAIN STEAM ISOLATION VALVES AND MAIN FEEDWATER VALVES .
- 5-1
- 6.0 PREFERRED SAFE SHUTDOWN PATH FOR PALISADES REFERENCES 6.1 Memo per Byron Jackson, loss of cooling water test on San Onofre and Saint Lucie reactor coolant pump seals, dated 09/05/84 6.2 Palisades Design Basis Document 1.01 Rev. 2 (Component Cooling Water System) 6.3 Palisades Design Basis Document 1.02 Rev. 2 (Service Water System) 6.4 Palisades Design Basis Document 1.04 Rev. 1 (Chemical Volume Control System) 6.5 Palisades Design Basis Document 1.06 Rev. 2 (Control Room HVAC) 6.6 Palisades Design Basis Document 5.01 Rev. 1 (Diesel Generators) 6.7
- Palisades Emergency Operating Procedure EOP-1.0 Rev. 4 (Standard Post Trip Actions) 6.8 Palisades Emergency Operating Procedure EOP-7.0 Rev. 6 (Loss of all F eedwater) 6.9 Palisades Emergency Operating Procedure EOP-8.0 Rev. 6 (Loss of Forced Circulation Recovery) 6.10 Palisades Emergency Operating Procedure EOP-9.0 Rev. 6 (Functional Recovery Procedure) 6.11 Palisades Technical Specifications Amendment #162 6.12 Palisades P&ID M-201 Sh 1 Rev. 59 (Primary Coolant System) 6.13 Palisades P&ID M-201 Sh 2 Rev. 36 (Primary Coolant System) 6.14 Palisades P&ID M-202 Sh IA Rev. 24 (Chemical & Volume Control) 6.15 Palisades P&ID M-202 Sh lB Rev. 19 (Chemical & Volume Control) 6.16 Palisades P&ID M-203 Sh 1 Rev. 37 (Safety Injection Containment Spray &
Shutdown Cooling System) 6.17 Palisades P&ID M-203 Sh 2 Rev. 16 (Safety Injection Containment Spray & Shutdown Cooling System)
- 6.18 Palisades P&ID M-204 Sh 1 Rev. 61 (Safety Injection Containment Spray &
Shutdown Cooling System) 6-1
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES 6.19 Palisades P&ID M-204 Sh IA Rev. I8 (Safety Injection Containment Spray &
Shutdown Cooling System) 6.20 Palisades P&ID M-204 Sh-IB Rev. 25 (Safety Injection Containment Spray & Shutdown Cooling System) 6.21 Palisades P&ID M-205 Sh-I Rev. 58 (Main Steam & Auxiliary Turbine System) 6.22 Palisades P&ID M-205 Sh-2 Rev. 4I (Main Steam & Auxiliary Turbine System) 6.23 Palisades P&ID M-207. Sh-I Rev. 71 (Feedwater & Condensate System) 6.24 Palisades P&ID M-207 Sh-IA Rev. 34 (Feedwater & Condensate System) 6.25 Palisades P&ID M-207 Sh-IB Rev. 22 (Feedwater & Condensate System) 6.26 Palisades P&ID M-207 Sh-2 Rev. 22 (Feedwater & Condensate System) 6.27 Palisades P&ID M-208 Sh-IA Rev. 25 (Service Water System) 6.28 Palisades P&ID M-208 Sh-IB Rev. 20 (Service W.ater System) 6.29 Palisades P&ID M-209 Sh-2 Rev. I8 (Component Cooling System) 6.30 Palisades P&ID M-210 Sh-JC Rev. 9 (Radioactive Waste Treatment System Clean) 6.31 Palisades P&ID M-2I2 Sh-3 Rev. 13 (Instrument Air Walkdown) 6.32 Palisades P&ID M-213 Rev. 58 (Service Water, Screen Structure & Clorinator) 6.33 Palisades P&ID M-2I4 Sh-I Rev. 46 (Lube Oil, Fuel Oil, and Diesel Generator Systems) 6.34 Palisades P&ID M-2I6 Sh-I Rev. 23 (Fire Protection Systems) 6.35. Palisades P&ID M,..2I6 Sh-2 Rev. 32 (Fire Protection Systems) 6.36 Palisades P&ID M-2I8 Sh-5 Rev. I6 (Heating Vent & Air Conditioning Misc. Building) 6.37 Palisades P&ID M-2 I 8 Sh-6 Rev. 7 (Heating, Ventilation & Air-conditioning Control Room) 6.38 Palisades P&ID M-2I8 Sh-6A Rev. 4 (Heating, Ventilation & Air-conditioning
- Control Room) 6.39 Palisades P&ID M-2I8 Sh-7 Rev. 6 (Heating, Ventilation & Air-conditioning Control Room) 6-2
- PREFERRED SAFE SHUTDOWN PATH FOR PALISADES 6.40 Palisades P&ID M-219 Sh-lB Rev. 16 (Process Sampling System) 6.41 Palisades P&ID M-220 Sh-1 Rev. 52 (Make-up Domestic Water & Chemical Injection System) 6.42 Palisades P&ID M-220 Sh-2 Rev. 18 (Make-up Domestic Water & Chemical Injection System) 6.43 Palisades P&ID M-221 Sh-2 Rev. 17 (Shield Cooling System) 6.44 Palisades P&ID M-222 Sh-2 Rev. 18 (Spent Fuel Pool Cooling Systems) 6.45 Palisades P&ID M-225 Sh-2 Rev. 18 (High Pressure Operated Valves) 6.46 Palisades P&ID M-226 Sh-1 Rev. 42 (Steam Generator Lowdown Modification) 6.47 Palisades P&ID M-652 Sh-1 Rev. 39 (Primary System Make-up Water, Utility Water, and Oil Waste Systems) 6.48 Palisades P&ID WD-950-1 Rev. AV (480V Motor Control Center Warehouse) 6.49 Palisades P&ID WD-950-11 Rev. 31 (Single Line Meter & Relay Diagram 480V Load Center) 6.50 Palisades P&ID WD-950-1 lA Rev. 18 6.51 Palisades P&ID WD-950-12 Rev. 41 6.52 Palisades P&ID WD-950-12A Rev. 7 6.53 Palisades P&ID WD-950-12B Rev. 6 6.54 Palisades P&ID WD-950-15 Rev. 22 6.55 Palisades P&ID WD-950-21 Rev. 27 6.56 Palisades P&ID WD-950-21A Rev. 25 6.57 Palisades P&ID WD-950-2A Rev. 2 6.58 Palisades P&ID WD-950-3 Rev. AC 6.59 Palisades P&ID WD-950-4 Rev. 38
- 6-3
- 7.0 PREFERRED SAFE SHUTDOWN PATH FOR PALISADES GLOSSARY OF ACRONYMS AFWS Auxiliary Feedwater System BAST Boric Acid Storage Tank CRD Control Rod Drives CRDM Control Rod Drive Mechanisms eves Chemical and Volume Control System DBA Design Basis Accident DBD Design Basis Document GIP Generic Implementation Procedure HELB High Energy Line Break HVAC Heating, Ventilation & Air Conditioning LOCA Loss of Coolant Accident MCC Motor Control Center MO Motor Operated Valve MSIV Main Steam Isolation Valves PCS Primary Coolant System SI Safety Injection
- SIRW SIRWT SSE SSEL T. S.
Safety Injection Refueling Water Safety Injection Refueling Water Tank Safe Shutdown Earthquake Safe Shutdown Equipment List Technical Specification TAvG Average of Th and Tc at a particular instant of time Tc Cold Leg Temperature Th Hot Leg Temperature VCT Volume Control Tank
- 7-1
- CONSUMERS POWER PALISADES NUCLEAR PLANT ATTACHMENT A SAFE SHUTDOWN PATH FOR PALISADES FIGURES (11 Pages)
FIGURE 1 :SAFE SHUTDOWN PATH FOR PALISADES REACTOR REACTOR REACTIVITY CONTROL REACTIVITY CONTROL TRAIN 1 TRAIN 2 I I \ I BORATION USING CONTROL ROD CONTROL ROD BORATION USING eves INSERTION INSERTION eves I I CHARGING SYSTEM CHARGING SYSTEM (SEE REACTOR COOLANT) GRAVITY GRAVITY (SEE REACTOR COOLANT) PRESSURE CONTROL PRESSURE CONTROL TRAIN 1 TRAIN 2 CONTROL ROD CONTROL ROD CLUTCH BREAKERS CLUTCH BREAKERS CONTROL ROD CONTROL ROD DRIVE MECHANISMS DRIVE MECHANISMS REACTOR COOLANT REACTOR COOLANT INVENTORY CONTROL 1NVENTORY CONTROL TRAIN 1 TRAIN 2 I I eve OPERATION eve OPERATION I I CHARGING SYSTEM CHARGING SYSTEM
<SEE REACTOR COOLANT <SEE REACTOR COOLANT PRESSURE CONTROL PRESSURE CONTROL TRAIN 1l TRAIN 2>
- FIGURE 2* : SAFE SHUTDOWN PATH FOR PALISADES REACTOR COOLANT PRESSURE CONTROL TRAIN ii1 NATURAL CIRCULATION POWER OPERATED PRESSURIZER HEATERS eves OPERATION CONTROLLED COOLDOWN RELIEF VALVES
!RAISE PRESSURE> !LOWER PRESSURE> ( ) <LOWER PRESSURE>
PZR HEATER XFMR STEAM GENERATOR M0-1043A EX-16 !BUS lDl CHARGING SYSTEM HEAT SINK IMCC-261 BACKUP GROUP *3 & *4 PRV-10438 PROPORTIONAL GROUP *2 IE0-21-ll BORIC ACID TANK SIRW TANK T-53A T-58 QUENCH TANK P-56A T-73 IMCC-2> M0-2140 M0-2160 IMCC-2> IMCC-21 P-55B
<BUS 12>
CV-2lll CV-2113 CV-2115
- FIGURE 3 :SAFE SHUTDOWN PATH FOR PALISADES REACTOR COOLANT.PRESSURE CONTROL TRAIN #2 y
PRESSURIZER HEATERS eves OPERATION CRAISE PRESSURE> CLOWER PRESSURE> PZR HEATER XFMR STEAM GENERATOR M0-1042A CHARGING SYSTEM EX-15 CBUS lCI HEAT SINK <MCC-25> BACKUP GROUP *1 & *2 PRV-10428 PROPORTIONAL GROUP *t BORIC ACID TANK BORIC ACID TANK SIRW TANK CED-11-ll T-53A. T-53B T-58 QUENCH TANK M0-216q M0-2170 M0-2160 T-73 CMCC-ll CMCC-ll CMCC-21 P-55C
<BUS Ill CV-2111 CV-2113 CV-2115
FIGURE 4 :SAFE SHUTDOWN PATH FOR PALISADES DECAY HEAT REMOVAL TRAIN 1 STEAM GENERATOR HEAT SINK NATURAL CIRCULATION
\
STEAM GENERATOR A OR B STEAM GENERATOR STEAM.GENERATOR STEAM PATR FEED PATH ATMOSPHERIC STEAM STEAM GENERATOR AUXILIARY DUMP VALVES CODE SAFETY VALVE FEEDWATER P-8C SERVICE
<BUS 10 AND Y-20> WATER SYSTEM CV-0737A CV-0736A P-7A P-7C OPTIONAL
<Y-201 <Y-201 <BUS 10> <BUS ID>
M0-0754 M0-0748 CV-1318
<MCC 241 <HCC 221 <ELOl M0-075ct M0-:0755.
<MCC 231 <HCC 211 STEAM GENERATOR STEAM GENERATOR A B CRITICAL SW CRITICAL SW HOR 'A' HOR 'B'
- FIGURE 5 :SAFE SHUTDOWN PATH FOR PALISADES DECAY HEA1 REMOVAL TRAIN 2 STEAM GENERATOR HEAT SINK NATURAL CIRCULATION
\
STEAM GENERATOR A OR 8 STEAM GENERATOR STEAM GENERATOR STEAM PATH FEED PATH ATMOSPHERIC STEAM STEAM GENERATOR AUXILIARY DUMP VALVES CODE SAFETY VALVE FEEDWATER P-BA SERVICE
<BUS IC AND Y-10> WATER SYSTEM.
cv-014q CV-0727
<Y-10> <Y-1"))
CV-1318 CV-1319 IELOl . IELOl M0-0753 M0-0743
<HCC 23> <HCC 21>
CV-0844 IDU-2>
- M0-0760 M0-07q8
*<HCC 24> IMCC 22>
CV-0846 CV-0857 1[)21-21 IDU-21 STEAM GENERATOR STEAM GENERATOR A B CRITICAL SW HOR "B"
- FIGURE 6 : SAFE SHUTDOWN PATH 'FOR PALISADES ELECTRICAL POWER DISTRIBUTION TRAIN *1 OFFSITE POWER OFF SITE POWER*
NOT AVAILABLE NOT AVAILABLE DIESEL GENERAOR DIG 1-2 CK-6B> BATTERY NO 2 MCC 1 MCC 2 STATION <ED-021 <EB-021 <EB-011 BUS 1D
<EA-121 ED-21A
- XFMR 20 XFMR 12 ED-20R ED-20L
<EX-201 CEX-121 BUS 20 BUS 12 BUS* 16 BRKRS 72-201 BRKRS 72-21
<EB-201 <EB-121 <EB-161 THROUGH THROUGH 72-218 72-236 CED-21-11 <ED-21-2>
EY-20 EY-40 MCC 02 MCC 26 MCC 08 MCC 22 MCC 24 <EB-021 <EB-261 <EB-081 <EB-221 <EB-241
- FIGURE 7 :SAFE SHUTDOWN PATH FOR PALISADES ELECTRICAL POWER DISTRIBUTION TRAIN °2 OFFSITE POWER OFFSITE POWER NOT AVAILABLE NOT AVAILABLE DIESEL GENERAOR DIG 1-1 <K-6A> BATTERY NO 1 MCC 1 MCC 2 STATION <ED-11111 <EB-1111> IEB-1112>
BUS lC
<EA-111 ED-UA XFMR 19 XFMR 11 ED-1111R ED-1111L
<EX-19> <EX-11>
BUS 19 BUS 11 BUS 15 RKRS 72-ll:H BRKRS 72-llq IEB-19> IEB-11> IEB-151 THROUGH THROUGH 72-118 72-136 IED-,11-1> IED-11-2> EY-1111 EY-3111 MCC 1 MCC 25 MCC 7* MCC 21 MCC 23 <EB-1111> <EB-25> <EB-1117> <EB-21> <EB-23>
FIGURE 8 :SAFE SHUTDOWN PATH FOR PALISADES SAFE SHUTDOWN INSTRUMENTS TRAIN 1 I
\ I I REACTOR COOLANT REACTOR REACTOR COOLANT PRESSURE CONTROL REACTIVITY CONTROL INVENTORY CONTROL .
I I
- CHARGING PUMP DISCHARGE FLOW FI-0212 - SOURCE WIDE RANGE FLUX MONITOR NE-2/4 -- CHARGING PUMP DISCHARGE FLOW FI-0212
- PCS PRESSURIZER LEVEL LT-121103 - CHARGING PUMP DISCHARGE FLOW FI-0212 - PCS PRESSURIZER LEVEL LT-121103
- PCS PRESSURIZER PRESSURE PT-01058 - PCS PRESSURIZER LEVEL LT-0103 - PCS PRESSURIZER PRESSURE PT-01058
- PCS WIDE RANGE COLD LEG TEMPERATURE TE-0112CD, TE-0122CD - PCS PRESSURIZER PRESSURE PT-01058 - PCS WIDE RANGE COLD LEG TEMPERATURE TE -121112CD, TE -0122CD
- SIRW TANK CT-58>LEVEL LT0331 - PCS WIDE RANGE COLD LEG TEMPERATURE TE-0112CD, TE-0122CD - SIRW TANK <T-58> LEVEL LT0331
- SIRW TANK CT-58> LEVEL LT0331
** FIGURE 9 :SAFE SHUTDOWN* PATH FOR PALISADES SAFE SHUTDOWN INSTRUMENTS TRAIN 1 I
DECAY HEAT REMOVAL ELECTRICAL POWER DISTRIBUTION STEAM GENERATOR PCS PRESSURIZER LEVEL WIDE RANGE LEVEL LT-07578.LT-07588 LT-0103 STEAM GENERATOR PRESSURE PT-0751b.PT~07520 PCS PRESSURIZER PRESSURE PT-011Zl5B --- DIES~L GENERATOR FUEL OIL PRESSURE PI-1485
- ... *~.*
,.....--- . _._._._,,,_..._ ~*'
....... ' .. ,_ --~*- ...... -~* ***-
PCS WIDE RANGE HOT PCS WIDE RANGE DIESEL GENERATOR LEG TEMPERATURE COLD LEG TEMPERATURE - LUBE OIL PRESSURE TE -0112HO. TE -012 2HO TE-0112CD. TE -1Zl122CO PI-1488 AUX.FEEDWATER FLOW CHARGING PUMP DIESEL GENERATOR FT~IZl736A.FT-0737A DISCHARGE FLOW FI-0212
- JACKET WATER PRESSURE PI-1492 CONDENSATE TANK IT-2>LEVEL DIESEL GENERATOR LT-2022
- ...--- LUBE OIL TEMPERATURE TI-1488 DIESEL GENERATOR
--- JACKET WATER TEMPERATURE TI-1492
FIGURE 10 :SAFE SHUTDOWN PATH FOR PALISADES SAFE SHUTDOWN INSTRUMENTS TRAIN 2 I l I I REACTOR COOLANT REACTOR REACTOR COOLANT PRESSURE CONTROL REACTIVITY CONTROL INVENTORY CONTROL I I I I I i CHARGING PUMP DISCHARGE FLOW FI-0212
- SOURCE WIDE RANGE FLUX MONITOR NE-1/3
- CHARGING PUMP DISCHARGE FLOW FI-0212 I
I PCS PRESSURIZER LEVEL CHARGING PUMP PCS PRESSURIZER LEVEL
- LT-0102 1--
DISCHARGE FLOW LT-0102 FI-0212
- . PCS PRESSURIZER PRESSURE PT-0105A - PCS PRESSURIZER LEVEL LT-0102 - PCS PRESSURIZER PRESSURE PT-0105A PCS WIDE RANGE COLD LEG TEMPERATURE TE -0112CC, TE-0122CC
- PCS PRESSURIZER PRESSURE PT-0105A - PCS WIDE RANGE COLD LEG TEMPERATURE TE-IZJ112CC, TE-IZJ122CC SIRW TANK <T-58>LEVEL PCS WIDE RANGE SIRW TANK <T-58>LEVEL
- LT-0332A 1-- COLD LEG TEMPERATURE .......;....
LT-IZl332A TE-0112CC, TE-0122CC
~ SIRW TANK <T-58>LEVEL LT-IZJ332A
- FIGURE 11 :SAFE SHUTDOWN PATH_ FOR PALISADES SAFE SHUTDOWN INSTRUMENTS TRAIN 2 I
DECAY HEAT REMOVAL ELECTRICAL POWER DISTRIBUTION
- STEAM GENERATOR PCS PRESSURIZER LEVEL WIDE RANGE LEVEL LT-0757A,LT-0758A -L T-0102 STEAM GENERATOR PRESSURE PCS PRESSURIZER PRESSURE DIESEL GENERATOR PT-0751C,PT-0752C PT-0105A - FUEL OIL PRESSURE PI-1475 PCS WIDE RANGE.HOT PCS WIDE RANGE DIESEL GENERATOR LEG-TEMPERATURE COLD LEG TEMPERATURE ........:...... FUEL OIL PRESSURE TE-0112HC, TE-0122HC TE-0112CC, TE-0122CC PI-1478 CHARGING PUMP DIESEL GENERATOR AUX.FEEDWATER FLOW FT-0727, FT-074tj DISCHARGE FLOW FI-0212
- JACKET WATER PRESSURE PI-1482 CONDENSATE TANK !T-2>LEVEL L T-2021
- - DIESEL GENERATOR LUBE OIL TEMPERATURE TI-1478 DIESEL GENERATOR
- JACKET WATER TEMPERATURE TI-1482
- CONSUMERS POWER PALISADES NUCLEAR PLANT ATTACHMENT B SAFE SHUTDOWN EQUIPMENT LIST (SSEL)
(37 Pages)
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 1 RRC 42-1/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 2 RRC 2 42-1/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 3 RRC 42-2/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 4 RRC 2 42-2/RPS CONTROL ROD CLUTCH BREAKER M1 -Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 5 OHR 1 0 ACCUM-0779 CV-0779 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 6 OHR 2 0 ACCUM-0779 CV-0779 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 7 OHR 1 0 ACCUM-0780 CV-0780 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 8 OHR 2 0 ACCUM-0780 CV-0780 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 9 OHR 1 0 ACCUM-0781 CV-0781 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 10 OHR 2 0 ACCUM-0781 CV-0781 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 11 OHR 0 ACCUM-0782 CV-0782 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 12 OHR 2 0 ACCUM-0782 CV-0782 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 13 OHR 1 0 ACCUM-MSIV1 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 14 OHR 2 0 ACCUM-MSIV1 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 15 OHR 0 ACCUM-MSIV2 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 16 OHR 2 0 ACCUM-MSIV2 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 17 EPD 2 0 ASM-1A AIR STARTING MOTOR M-214-1 AB 590 116 s N/A OFF ON/OFF NO N/A MECHANICAL ACTION 18 EPD 2 0 ASM-1B AIR STARTING MOTOR M-214-1 AB 590 116 s N/A OFF ON/OFF NO N/A MECHANICAL ACTION 19 EPD 1 0 ASM-2A AIR STARTING MOTOR M-214-1 AB 590 116B s N/A OFF ON/OFF NO N/A N/A 20 EPD 0 ASM-2B AIR STARTING MOTOR M-214-1 AB 590 116B s N/A OFF ON/OFF NO N/A N/A 21 HVAC 2 10 BD-1 HVAC BALANCING DAMP. M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 22 HVAC 1 10 BD-10 CONTROL RM. BALANCING DAMP. M-218-6 AB 625 325 s N/A OPEN OPEN NO N/A N/A 23 HVAC 2 10 BD-10 CONTROL RM. BALANCING DAMP. M-218-6 AB 625 325 s N/A OPEN OPEN NO N/A N/A 24 HVAC 1 10 BD-2 HVAC BALANCING DAMPER M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 25 HVAC 2 10 BD-5 HVAC BALANCING DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 26 HVAC 1 10 BD-6 HVAC BALANCING DAMPER M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 27 HVAC 2 10 BD-7 HVAC BALANCING DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 28 HVAC 1 10 BD-8 HVAC BALANCING DAMPER M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 29 HVAC 1 10 CD-41 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 30 HVAC 2 10 CD-41 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s
- N/A OPEN OPEN NO N/A N/A CERT! Fl CATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this' Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
.........~......"lT"J\L..L-j~lL..>e:..._Q=--=v=.S~--~l-
_t?=-::e....,t.J"'---=E.=---_..K.....N ~oq AJ;Jv ef, Lv Print or type Name/Title Signature Print or type Name/Title J:J Signature /
5/02/95
- SAFE SHUTDOWN EQUIPMENT LIST (SSEL)
- Page 2 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg.-. Elev. Row/Col. Type Notes State State Req'd Dwg. No./Rev Systems or Components I ---- ---- -----
31 HVAC 1 10 CD-42 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 32 HVAC 2 10 CD-42 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 33 HVAC 1 10 CD-43 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 34 HVAC 2 10 CD-43 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 35 HVAC 1 10 CD-44 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 36 HVAC 2 10 CD-44 V-95 &V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 37 HVAC 1 10 CD-45 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 38 HVAC 2 10 CD-45 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 39 HVAC 1 10 CD-46 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 40 HVAC 2 10 CD-46 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 41 HVAC 1 10 C0-47 V-26B FIRE DAMPER M-218-6 AB 625 300A S 28 OPEN OPEN NO N/A N/A 42 HVAC 2 10 CD-47 V-26B FIRE DAMPER M-218-6 AB 625 300A S 28 OPEN OPEN NO N/A N/A 43 HVAC 1 10 CD-48 V-26A FIRE DAMPER M-218-6 AB 625 300 S 28 OPEN OPEN NO N/A N/A 44 HVAC 2 10 CD-48 V-26A FIRE DAMPER M-218-6 AB 625 300 S 28 OPEN OPEN NO N/A N/A 45 HVAC 2 10 CD-49 V-95 FIRE DAMPER RETURN M-218-6 AB 625 300 S N/A OPEN OPEN NO N/A N/A 46 HVAC 1 10 CD-50 V-95 FIRE DAMPER RETURN M-218-6 AB 625 300 S 28 OPEN OPEN NO N/A N/A 47 HVAC 2 10 CD-50 V-95 FIRE DAMPER RETURN M-218-6 AB 625 300 S 28 OPEN OPEN NO N/A N/A 48 HVAC 1 10 CD-51 V-96 FIRE DAMPER RETURN M-218-6 AB 625 300A S N/A OPEN OPEN NO N/A N/A 49 HVAC 1 10 CD-52 V-96 FIRE DAMPER RETURN M-218-6 AB 625 300A S 28 OPEN OPEN NO N/A N/A 50 HVAC 2 10 CD-52 V-96 FIRE DAMPER RETURN M-218-6 AB 625 300A S 28 OPEN OPEN NO N/A N/A 51 RCPC 1 7 CK-CVC2112 LOOP 1A RELIEF CHK. M-202-1B RB 607 144 S N/A CLOSED CLOSED NO N/A N/A 52 RCPC 2 7 CK-CVC2112 LOOP 1A RELIEF CHK. M-202-1B RB 607 144 S N/A CLOSED CLOSED NO N/A N/A 53 RCPC 1 R CK-ES3102 T-82A CHECK M-203-1 RB 607 237 N/A 10 CLOSED CLOSED NO N/A N/A 54 RCPC 2 R CK-ES3102 T-82A CHECK M-203-1 RB 607 237 N/A 10 CLOSED CLOSED NO N/A N/A 55 RCPC 1 R CK-ES3117 T*82B CHECK M-203-1 RB 607 237 N/A 10 CLOSED CLOSED NO N/A N/A 56 RCPC 2 R CK-ES3117 T-82B CHECK M-203-1 RB 607 237 N/A 10 CLOSED CLOSED NO N/A N/A 57 RCPC 1 R CK-ES3132 T-82C CHECK M-203-1 RB 607 236 N/A 10 CLOSED CLOSED NO N/A N/A 58 RCPC 2 R CK-ES3132 T-82C CHECK M-203-1 RB 607 236 N/A 10 CLOSED CLOSED NO N/A N/A 59 RCPC 1 R CK-ES3147 T-82D CHECK M-203-1 RB 607 236 N/A 10 CLOSED CLOSED NO N/A N/A 60 RCPC 2 R CK-ES3147 T-82D CHECK M-203-1 RB 607 236 N/A 10 CLOSED CLOSED NO N/A N/A 61 RCPC 1 R CK-ES3402 IODINE REMOVAL T-103 DISCHARGE M-204-1B AB 640 811 N/A 13 CLOSED CLOSED NO N/A N/A CERT IF I CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _,~=H:<-..CE,,___._~=N....,o.....Jt.......,,.N.ko£:.U~=0...._5_ _ _~~ ~ * ,. abb.5-* I I Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 3 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 62 RCPC 2 R CK-ES3402 IODINE REMOVAL T-103 DISCHARGE M-204-1B AB 640 811 N/A 13 CLOSED CLOSED NO N/A N/A 63 RCPC 1 R CK-ES3403 IODINE REMOVAL T-103 DISCHARGE M-204-1B AB 640 811 N/A 13 CLOSED CLOSED NO N/A N/A 64 RCPC 2 R CK-ES3403 IODINE REMOVAL T-103 DISCHARGE M-204-1B AB 640 811 N/A 13 CLOSED CLOSED NO N/A N/A 65 RCPC 1 R CK-ES3406 IODINE REMOVAL T-103 CHECK M-204-1B AB 570 005 N/A 13 CLOSED CLOSED NO N/A N/A 66 RCPC 2 R CK-ES3406 IODINE REMOVAL T-103 CHECK M-204-1B AB 570 005 N/A 13 CLOSED CLOSED NO N/A N/A 67 RCPC 1 R CK-ES3407 IODINE REMOVAL T-103 CHECK M-204-1B AB 570 005 N/A 13 CLOSED CLOSED NO N/A N/A 68 RCPC 2 R CK-ES3407 IODINE REMOVAL T-103 CHECK M-204-1B AB 570 005 N/A 13 CLOSED CLOSED NO N/A N/A 69 OHR 1 R CK-FW0701 S/G E-50B CHECK M-207-1A AB 590 123 N/A 21 OPEN CLOSED NO N/A N/A 70 OHR 2 R CK-FW0701 S/G E-50B CHECK M-207-1A AB 590 123 N/A 21 OPEN CLOSED NO N/A N/A 71 OHR 1 R CK-FW0702 S/G E-50A CHECK M-207-1A AB 590 123 N/A 21 OPEN CLOSED NO N/A N/A 72 OHR 2 R CK-FW0702 S/G E-50A CHECK M-207-1A AB 590 123 N/A 21 OPEN CLOSED NO N/A N/A 73 RRC 0 CRD1-41 CONTROL ROD DRIVE MECHANISMS M1-Q-1198 RB 649 145 R 7 ON OFF NO E-212 SH.1 EC-06 74 RRC 2 0 CRD1-41 CONTROL ROD DRIVE MECHANISMS M1 -Q-1198 RB 649 145 R 7 ON OFF NO E-212 SH.1 EC-06 75 OHR 1 7 CV-0501 MAIN STEAM ISOLATION E-50B M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0502;SV-0514 76 OHR 2 7 CV-0501 MAIN STEAM ISOLATION E-50B M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0505B;SV-0507B 77 OHR 1 7 CV-0510 MAIN STEAM ISOLATION E-50A M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0508;SV-0513 78 OHR 2 7 CV-0510 MAIN STEAM ISOLATION E-50A M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0505A;SV-0507A 79 OHR 2 7 CV-0727 E-50B FLOW FROM P-8A & P-8B M-207-2 AB 590 123 s 19 CLOSED OP/CL YES E-79 SH.3A&B l/P-0727 80 OHR 7 CV-0736A E-50B FLOW CONTROL M-207-2 AB 570 005 s 19 CLOSED OPEN NO N/A l/P-0736A 81 OHR 1 7 CV-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 s 19 CLOSED OPEN NO N/A 1/P-0737A 82 OHR 2 7 CV-0749 E-50A FROM P-8A&P-8B M-207-2 AB 590 123 s 19 CLOSED OP/CL YES E-79 SH.3A,3B l/P-0749 83 OHR 7 CV-0767 S/G E-50A BOTTOM BLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0767;0PERATOR ACTION 84 OHR 2 7 CV-0767 S/G E-50A BOTTOM BLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0767;0PERATOR ACTION 85 OHR 7 CV-0768 S/G E-50B BOTTOM BLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0768;0PERATOR ACTION 86 OHR 2 7 CV-0768 S/G E-50B BOTTOM BLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0768;0PERATOR ACTION 87 OHR 2 7 CV-0779 S/G E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0779A;SV-0779B;SV-0779C CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -'\)o..:.=N,,,.__.=:E:.........i.)<~N~t:tfr...LL.Jf.J~E:..i..:1\._,\)"-"S'----~ 'i_ ~ 5/3/<i.5'
~I Print or type Name/Title Signature Date Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 4 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 88 OHR 7 CV-0780 STEAM GEN E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0780A;SV-0780B;SV-0780C 89 OHR 2 7 CV-0781 STEAM GEN E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0781A;SV-0781B;SV-0781C 90 OHR 7 CV-0782 S/G E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0782A;SV-0782B;SV-0782C 91 OHR 7 CV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 92 OHR 2 7 CV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 93 OHR 1 7 CV-0822 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 94 OHR 2 7 CV-0822 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 95 OHR 1 7 CV-0823 CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 96 OHR 2 7 CV-0823 CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 97 OHR 7 CV-0826 CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 98 OHR 2 7 CV-0826 CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 99 OHR 7 CV-0847 AIR COOLERS SYS SUPPLY M-208-1B AB 607 238 s 25 OPEN CLOSED NO N/A SV-0847;0PERATOR ACTION 100 OHR 2 7 CV-0847 AIR COOLERS SYS SUPPLY M-208-1B AB 607 238 s 25 OPEN CLOSED YES E-219 SH.1,2 SV-0847;0PERATOR ACTION 101 OHR 7 CV-0884 K-6A SERVICE WATER M-208-1A AB 590 116 s 19 CLOSED OPEN NO N/A SV-0884A;SV-0884B 102 OHR 2 7 CV-0884 K-6A SERVICE WATER M-208-1A AB 590 116 s 19 CLOSED OPEN NO N/A SV-0884A;SV-0884B 103 OHR 7 CV-0885 K-6B SERVICE WATER M-208-1A AB 590 116B s 19 CLOSED OPEN NO N/A SV-0885A;SV-0885B 104 OHR 2 7 CV-0885 K-6B SERVICE WATER M-208-1A AB 590 116B s 19 CLOSED OPEN NO N/A SV-0885A;SV-0885B 105 OHR 1 7 CV-0951 COOLING SYS RETURN M-209-2 AB 570 005 N/A 38 CLOSED CLOSED NO N/A SV-0951 106 OHR 2 7 CV-0951 COOLING SYS RETURN M-209-2 AB 570 005 N/A 38 CLOSED CLOSED NO N/A SV-0951 107 OHR 7 CV-1359 NON CRITICAL S.W. ISOLATION M-213 TB 590 136 s 26 OPEN CLOSED NO N/A SV-1359;0PERATOR ACTION 108 OHR 2 7 CV-1359 NON CRITICAL S.W. ISOLATION M-213 TB 590 136 s 26 OPEN CLOSED NO N/A SV-1359;0PERATOR ACTION 109 OHR 2 7 CV-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 s 17 OPEN OP/CL NO N/A l/P-1655;0PERATOR ACTION 110 OHR 7 CV-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A s 17 OPEN OP/CL NO N/A l/P-1656;0PERATOR CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, corre~t and accurate. (One or more signatures of Systems or Operations Engineers) __,}>""'e"'""N,.__E=--_K...,._.,,."3_...oc..1.1t~hl_..E....,,'Q._..\l'"""1'-----~ ~ ~\~. ~ Print or type Name/Title Signature
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 5 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev systems or Components ACTION 111 RCPC 1 7 CV-2003 LETDOWN STOP M-202-1B RB 607 144 s 35 OPEN CLOSED NO N/A SV-2003 112 RCPC 2 7 CV-2003 LETDOWN STOP M-202-1B RB 607 144 s 35 OPEN CLOSED NO N/A SV-2003 113 HVAC 1 10 D-10 V-96 RECIRC. DAMPER M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 114 HVAC 1 10 D-11 V-96 DISC. DAMPER M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 115 HVAC 2 10 D-11 V-96 DISC. DAMPER M-218-6 AB 625 300A s N/A CLOSED CLOSED NO N/A N/A 116 HVAC 1 10 D-12 V-26B DISC. DAMPER M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 117 HVAC 1 10 D-13 V-26B RECIRC. DAMP. M-218-6A AB 625 300A s N/A CLOSED OPEN NO N/A N/A 118 HVAC 1 10 D-14 V-26B OUTSIDE AIR DAMP. M-218-6A AB 625 300A s N/A CLOSED CLOSED NO N/A N/A 119 HVAC 1 10 D-16 V-94 DAMPER M-218-6 AB 625 300B s N/A CLOSED CLOSED NO N/A N/A 120 HVAC 2 10 D-16 V-94 DAMPER M-218-6 AB 625 300B s N/A CLOSED CLOSED NO N/A N/A 121 HVAC 2 10 D-2 V-95 MODULATING DAMP. M-218-6 AB 625 300 s N/A OPEN CLOSED NO N/A N/A 122 HVAC 2 10 D-20 V-26A MODULATING DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 123 HVAC 1 10 D-21 V-26B MODULATING DAMP. M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 124 DGV 1 10 D-22 DG 1-2 RM EXHAUST DAMPER M-218-5 AB 590 116B s N/A OP/CL OP/CL NO N/A N/A 125 DGV 2 10 D-23 DG 1-1 RM EXHAUST DAMPER M-218-5 AB 590 116 s N/A OP/CL OP/CL NO N/A N/A 126 DGV 10 D-24 DG 1-2 RM INLET DAMPER M-218-5 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 127 DGV 2 10 D-25 DG 1-1 RM INLET DAMPER M-218-5 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 128 DGV 2 10 D-26 V-24A GRAVITY DAMPER M-218-5 AB 590 116 s N/A OP/CL OP/CL NO N/A N/A 129 DGV 2 10 D-27 V-24B GRAVITY DAMPER M-218-5 AB 590 116 s N/A OP/CL OP/CL NO N/A N/A 130 DGV 10 D-28 V-24C GRAVITY DAMPER M-218-5 AB 590 116B s N/A OP/CL OP/CL NO N/A N/A 131 DGV 10 D-29 V-24D GRAVITY DAMPER M-218-5 AB 590 116B s N/A OP/CL OP/CL NO N/A N/A 132 HVAC 2 10 D-3 V-95 RECIRC. DAMP. M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 133 HVAC 1 10 D-4 V-95 DISC. DAMPER M-218-6 AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 134 HVAC 2 10 D-4 V-95 DISC. DAMPER M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 135 HVAC 2 10 D-5 V-26A DISC. DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 136 HVAC 2 10 D-6 V-26A RECIRC. DAMP. M-218-6A AB 625 300 s N/A CLOSED OPEN NO N/A N/A 137 HVAC 2 10 D-7 V-26A OUTSIDE AIR DAMP. M-218-6A AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 138 HVAC 1 10 D-9 V-96 MODULATING DAMP. M-218-6 AB 625 300A s N/A OPEN CLOSED NO N/A N/A 139 EPD 2 21 E-22A JACKET WATER COOLER M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 140 EPD 1 21 E-22B JACKET WATER COOLER M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A CERTI Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) K~~ _'t>-=-"o'-'-'N,.__E=--...... . . . .2:....ictt"..a....ot..luE"""R""'
"\)J=<----~~ ~ ~ r I Print or type Name/Title Signature Date Print or type Name/Titl@I/
5/02/95
- SAFE SHUTDOWN EQUIPMENT LIST (SSEL)* Page 6 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 141 EPD 2 21 E-31A K-6A LUBE OIL COOLER M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 142 EPD 1 21 E-31B K-6B LUBE OIL COOLER M-214-1 AB 590 116B s N/A N/A N/A NO N/A MECHANICAL ACTION 143 EPD 2 21 E-32A ENGINE AFTER COOLER M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 144 EPD 21 E-32B ENGINE AFTER COOLER M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 145 OHR 21 E-54A CCW HEAT EXCHANGER M-208-1A AB 590 123 s N/A N/A N/A NO N/A N/A 146 OHR 2 21 E-54A CCW HEAT EXCHANGER M-208-1A AB 590 123 s N/A N/A N/A NO N/A N/A 147 OHR 21 E-54B CCW HEAT EXCHANGER M-208-1A AB 590 123 s N/A N/A N/A NO N/A N/A 148 OHR 2 21 E-54B CCW HEAT EXCHANGER M-208-1A AB 590 123 s N/A N/A N/A NO N/A N/A 149 RCPC 1 21 E-56 REGENERATIVE HEAT EXCHANGER M-202-1B RB 607 236 s N/A N/A N/A NO N/A N/A 150 RCPC 2 21 E-56 REGENERATIVE HEAT EXCHANGER M-202-1B RB 607 236 s N/A N/A N/A NO N/A N/A 151 RCPC 1 21 E-60A EAST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 s N/A N/A N/A NO N/A N/A 152 RCPC 2 21 E-60A EAST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 s N/A N/A N/A NO N/A N/A 153 RCPC 1 21 E-60B WEST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 s N/A N/A N/A NO N/A N/A 154 RCPC 2 21 E-60B WEST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 s N/A N/A N/A NO N/A N/A 155 RCPC 1 18 E/P-0338 T-820 PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 156 RCPC 2 18 E/P-0338 T-820 PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 157 RCPC 1 18 E/P-0342 T-82A PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 158 RCPC 2 18 E/P-0342 T-82A PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 159 RCPC 1 18 E/P-0346 T-82B PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 160 RCPC 2 18 E/P-0346 T-82B PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 161 RCPC 1 18 E/iP-0347 T-82C PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 162 RCPC 2 18 E/P-0347 T-82C PRESS. CONTROL M-203-1 RB . 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 163 OHR 1 18 E/P-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 164 OHR 2 18 E/P-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 165 OHR 18 E/P-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 166 OHR 2 18 E/P-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 167 OHR 1 18 E/P-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 168 OHR 2 18 E/P-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 169 OHR 1 18 E/P-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 170 OHR 2 18 E/P-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 171 RCPC 1 18 E/P-2153 CONCENTRATION BORIC ACID MAKE-UP M-202-1A AB 590 107A R 3 ON ON NO E-234 SH.1 EC-12;EC-02 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) Print or type Name/Title
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_'bc==....,N........\::..__.K .............,J$....,ft1.1."=.1...__ _ _~- ~ ~-a Signature s-/:3 )o..s-Date ' dYJ.uee~ Signature k sh/rs' Dale I
S/02/9S SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 7 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 172 RCPC 2 18 E/P-21S3 CONC BORIC ACID MAKE-UP M-202-1A AB S90 107A R 3 ON ON NO E-234 SH.1 EC-12;EC-02 173 EPD 1 3 EA-11 2400 VOLT BUS 1C E1-1 AB S90 116A S/R N/A ON OFF NO E-3 SH.1 K-6A 174 EPD 2 3 EA-11 2400 VOLT BUS 1C E1-1 AB S90 116A S/R N/A ON ON YES E-3 SH.1 ED*11A;K-6A 175 EPD 3 EA-12 2400 VOLT BUS 1D E1-1 AB 607 223 S/R N/A ON ON YES E-3 SH.1 ED-21A;K-6B 176 EPD 2 3 EA-12 2400 VOLT BUS 1D E1-1 AB 607 223 S/R N/A ON OFF NO E-3 SH.1 K-6B 177 EPD 2 3 EA-13 2400 V BUS 1-E E1-1 TB S90 133 S/R N/A ON OFF NO E-3 SH.1 EX-1S 178 EPD 2 EB-01 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.1 EB-19 179 EPD EB-02 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.1 EB-20 180 EPD 2 EB-07 480 V MOTOR CONTROL CENTER E1-1 AB S90 121 S/R N/A ON ON YES E-S SH.4 EB-11 181 EPD 1 EB-08 480 V MOTOR CONTROL CENTER E1-1 AB S90 121 S/R N/A ON ON YES E-S SH.4 EB-12 182 EPD 2 2 EB-11 480 VOLT LOAD CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 ED*11;EX-11 183 EPD 2 EB-12 480 VOLT LOAD CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 ED-21;EX-12 184 EPD 2 2 EB-1S 480 VOLT LOAD CENTER E1-1 RB S90 143 S/R N/A ON ON YES E-4 SH.1 EX-1S 18S EPD 1 2 EB-16 480 VOLT LOAD CENTER E1-1 RB S90 143 S/R N/A ON ON YES E-4 SH.1 EX-16 186 EPD 2 2 EB-19 480 VOLT LOAD CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-4 SH.2 ED-11;EX-19 187 EPD 2 EB-20 480 VOLT LOAD CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-4 SH.2 ED-21;EX-20 188 EPD 2 1 EB-21 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-11 189 EPD 1 EB-22 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 223 S/R N/A ON ON YES E-S SH.SB EB-12 190 EPD 2 EB-23 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-11 191 EPD EB-24 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-12 192 EPD 2 EB-2S 480 VOLT MOTOR CONTROL CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-S SH.SC EB-19 193 EPD 1 EB-26 480 VOLT MOTOR CONTROL CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-S SH.SC EB-20 194 EPD 20 EC-01 TURBINE GENERATOR CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 19S EPD 2 20 EC-01 TURBINE GENERATOR CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 196 EPD 20 EC-02 PRIMARY PROCESS & REACTOR CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 197 EPD 2 20 EC-02 PRIM. PROCESS & REACTOR CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 198 EPD 20 EC-03 CONTAINMENT !SOL. & MISC. CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 199 EPD 2 20 EC-03 CONTAINMENT !SOL. & MISC. CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 200 EPD 1 20 EC-04 RELAY & STATION AUXILARY CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 201 EPD 2 20 EC-04 RELAY & STATION AUXILARY CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A 202 EPD 20 EC-06 REACTOR PROTECTIVE SYSTEM CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) --h,~,......_'.'!__,E.....__~=!fS!e<...>.<.P...1..-'trl...Elh>.u.E::..J:'&.,....V._.~'-----~ 'i.. ~. 5 /3 /a,S-1 Print or type Name/Title Signature Date I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 8 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 203 EPD 2 20 EC-06 REACTOR PROTECTIVE SYSTEM CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 204 EPD 20 EC-08 SERV. WATER & COMP COOLING CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 205 EPD 2 20 EC-08 SERV. WTR. & COMP. COOLING CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 206 EPD 1 20 EC-11 RADIATION TURBINE CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 207 EPD 2 20 EC-11 RADIATION, TURBINE CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 208 EPD 1 20 EC-11A POST ACCIDENT CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 209 EPD 2 20 EC-11A POST ACCIDENT CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 210 EPD 1 20 EC-12 PRIMARY PROCESS & INSTRUMENTATION E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 211 EPD 2 20 EC-12 PRIMARY PROCESS & INSTRUMENTATION E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 212 EPD 1 20 EC-126 CIRC. WATER & IODINE CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 213 EPD 2 20 EC-126 CIRC. WATER & IODINE CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 214 EPD 20 EC-13 OBA SHUTDOWN & MISC. CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 215 EPD 2 20 EC-13 OBA SHUTDOWN & MISC. CONTROL E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 216 EPD 1 20 EC-150 AUX. HOT SHUTDOWN PANEL E-363-1 AB 607 250 s 9 N/A N/A NO N/A N/A 217 EPD 2 20 EC-150 AUX. HOT SHUTDOWN PANEL E-363-1 AB 607 250 s 9 N/A N/A NO N/A N/A 218 EPD 1 20 EC-168 POST ACCIDENT SAMPLE MONITORING E-380-2 AB 607 214 s 9 N/A N/A NO N/A N/A 219 EPD 2 20 EC-168 POST ACCIDENT SAMPLE MONITORING E-380-2 AB 607 214 s 9 N/A N/A NO N/A N/A 220 EPD 1 20 EC-180 E-50A ISOLATION SOLENOIDS E-363-1 TB 607 247 s 9 N/A N/A NO N/A N/A 221 EPD 2 20 EC-180 E-50A ISOLATION SOLENOIDS E-363-1 TB 607 247 s 9 N/A N/A NO N/A N/A 222 EPD 1 20 EC-181 E-50B ISOLATION.SOLENOIDS E-363-1 AB 625 328 s 9 N/A N/A NO N/A N/A 223 EPD 2 20 EC-181 E-50B ISOLATION SOLENOIDS E-363-1 AB 625 328 s 9 N/A N/A NO N/A N/A 224 EPD 1 20 EC-182 ATMOSPHERIC STEAM DUMP PANEL E-364 AB 625 338R s 9 N/A N/A NO N/A N/A 225 EPD 2 20 EC-182 ATMOSPHERIC STEAM DUMP PANEL E-364 AB 625 338R s 9 N/A N/A NO N/A N/A 226 EPD 2 20 EC-186A CONTROL ROOM HVAC CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 227 EPD 1 20 EC-186B CONTROL ROOM HVAC CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 228 EPD 20 EC-187 AUX. FEEDWATER CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 229 EPD 2 20 EC-187 AUX FEEDWATER CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 230 EPD 2 20 EC-188A DAMPER CONTROL E-1168-1 AB 625 300 s . 9 N/A N/A NO N/A N/A 231 EPD 20 EC-188B DAMPER CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 232 EPD 20 EC-189A CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 233 EPD 2 20 EC-189A CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _\);=..::;o.;..;l')'-'C"'--__._kJ"""N""-'c:..."tt N=ie.;:::.~="-"'~"'-----~ ~ ~ Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 9 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Nllllber System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 234 EPD 1 20 EC-189B CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 235 EPD 2 20 EC-189B CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 236 EPD 2 20 EC-22 DG-1/1 CONTROL PANEL E-359-1 AB 590 116 s 9 N/A N/A NO N/A N/A 237 EPD 20 EC-26 DG-1/2 CONTROL PANEL E-359-1 AB 590 116B S 9 N/A N/A NO N/A N/A 238 EPD 20 EC-32 NSSS SAMPLE HOOD E-380-2 AB 607 228 S 9 N/A N/A NO N/A N/A 239 EPD 2 20 EC-32 NSSS SAMPLE PANEL E-380-2 AB 607 228 S 9 N/A N/A NO N/A N/A 240 EPD 1 20 EC-33 REDUNDANT SAFETY INJECTION CONTROL E-356 AB 590 121 S 9 N/A N/A NO N/A N/A 241 EPD 2 20 EC-33 REDUNDANT SAFETY INJECTION CONTROL E-356 AB 590 121 S 9 N/A N/A NO N/A N/A 242 EPD 2 15 ED-01 MAIN STATION BATTERIES E1-1 AB 607 225A S/R N/A ON ON YES E-8 SH.1 ED-11A;ED-15;EJL-258 243 EPD 15 ED-02 MAIN STATION BATTERIES E1-1 AB 607 225 S/R N/A ON ON YES E-8 SH.1 ED-16;ED-21A;EJL-259 244 EPD 2 16 ED-06 AC INVERTER #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 245 EPD 1 16 ED-07 AC INVERTER #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 246 EPD 2 16 ED-08 AC INVERTER #3 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 247 EPD 1 16 ED-09 AC INVERTER #4 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 248 EPD 2 14 ED-10 125 V DC BUS E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-01;ED-13;EJL-423 249 EPD 2 14 ED-11 125 V DC DISTRIBUTION PANEL E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 250 EPD 2 14 ED-11A 125 V DC DISTRIBUTION PANEL E1-1 AB 590 116A S/R N/A ON ON YES E-8 SH.2 ED-01 251 EPD 2 20 ED-13 METERING SECTION DC BUSS E-359-1A AB 607 224 S/R N/A ON ON YES E-8-1 ED-10 252 EPD 2 16 ED-15 DC CHARGER #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 EB-01 253 EPD 1 16 ED-16 DC CHARGER #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8SH.1 EB-02 254 EPD 2-0P 16 ED-17 DC CHARGER #3 E1-1 AB 607 224 S/R N/A ON ON/OFF YES E-8 SH.1 EB-02 255 EPD 1-0P 16 ED-18 DC CHARGER #4 E1-1 AB 607 224 S/R N/A ON ON/OFF YES E-8SH.1 EB-01 256 EPD 1 14 ED-20 125 V DC BUS E1 -1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-02;ED-23;EJL-422 257 EPD 14 ED-21 125 V DC DISTRIBUTION PANEL E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 258 EPD 14 ED-21A 125 V DC DISTRIBUTION PANEL E1-1 AB 590 116B S/R N/A ON ON YES E-8 SH.2 ED-02 259 EPD 20 ED-23 METERING SECTION DC BUS E-359-1A AB 607 224 S/R N/A ON ON YES E-8SH.1 ED-20 260 EPD 2 20 EG-20 DG-1/1 GAUGE PANEL E-359-1 AB 590 116 S 9 N/A N/A NO N/A N/A 261 EPD 2 20 EG-21 DG-1/1 STARTER BOX E-359-1 AB 590 116 S 9 N/A N/A NO N/A N/A 262 EPD 20 EG-30 DG-1/2 GAUGE PANEL E-359-1 AB 590 116B S 9 N/A N/A NO N/A N/A 263 EPD 20 EG-31 DG-1/2 STARTER BOX E-359-1 AB 590 116B S 9 N/A N/A NO N/A N/A 264 RCPC 2 0 EH-0501A-F PROPORTIONAL HEATERS #1 M-201-2 RB 607 800 R 7 ON/OFF ON/OFF YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-CERT IF !CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _t)....;....;;...~;..;;.._-:t=-----!..;\(:....cM:...:c=..'tr~~.ulS......i.;:ol\""'\)""S'-----~""' 1i. ~ /2a Iv £. F~ Iv 5/J/9~(
, I Print or type Name/Title Signature Dat'e / Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 10 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 02 265 RCPC 2 0 EH-0502A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 266 RCPC 2 0 EH-0503A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 267 RCPC 2 0 EH-0504A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 268 RCPC 2 0 EH-0505A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 269 RCPC 2 0 EH-0506A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 270 RCPC 2 0 EH-0507A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 271 RCPC 2 0 EH-0508A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 272 RCPC 2 0 EH-0509A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 273 RCPC 2 0 EH-0510A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 274 RCPC 1 0 EH-0601A-F PROPORTIONAL HEATERS GROUP 2 M-201-2 RB 607 800 R 7 ON/OFF ON/OFF YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 275 RCPC 1 0 EH-0602A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02
- 276 RCPC 1 0 EH-0603A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 277 RCPC 1 0 EH-0604A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 278 RCPC 1 0 EH-0605A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 279 RCPC 1 0 EH-0606A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _'O_o"'"""~-E_ :R"""\2"'"'S'-----~'t_ ~ _.)(,..:u!')""--"0'"""1t........,,N_..E;..... Print or type Name/Title Signature Date' I Print or type Name/Title 7
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 11 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 280 RCPC 1 0 EH-0607A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 281 RCPC 1 0 EH-0608A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 282 RCPC 1 0 EH-0609A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 283 RCPC 1 0 EH-0610A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 284 EPD 20 EJ-1002 CONTROL ROOM HVAC CONTROLS E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 285 EPD 2 20 EJ-1003 CONTROL ROOM HVAC CONTROLS E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 286 EPD 20 EJ-1005 AUX. FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 287 EPD 2 20 EJ-1005 AUX FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 288 EPD 1 20 EJ-1006 AUX. FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 289 EPD 2 20 EJ-1006 AUX FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 290 EPD 2 20 EJ-1051 AUX FEEDWATER CONTROLS E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 291 EPD 1 20 EJ-1052 AUX. FEEDWATER RELAY CONTROLS E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 292 EPD 20 EJ-1088 VC-10 CONTROLS E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 293 EPD 2 20 EJ-1089 VC-11 CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 294 EPD 1 20 EJ-1092 CONTROL ROOM HVAC VC-10 CONTROLS E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 295 EPD 2 20 EJ-1093 CONTROL ROOM HVAC VC-11 CONTROLS E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 296 EPD 1 20 EJ-1126 VC-10 RELAY PANEL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 297 EPD 2 20 EJ-1127 VC-11 RELAY PANEL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 298 EPD 2 20 EJ-1143 M0-0753 DISCONNECT 8/2327 E-362 AB 590 123 s 9 N/A N/A NO N/A N/A 299 EPD 2 20 EJ-1144 M0-0760 DISCONNECT 8/2427 E-362 AB 590 123 s 9 N/A N/A NO N/A N/A 300 EPD 20 EJ-214 T-40 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A 301 EPD 2 20 EJ-214 T-40 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A 302 EPD 1 20 EJ-245 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 147 s 9 N/A N/A NO N/A N/A 303 EPD 2 20 EJ-245 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 147 s 9 N/A N/A NO N/A N/A 304 EPD 20 EJ-246 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 146 s 9 N/A N/A NO N/A N/A 305 EPD 2 20 EJ-246 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 146 s 9 N/A N/A NO N/A N/A 306 EPD 1 20 EJ-43 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A CERTI Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) s-/-a }ctr
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Print or type Name/Title Si.gnature Date Signature Date I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 12 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 307 EPD 2 20 EJ-43 DIESEL FUEL TRANSFER E-375 TB 590 136 S 9 N/A N/A NO N/A N/A 308 EPD 1 20 EJ-44 DIESEL FUEL TRANSFER E-367 TB 590 124 S 9 N/A N/A NO N/A N/A 309 EPD 2 20 EJ-44 DIESEL OIL TRANSFER E-367 TB 590 124 S 9 N/A N/A NO N/A N/A 310 EPD 1 20 EJ-540 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 S 9 N/A N/A NO N/A N/A 311 EPD 2 20 EJ-540 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 S 9 N/A N/A NO N/A N/A 312 EPD 1 20 EJ-541 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 S 9 N/A N/A NO N/A N/A 313 EPD 2 20 EJ-541 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 S 9 N/A N/A NO N/A N/A 314 EPD 2 20 EJ-593 P*55B&C TRANSFER SWITCH E-356 AB 590 104B S 9 N/A N/A NO N/A N/A 315 EPD 20 EJ-594 P-55 B&C TRANSFER SWITCH E-356 AB 590 104A S 9 N/A N/A NO N/A N/A 316 EPD 2 20 EJ-594 P-55B&C TRANSFER SWITCH E-356 AB 590 104A S 9 N/A N/A NO N/A N/A 317 EPD 1 20 EJ-79 DIESEL FUEL DAY TANKS E-381 TB 590 707 S 9 N/A N/A NO N/A N/A 318 EPD 2 20 EJ-79 DIESEL FUEL DAY TANKS E-831 TB 590 707 S 9 N/A N/A NO N/A N/A 319 EPD 1 20 EJ-9400 BUS 1-C UNDER VOLTAGE RELAYS E-359-12 AB 590 116A S 9 N/A N/A NO N/A N/A 320 EPD 2 20 EJ-9400 BUS 1-C UNDERVOLTAGE RELAYS E-359-12 AB 590 116A S 9 N/A N/A NO N/A N/A 321 EPD 1 20 EJ-9401 BUS 1-D UNDER VOLTAGE RELAYS E-359-17 AB 607 223 S 9 N/A N/A NO N/A N/A 322 EPD 2 20 EJ-9401 BUS 1-D UNDERVOLTAGE RELAYS E-359-17 AB 607 223 S 9 N/A N/A NO N/A N/A 323 EPD 20 EJL-256 P-55B TRANSFER SWITCH E-356 AB 590 104A S 9 N/A N/A NO N/A N/A 324 EPD 2 20 EJL-257 P-55C TRANSFER SWITCH E-356 AB 590 104B S 9 N/A N/A NO N/A N/A 325 EPD 2 20 EJL-258 ED*01 FUSE BOX E-359-2 AB 607 225A S 9 N/A N/A NO N/A N/A 326 EPD 20 EJL-259 ED-02 FUSE BOX E-359-2 AB 607 225 S 9 N/A N/A NO N/A N/A 327 EPD 2 20 EJL-263 AUX FEEDWATER CONTROLS E-362 AB 590 123 S 9 N/A N/A NO N/A N/A 328 EPD 2 20 EJL-264 AUX FEEDWATER CONTROLS E-362 AB 590 123 S 9 N/A N/A NO N/A N/A 329.EPD 1 20 EJL-422 72-02 BREAKER BOX E-359-2 AB 607 225 S 9 N/A N/A NO N/A N/A 330 EPD 2 20 EJL-423 72-01 BREAKER BOX E-359-2 AB 607 225A S 9 N/A N/A NO N/A N/A 331 EPD 2 9 EMG-0501 CRANKCASE EXHAUST M-214-1 AB 590 116 S/R N/A OFF ON YES M-12 SH.18(2) EC-22;EG-20;EG-21;EX-67 332 EPD 2 9 EMG-0502 CRANKCASE EXHAUST M-214-1 AB 590 116 S/R N/A OFF ON YES M-12 SH.18(2) EC-22;EG-20;EG-21;EX-67 333 EPD 9 EMG-0503 CRANKCASE EXHAUST M-214-1 AB 590 116B S/R N/A OFF ON YES M-12 SH.18(2) EC-26;EG-30;EG-31;EX-66 334 EPD 9 EMG-0504 CRANKCASE EXHAUST M-214-1 AB 590 116B S/R N/A OFF ON YES M-12 SH.18(2) EC-26;EG-30;EG-31;EX-CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -~=--=E'---'-K_,_,N.,,._o""-*-rti ....%~\)=.S---~- .. ~~
........N....,E Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 13 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 66 335 RCPC 2 EU-1 SCR CONTROLLER-HEATERS M-201-2 RB 590 143 S/R N/A ON/OFF ON/OFF YES E-254 SH.1 EB-15;EX-15;EC-02 336 RCPC 1 EU-2 SCR CONTROLLER-HEATERS M-201-2 RB 590 143 S/R N/A ON/OFF ON/OFF YES E-253 SH.1 EB-16;EX-16;EC-02 337 EPD 2 4 EX-11 2400/480 VOLT TRANSFORMER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 EA-11 338 EPD 1 4 EX-12 2400/480 VOLT TRANSFORMER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 EA-12 339 EPD 2 4 EX-15 2400/480 VOLT TRANSFORMER E1 -1 RB 590 143 S/R N/A ON ON YES E-3-1; E-4-1 EA-11;EA-13 340 EPD 4 EX-16 2400/480 VOLT TRANSFORMER E1-1 RB 590 143 S/R N/A ON ON YES E-4 SH.1 EA-12 341 EPD 2 4 EX-19 2400/480 VOLT TRANSFORMER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 EA-11 342 EPD 1 4 EX-20 2400/480 VOLT TRANSFORMER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 EA-12 343 RRC 2 4 EX-63 CONTROL ROD CLUTCH TRANSFORMER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 344 RRC 1 4 EX-64 CONTROL ROD CLUTCH TRANSFORMER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 345 EPD 1 4 EX-66 DG-1/2 EXHAUSTER TRANSFORMER E1-1 AB 590 116B S/R N/A OFF ON YES VM-12-18(2) K-6B 346 EPD 2 4 EX-67 DG-1/1 EXHAUSTER TRANSFORMER E1-1 AB 590 116 S/R N/A OFF ON YES VM-12-18(2) K-6A 347 EPD 2 14 EY-10 120 V AC PANEL #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-06 348 EPD 1 14 EY-20 120 V AC PANEL #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-07 349 EPD 2 14 EY-30 120 V AC PANEL #3 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-08 350 EPD 14 EY-40 120 V AC PANEL #4 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-09 351 RCPC 1 18 FI-0212 CHARGING PUMP LOCAL FLOW IND. M-202-1B AB 590 106 s 34 ON ON NO N/A OPERATOR ACTION 352 RCPC 2 18 FI-0212 CHARGING PUMP LOCAL FLOW IND. M-202-1B AB 590 106 s 34 ON ON NO N/A OPERATOR ACT! ON 353 OHR 2 18 FT-0727 P-8A/B FLOW TRANSMITTER M-207-2 AB 590 123 S/R N/A N/A N/A YES E-79 SH.3,3A&B EJ-1051;EY-10 354 OHR 1 18 FT-0736A E-50B STEAM FLOW TRANS. M-207-2 AB 570 005 S/R N/A N/A N/A YES E-79 SH.3E,F,G EJ-1052;EY-20 355 OHR 1 18 FT-0737A E-50A STEAM FLOW TRANS. M-207-2 AB 570 005 S/R N/A N/A N/A YES E-79 SH.3E,F,G EJ-1052;EY-20 356 OHR 2 18 FT-0749 P-8A/B FLOW TRANSMITTER M-207-2 AB 590 123 S/R N/A N/A N/A YES E-79 SH.3,3A,3B EJ-1051;EY-10 357 OHR 2 18 l/P-0727 E-50B FLOW CONTROL M-207-2 AB 590 123 S/R N/A ON ON/OFF YES E-79 SH.3 A&B EC-01;EC-33;EJ-1005;EJ-1051;EJL-358 OHR 18 l/P-0736 E-50B FLOW CONTROL BYPASS M-207-2 AB 570 005 R 3 OFF OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ
-1006;EJ-10 359 OHR 18 1/P-0736A E-50B FLOW CONTROL M-207-2 AB 570 005 S/R N/A ON OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ
-1006;EJ-10 360 OHR 18 l/P-0737 E-50A FLOW CONTROL BYPASS M-207-2 AB 570 005 R 3 OFF OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ
-1006;EJ-10 CERT! FICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List CSSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _'t>.:. . . .: ":. .:. :"-),.,_ . ;. .E_K:. . :. :. : 'N:. . : o:. . 'Tt. .,_,_i->.; _c.;=~c;. . :. . ;:. :ic. . ;!i;_ _ _~11.z,,, z_ ~"s Print or type Name/Title Signature Date Print or type Name/Title:;; l7oJ.µ Signature e;}?µ ~4/?S Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 14 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 361 OHR 18 l/P-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 S/R N/A ON OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ
-1006;EJ-10 362 OHR 2 18 l/P-0749 E-50A FLOW CONTROL M-207-2 AB 590 123 S/R N/A ON ON/OFF YES E-79 SH.3 A&B EC-01;EC-33;EJ-1005;EJ-1051;EJL-363 OHR 1 18 1/P-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 OFF OFF NO E-270 SH.9 EC-189A 364 OHR 2 18 l/P-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 OFF OFF NO E-270 SH.9 EC-189A 365 OHR 18 l/P-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A R 3 OFF OFF NO E-270 SH.9 EC-189B 366 OHR 2 18 l/P-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A R 3 OFF OFF NO E-270 SH.9 EC-189B 367 HVAC 2 18 l/P-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S/R N/A ON OFF NO E-270 SH.5 EC-11A;EC-188A 368 HVAC 1 18 l/P-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S/R N/A ON OFF NO E-270 SH.5 EC-11A;EC-188B 369 OHR 2 17 K-6A DIESEL GENERATOR 1-1 M-208-1A AB 590 116 S/R N/A OFF ON YES E-140;M-12 EC-22;ED-01;ED-11A;K-6A 370 OHR 17 K-6B DIESEL GENERATOR 1-2 M-208-1A AB 590 116B S/R N/A OFF ON YES E-140; M-12 EC-26;ED-02;ED-21A;K-6B 371 EPD 2 18 LC-1482 JACKET WATER LEVEL CONTROL M-214-1 AB 590 116 S N/A CLOSED OP/CL NO N/A MECHANICAL ACTION 372 EPD 1 18 LC-1492 JACKET WATER LEVEL CONTROL M-214-1 AB 590 116B S N/A CLOSED OP/CL NO N/A MECHANICAL ACTION 373 RCPC 1 18 LE-0101A REACTOR VESSEL LEVEL DETECTOR M-201-1 RB 625 810 N/A 6,7 N/A N/A NO N/A N/A 374 RCPC 2 18 LE-0101A REACTOR VESSEL LEVEL DETECTOR M-201-1 RB 625 810 N/A 6,7 N/A N/A NO N/A N/A 37S RCPC 1 18 LE-0101B REACTOR VESSEL LEVEL DETECTOR M-201-1 RB 625 810 N/A 6,7 N/A N/A NO N/A N/A 376 RCPC 2 18 LE-0101B REACTOR VESSEL LEVEL DETECTOR M-201-1 RB 625 810 N/A 6,7 N/A N/A NO N/A N/A 377 RCPC 1 18 LS-0327 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH. 1 EC-13 378 RCPC 2 18 LS-0327 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH .1 EC-13 379 RCPC 1 18 LS-0328 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 380 RCPC 2 18 LS-0328 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 381 RCPC 1 18 LS-0329 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 382 RCPC 2 18 LS-0329 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 383 RCPC 1 18 LS-0330 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 384 RCPC 2 18 LS-0330 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 385 EPD 2 18 LS-1417 DG-1/1 CONTROL LEVEL M-214-1 AB 590 146 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-21;EJ-246 386 EPD 2 18 LS-1418 DG-1/1 CONTROL LEVEL M-214-1 AB 590 146 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-21;EJ-246 387 EPD 18 LS-1452 DG-1/2 CONTROL LEVEL M-214-1 AB 590 147 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-31;EJ-245 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more, signatures of Systems or Operations Engineers) __.'D_o_t.:>---'E;.;.__,:.~...:....:..'N;:...:O'-"jth)~E'R..,._\)=S'---~.._ ~ 't-J>~ _ S /3} "( !)" Print or type Name/Title Signature Date T I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 15 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 388 EPD 1 18 LS-1453 DG-1/2 CONTROL LEVEL M-214-1 AB 590 147 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-31;EJ-245 389 EPD 2 18 LS-1470 DG-1/1 SUMP STOP FILL LEVEL M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; M-12-97 EG-21 390 EPD 18 LS-1471 DG-1/2 SUMP STOP FILL LEVEL M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; M-12-104 EG-31 391 EPD 2 18 LS-1472 DG-1/1 SUMP START FILL LEVEL M-214-1 AB 590 116 S/R N/A OPEN OP/CL YES E-140; M-12-97 EG-21 392 EPD 18 LS-1473 DG-1/2 SUMP START FILL LEVEL M-214-1 AB 590 116B S/R N/A OPEN OP/CL YES E-140; M-12-104 EG-31 393 RCPC 2 18 LT-0102 PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-82 SH.5 EY-10;EC-12 394 RCPC 1 18 LT-0103 PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-82 SH.3 EY-20;EC-12 395 RCPC 1 18 LT-0331 SIRW TANK LOW LEVEL TRANSMITTER M-204-1B AB 649 808 S/R N/A N/A N/A YES E-87 SH.1 EY-20;EC-13 396 RCPC 2 18 LT-0332A SIRW TANK LOW LEVEL TRANSMITTER M-204-1B AB 649 808 S/R N/A N/A N/A YES E-87 SH.1A EY-10;EC-13 397 OHR 2 18 LT-0757A WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2 EC-11;EC-12;EY-10 398 OHR 1 18 LT-0757B WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2 EC-11;EC-12;EY-20 399 OHR 2 18 LT-0758A WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2A EC-11;EC-12;EY-10 400 OHR 1 18 LT-0758B WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2A EC-11;EC-12;EY-20 401 OHR 2 18 LT-2021 T-2 LEVEL TRANSMITTER M-220-1 TB 590 OUTSIDE S/R N/A N/A N/A YES E-87 SH.6 EC-13;EY-30 402 OHR 18 LT-2022 T-2 LEVEL TRANSMITTER M-220-1 TB 590 OUTSIDE S/R N/A N/A N/A YES E-87 SH.6 EC-13;EY-20 403 OHR 8 M0-0501 E-50B MSIV BYPASS M-205-1 . AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 404 OHR 2 8 M0-0501 E-50B MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 405 OHR 1 8 M0-0510 E-50A MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 406 OHR 2 8 M0-0510 E-50A MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH .3- EC-01 407 OHR 2 8 M0-0743 E-50B ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005 408 OHR 8 M0-0748 E-50B ISOLATION M-207-2 AB 570 005 S/R N/A OPEN OP/CL YES E-1179 SH.1,2 EB-22;EC-11;EC-187;EJ
-1005 409 OHR 2 8 M0-0753 E-50A ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005;EJ-1143 410 OHR 8 M0-0754 E-50A ISOLATION M-207-2 AB 570 005 S/R N/A OPEN OP/CL YES E-1174 SH.1,2 EB-24;EC-11;EC-187;EJ
-1005 411 OHR 8 M0-0755 E-50B ISOLATION M-207-2 AB 570 005 R 3 OPEN OPEN NO E-1179 SH.1,2 EC-11;EC-187;EJ-1006 412 OHR 8 M0-0759 E-50A ISOLATION M-207-2 AB 570 005 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1006 413 OHR 2 8 M0-0760 E-50A ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005;EJ-1144 414 OHR 2 8 M0-0798 E-50B ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) f>'=-"t .l,. l. . Doj.u. .,.,~. . ,.lS........si3"'----~-L ~ __,l>=-lb=t.)::..........&.E_"""K...... b -- s:/3h:t s= -----/J~r1L....L...>le.......__.E=--.'---"£=-"n........,,~f--'-'I~=----- ~ CP~
.1 Print or type Name/Title Signature oatl I Print or type Name/Titlel/ Signature iJ l__ ------
S/02/9S SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 16 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 41S RCPC 1 8 M0-1042A POWER RELIEF !SOL. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-242 SH.4 EC-02;EB-2S 416 RCPC 2 8 M0-1042A POWER RELIEF !SOL. M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-242 SH.4 EB*2S;EC-02 417 RCPC 1 8 M0-1043A POWER RELIEF !SOL. M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-242 SH.4 EB-26;EC-02 418 RCPC 2 8 M0-1043A POWER RELIEF !SOL. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-242 SH.4 EC-02 419 RCPC 1 8 M0-2087 VOL. CONTROL TANK !SOL. M-202-1A AB S90 100 S/R 12 OPEN CLOSED NO E-242 SH.1 EC-33;EC-02;EC-13;EC-12;0PERATOR 420 RCPC 2 8 M0-2087 VOL. CONTROL TANK !SOL. M-202-1A AB S90 100 S/R 12 OPEN CLOSED YES E-242 SH.1 EB-01;EC-33;EC-02;EC-13;EC-12 421 RCPC 1 8 M0-2140 BORIC ACID PUMP FEED !SOL. M-202-1A AB S90 107 S/R N/A CLOSED OPEN YES E-241 EJ-9401;EC-04;EC-12;EB-02;EC-02; 422 RCPC 2 8 M0-2140 BORIC ACID PUMP FEED ISO M-202-1A AB S90 107 R 3 CLOSED CLOSED NO E-241 EJ-9401;EC-04;EC-12;EC-02;EC-13; 423 RCPC 1 8 M0-2160 SIRW TO CHARGING PUMP M-202-1A AB 590 107 S/R 12 CLOSED OP/CL YES E-242 SH.1 EB-02;EC-33;EC-02;EC-13;EC-12 424 RCPC 2 8 M0-2160 SIRW TO CHARGING PUMPS ISOLATION M-202-1A AB 590 107 S/R 12 CLOSED OP/CL NO E-242 SH.1 EC-33;EC-02;EC-13;EC-12;0PERATOR 42S RCPC 1 8 M0-2169 BORIC ACID GRAVITY FEED M*202-1A AB 590 107 R 3 CLOSED CLOSED NO E-241 EC*12;EC-04;EB-01;EC-02;EC*13;EC 426 RCPC 2 8 M0-2169 BORIC ACID GRAVITY FEED M-202-1A AB S90 107 S/R N/A CLOSED OPEN YES E-241 EC-02;EC*13;EC-33;EJ* 9400;EB-01; 427 RCPC 2 8 M0-2170 BORIC ACID GRAVITY FEED M-202-1A AB S90 107 S/R N/A CLOSED OPEN YES E-241 EC-02;EC-13;EC-33;EJ-9400;EB-01; 428 RCPC 1 8 M0-3.01S SHUTDOWN COOLING FROM LOOP 2 M-204-1 RB 607 236 R 3 CLOSED CLOSED NO E-242 SH.3 EC-02;EC-33 429 RCPC 2 8 M0-301S SHUTDOWN COOLING FROM LOOP 2 M-204-1 RB 607 236 R 3 CLOSED CLOSED NO E-242 SH.3 EC-02;EC-33 . 430 RCPC 1 8 M0-3072 CHARGING TO SI !SOL. M-204-1A AB S90 104B R 3 CLOSED CLOSED NO E-242 SH.2 EC-03 431 RCPC 2 8 M0-3072 CHARGING TO SI !SOL. M-204-1A AB S90 104B R 3 CLOSED CLOSED NO E-242 SH.2 EC-03 432 RCPC 1 8 M0-3082 HPSI HOT LEG INJECT. MODE M-203-2 RB S90 143 R 3 CLOSED CLOSED NO E-244 SH.SA,6 EC-03;EC-33 433 RCPC 2 8 M0-3082 HPSI HOT LEG INJECT. MODE M-203-2 RB S90 143 R 3 CLOSED CLOSED NO E-244 SH.SA,6 EC-03;EC-33 434 RCPC 1 8 M0-3083 HPSI HOT LEG INJ. MODE SELECT VLV. M-203-2 RB 617 143 R 3 CLOSED CLOSED NO E-244 SH SA & 6 EC-03, EC-33 43S RCPC 2 8 M0-3083 HPSI HOT LEG INJ. MODE SELECT VLV. M-203-2 RB 617 143 R 3 CLOSED CLOSED NO E-244 SH SA & 6 EC-03, EC-33 436 OHR 1 R MV*CD130 CONDENSATE REJECT OUTLET M-207-1B TB S70 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) 1>._.e'""'N......_.E._\<.........,.N...,p._.=tt........,.1:i.1-E-- Print or type Name/Title
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Signature sfa/9s-Date d)rJuee~ J.u Signature
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 17 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req*d Dwg. No./Rev Systems or Components 437 OHR 2 R MV-CD130 CONDENSATE REJECT OUTLET M-207-1B TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 438 OHR 1 R MV-CD132 HOTl./ELL MAKEUP INLET M-207-1B TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 439 OHR 2 R MV-CD132 HOTl./ELL MAKEUP INLET M-207-1B TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 440 OHR 1 R MV-CD135 HOTl./ELL MAKEUP INLET M-207-1B TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 441 OHR 2 R MV-CD135 HOTl./ELL MAKEUP INLET M-207-18 TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 442 OHR 1 R MV-CD138 HOTl./ELL MAKEUP INLET M~207-1B TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 443 OHR 2 R MV-CD138 HOTl./ELL MAKEUP INLET M-207-18 TB 570 007 N/A 22 OPEN CLOSED NO N/A OPERATOR ACTION 444 OHR R MV-CD170 P-11 SUCTION M-220-1 TB 590 133 N/A 30 OPEN OPEN NO N/A N/A 445 OHR 2 R MV-CD170 P-11 SUCTION M-220-1 TB 590 133 N/A 30 OPEN OPEN NO N/A N/A 446 OHR R MV-CD173 E-27 HEAT EXCHANGER OUTLET M-220-1 TB 590 133 N/A 30 OPEN OPEN NO N/A N/A 447 OHR 2 R MV-CD173 E-27 HEAT EXCHANGER OUTLET M-220-1 TB 590 133 N/A 30 OPEN OPEN NO N/A N/A 448 EPD 2 R MV-DE115 T-25A EXTERNAL FILL M-214-1 TB 590 OUTSIDE N/A 33 CLOSED CLOSED NO N/A N/A 449 EPD 1 R MV-DE116 DG-1/2 T-25B EXTERNAL FILL M-214-1 TB 590 OUTSIDE N/A 33 CLOSED CLOSED NO N/A N/A 450 RCPC 1 R MV-ES3260 SIRI./ TANK HEATER OUTLET M-204-18 AB 607 238 N/A 32 OPEN CLOSED NO N/A OPERA TOR ACT ION 451 RCPC 2 R MV-ES3260 SIRI./ TANK HEATER OUTLET M-204-18 AB 607 238 N/A 32 OPEN CLOSED NO N/A OPERATOR ACTION 452 RCPC 1 R MV-ES3268 P-74 SUCTION M-204-18 AB 607 238 N/A 32 OPEN CLOSED NO N/A OPERATOR ACTION 453 RCPC 2 R MV-ES3268 P-74 SUCTION M-204-18 AB 607 238 N/A 32 OPEN CLOSED NO N/A OPERATOR ACTION 454 RCPC 1 R MV-ES3333 CONT. SPRAY SAMPLE SX-3333 M-204-1 AB 570 005 N/A 29 OPEN OPEN NO N/A N/A 455 RCPC 2 R MV-ES3333 CONT. SPRAY SAMPLE SX-3333 M-204-1 AB 570 005 N/A 29 OPEN OPEN NO N/A N/A 456 RCPC 1 R MV-ES3336 LOW PRES. SFTY INJECTION SX-3336 M-204-1 AB 607 004 N/A 29 OPEN OPEN NO N/A N/A 457 RCPC 2 R MV-ES3336 LOI./ PRES. SFTY INJECTION SX-3336 M-204-1 AB 607 004 N/A 29 OPEN OPEN NO N/A N/A 458 RCPC 1 R MV-ES3337 H.P.S.I. SAMPLE POINT 1 M-204-1A AB 590 121A N/A 29 OPEN OPEN NO N/A N/A 459 RCPC 2 R MV-ES3337 H.P.S.I. SAMPLE POINT M-204-1A AB 590 121A N/A 29 OPEN OPEN NO N/A N/A 460 EPD 1 R MV-F0111 HEATING BOILER ISOLATION M-214-1 AB 590 116B N/A 27 OPEN CLOSED NO N/A OPERATOR ACTION 461 EPD 2 R MV-F0111 HEATING BOILER ISOLATION M-214-1 AB 590 116B N/A 27 OPEN CLOSED NO N/A OPERATOR ACTION 462 OHR 2 R MV-FP106 FIRE MAIN ISOLATION M-216-2 *TB 590 136 N/A 23 OPEN OP/CL NO N/A OPERATOR ACTION 463 OHR 2 R MV-FP114 FIRE MAIN ISOLATION M-216-2 TB 590 136 N/A 23 OPEN OP/CL NO N/A OPERATOR ACTION 464 OHR 2 R MV-FP130 FIRE SYSTEM CROSSTIE M-213 TB 590 136 N/A 23 CLOSED OP/CL NO N/A OPERATOR ACTION 465 OHR 2 R MV-FP131 FIRE SYSTEM CROSSTIE M-213 TB 590 136 N/A 23 CLOSED OP/CL NO N/A OPERATOR ACTION 466 OHR 2 R MV-FP173 INSIDE LOOP ISOLATION M-216-2 TB 590 136 N/A 23 OPEN OP/CL NO N/A OPERATOR ACTION 467 OHR 1 R MV-Fl./0771 P-8A/B SUCTION M-207-2 TB 570 007 N/A 24 OPEN OPEN NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Oper~tions Engineers) _,t?=111~""--'E.__l(:....l..1319"""p'-'"thl~.o::E.n~_,.\)=S-...;___ _ ~'t_ ~LI& ~c~ k sh/15 Print or type Name/Title Signature Oat~ I Signature ~ Date '
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 18 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req*d Dwg. No./Rev Systems or Components 468 OHR 2 R MV-FW0774 P-8A/B FIRE WATER ISOLATION M-207-2 TB 570 007 N/A 23 CLOSED OP/CL NO N/A OPERATOR ACTION 469 OHR 2 R MV-FW0775 P-8A/B FIRE WATER ISOLATION M-207-2 TB 570 007 N/A 23 CLOSED OP/CL NO N/A OPERATOR ACTION 470 OHR R MV-FW271 P-8A/B SUCTION BYPASS M-207-2 TB 570 007 N/A 24 OPEN OPEN NO N/A N/A 471 OHR 2 R MV-FW296 P-8C SEALWATER RETURN M-207-2 AB 570 005 N/A 24 OPEN OPEN NO N/A N/A 472 OHR R MV-FW750 P-8C ISOLATION M-207-2 AB 590 123 N/A 23 CLOSED OP/CL NO N/A OPERATOR ACTION 473 OHR R MV-FW750A P-8C ISOLATION M-207-2 AB 570 005 N/A 23 CLOSED OP/CL NO N/A OPERATOR ACTION 474 OHR 2 R MV-FW751 P-8C SUCTION ISOLATION M-207-2 AB 570 005 N/A 24 OPEN OPEN NO N/A N/A 475 RCPC 1 R MV-PC1095A FLANGE LEAK DETECTOR M-201-1 RB 590 143 N/A 11 OPEN OPEN NO N/A N/A 476 RCPC 2 R MV-PC1095A FLANGE LEAK DETECTOR M-201-1 RB 590 143 N/A 11 OPEN OPEN NO N/A N/A 477 RCPC 1 R MV-PC1116 FLANGE LEAK DETECTOR M-201-1 RB 590 143 N/A 11 OPEN OPEN NO N/A N/A 478 RCPC 2 R MV-PC1116 FLANGE LEAK DETECTOR M-201-1 RB 590 143 N/A 11 OPEN OPEN NO N/A N/A 479 OHR 1 R MV-SW119 C-2C COOLING WATER INLET M-208-1A TB 590 131 N/A 15 OPEN OPEN NO N/A N/A 480 OHR 2 R MV-SW119 C-2C COOLING WATER"INLET M-208-1A TB 590 131 N/A 15 OPEN OPEN NO N/A N/A 481 OHR R MV-SW131 DIESEL COOLING OUTLET M-208-1A TB 590 125 N/A 14 OPEN OPEN NO N/A N/A 482 OHR 2 R MV-SW131 DIESEL COOLING OUTLET M-208-1A TB 590 125 N/A 14 OPEN OPEN NO N/A N/A 483 OHR 1 R MV-SW132 DIESEL COOLING OUTLET M-208-1A TB 590 125 N/A 14 OPEN OPEN NO N/A N/A 484 OHR 2 R MV-SW132 DIESEL COOLING OUTLET M-208-1A TB 590 125 N/A 14 OPEN OPEN NO N/A N/A 485 OHR R MV-SW137 ESR COOLER VHX-27A OUTLET M-208-1A AB 570 004 N/A 14 OPEN OPEN NO N/A N/A 486 OHR 2 R MV-SW137 ESR COOLER VHX-27A OUTLET M-208-1A AB 570 004 N/A 14 OPEN OPEN NO N/A N/A 487 OHR 1 R MV-SW138 ESR COOLER VHX-27B OUTLET M-208-1A AB 570 005 N/A 14 OPEN OPEN NO N/A N/A 488 OHR 2 R MV-SW138 ESR COOLER VHX-27B OUTLET M-208-1A AB 570 005 N/A 14 OPEN OPEN NO N/A N/A 489 OHR R MV-SW256 C-2A AFTER COOLER E-1BA INLET M-208-1A TB 590 131 N/A 15 OPEN OPEN NO N/A N/A 490 OHR 2 R MV-SW256 C-2A AFTER COOLER E-1BA INLET M-208-1A TB 590 131 N/A 15 OPEN OPEN NO N/A N/A 491 EPD 1 20 N-61 VENT FAN V-240 STARTER BOX E-359-1 AB 590 116B S 9 N/A N/A NO N/A N/A 492 EPD 2 20 N-69 VENT FAN V-24B STARTER BOX E-359-1 AB 590 116 S 9 N/A N/A NO N/A N/A 493 EPD 2 20
- N-81 VENT FAN V-24A STARTER BOX E-359-1 AB 590 116 S 9 N/A N/A NO N/A N/A 494 EPD 1 20 N-93 VENT FAN V-24C STARTER BOX E-359-1 AB 590 116B S 9 N/A N/A NO N/A N/A 495 OHR 2 0 N2-1 NITROGEN BACKUP STATION 1 M-222-2 AB 590 123 S N/A N/A N/A NO N/A N/A 496 OHR 2 0 N2-1A NITROGEN BACK-UP STATION 1-A M-222-2 AB 590 123 S N/A N/A N/A NO N/A N/A 497 RRC 2 18 NE-1/3 SOURCE WIDE RANGE FLUX MONITOR M1-Q-1200 RB 590 142 R 7 ON ON YES E-61 SH.2,2A EY-30;EC-06 498 RRC 18 NE-2/4 SOURCE WIDE RANGE FLUX MONITOR M1-Q-1200 RB 590 142 R 7 ON ON YES E-61 SH.2,2A EY-40;EC-06 CERTIFICATION:
The information identifying the equipment required to bri.ng the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _l?.=.;:e;.:;. .:>,._ . :; i:7.;. . _. .:.)<'. . :.N. ,._,.t>'-' ftu.DloJ" ~" '%," '\).><.o<:,_ S _ _ _~?. ~ . ~ Date I I
~e7..e..., s/shs I I Print or type Name/Title Signature Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 19 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 499 EPD 5 P-18A FUEL OIL TRANSFER PUMP M-214-1 TB 590 136 S/R N/A OFF ON/OFF YES E-178 SH.1 EB-08;EG-21;EG-31;EJ-43;EJ-44;EJ 500 EPD 2 5 P-18B FUEL OIL TRANSFER PUMP M-214-1 TB 590 136 S/R N/A OFF ON/OFF YES E-178 SH.2 EB-01;EJ-43;EJ-44;EJ-79;EJ-214;E 501 EPD 2 0 P-209A DG-1/1 FUEL OIL BOOSTER PP. M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 502 EPD 1 0 P-209B FUEL OIL BOOSTER PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 503 EPD 2 0 P-210A DG-1/1 FUEL OIL PRIMING PP. M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 504 EPD 1 0 P-210B FUEL OIL PRIMING PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 505 EPD 2 0 P-211A JACKET WATER PUMP M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 506 EPD 0 P-211B JACKET WATER PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 507 EPD 2 0 P-212A K-6A LUBE OIL BOOSTER PUMP M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 508 EPD 0 P-212B K-6B LUBE OIL BOOSTER PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 509 RCPC 1 6 P-50A PRIMARY COOLANT PUMP "A" M-201-1 RB 607 237 N/A 37 OFF OFF NO N/A N/A 510 RCPC 2 6 P-50A PRIMARY COOLANT PUMP "A" M-201-1 RB 607 237 N/A 37 OFF OFF NO N/A N/A 511 RCPC 1 6 P-50B PRIMARY COOLANT PUMP "B" M-201-1 RB 607 237 N/A 37 OFF OFF NO N/A N/A 512 RCPC 2 6 P-50B PRIMARY COOLANT PUMP "B" M-201-1 RB 607 237 N/A 37 OFF OFF NO N/A N/A 513 RCPC 1 6 P-50C PRIMARY COOLANT PUMP 11 C11 M-201-1 RB 607 236 N/A 37 OFF OFF NO N/A N/A 514 RCPC 2 6 P-50C PRIMARY COOLANT PUMP "C" M-201-1 RB 607 236 N/A 37 OFF OFF NO N/A N/A 515 RCPC 1 6 P-50D PRIMARY COOLANT PUMP "D" M-201-1 RB 607 236 N/A 37 OFF OFF NO N/A N/A 516 RCPC 2 6 P-50D PRIMARY COOLANT PUMP "D" M-201-1 RB 607 236 N/A 37 OFF OFF NO N/A N/A 517 RCPC 1 5 P-54A CONTAINMENT SPRAY PUMP M-204-1A AB 570 004 S 36 OFF OFF NO N/A N/A 518 RCPC 2 5 P-54A CONTAINMENT SPRAY PUMP M-204-1A AB 570 004 S 36 OFF OFF NO N/A N/A 519 RCPC 1 5 P-54B CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 520 RCPC 2 5 P-54B CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 521 RCPC 1 5 P-54C CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 522 RCPC 2 5 P-54C CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 523 RCPC 1 5 P-55B CHARGING PUMP B M-202-1B AB 590 104A S/R N/A OFF ON/OFF YES E-257 SH.1 EJ-594;EJL-256;EB-12;EC-12; EC-13 524 RCPC 2 5 P-55C CHARGING PUMP C M-202-1B AB 590 104B S/R N/A OFF ON/OFF YES E-257 SH.2 EJL-257;EJ-593;EB-11 ;EC-12;EC-13 525 RCPC 1 5 P-56A BORIC ACID PUMP M-202-1A AB 590 107A S/R N/A OFF ON/OFF YES E-203 EB-02;EC-02;EC-13;EC-CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or mo.re signatures of Systems or Operations Engineers) """1:>;.._e"""'w=---E=---'-'l...
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Print or type Name/Title Signature Date Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 20 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 12 526 OHR 6 P*7A SERVICE WATER PUMP M-213 TB 590 136 S/R N/A ON ON YES E-154 SH.1 EA-12;EC-08;EC-12;EC-13 527 OHR 2 6 P-7B SERVICE WATER PUMP M-213 TB 590 136 S/R N/A ON ON YES E-154 SH.1 EA-11;EC-08;EC-12;EC-13 528 OHR 1-0P 6 P-7C SERVICE WATER PUMP M-213 TB 590 136 S/R N/A ON ON YES E-154 SH.2 EA-12;EC-08;EC-12;EC-13 529 OHR 2 5 P-8A MOTOR DRIVE AUX FEED PUMP M-207-2 TB 570 007 S/R N/A ON ON YES E-196 SH.1,2,3 EA-11;EC-01;EC-11;EC-13;EC-187;E 530 OHR 5 P-8C MOTOR DRIVEN AUX FEED PUMP M-207-2 AB 570 005 S/R N/A ON ON YES E-196 SH.8 EA-12;EC-01;EC-11;EC-13;EC-187;E 531 EPD 2 0 P-905A K-6A PRE-LUBE OIL PRIMING PUMP M-214-1 AB 590 116 s N/A ON ON/OFF NO N/A MECHANICAL ACTION 532 EPD 1 0 P-905B K-6B PRE-LUBE OIL PRIMING PUMP M-214-1 AB 590 116B s N/A ON ON/OFF NO N/A MECHANICAL ACTION 533 HVAC 2 18 P/P-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 s N/A ON OFF NO N/A N/A 534 HVAC 1 18 P/P-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A s N/A ON OFF NO N/A N/A 535 RCPC 1 18 PC/0216B CHARG P P-55B LO-LUBE OIL PRESS SW M-202-1B AB 590 104A R 3 CLOSED CLOSED NO E-257 SH.1 EC-12,EC-13 536 RCPC 2 18 PC/0216C CHARG P P-55C LO-LUBE OIL PRESS SW M-202-1B AB 590 104B R 3 CLOSED CLOSED NO E-257 SH.1 EC-12,EC-13 537 RCPC 1 18 PC/0218B P-55B LOW SUCT. PRESS. SWITCH M-202-1B AB 590 104A R 3 CLOSED CLOSED NO E-257 SH.1,2 EC-12;EC-13 538 RCPC 2 18 PC/0218C LOW SUCTION PRESSURE SWITCH M-202-1B AB 590 104B R 3 CLOSED CLOSED NO E-257 SH.2 EC-12;EC-13 539 EPD 2 18 PI-1475 DG-1/1 FUEL OIL PRESS. M-214-1 AB 590 116 s 34 ON ON NO N/A OPERA TOR ACT ION 540 EPD 2 18 PI-1478 K-6A LUBE OIL PRESSURE INDICATOR M-214-1 AB 590 116 s 34 ON ON NO N/A OPERATOR ACTION 541 EPD 2 18 PI-1482 JACKET WATER PRESS. IND. M-214-1 AB 590 116 s 34 ON ON NO N/A OPERA TOR ACT! ON 542 EPD 18 PI-1485 DG-1/2 FUEL OIL PRESS. M-214-1 AB 590 116B s 34 ON ON NO N/A OPERATOR ACTION 543 EPD 18 PI-1488 K-6B LUBE OIL PRESSURE INDICATOR M-214-1 AB 590 116B s 34 ON ON NO N/A OPERA TOR ACT ION 544 EPD 18 PI-1492 JACKET WATER PRESS. GAUGE M-214-1 AB 590 116B s 34 ON ON NO N/A OPERATOR ACTION 545 HVAC 2 0 P0-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 s N/A OPEN CLOSED NO N/A N/A 546 HVAC 1 0 P0-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A s N/A OPEN CLOSED NO N/A N/A 547 HVAC 2 0 P0-1663 V-95 DAMPER D-3 M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 548 HVAC 1 0 P0-1664 V-96 DAMPER D-10 M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 549 HVAC 2 0 P0-1711 MODULATING DAMP. D-20 M-218-6A AB 625 300 S/R N/A OPEN OPEN NO E-271 SH.19 EB-25;EJ-1001 550 HVAC 1 0 P0-1712 MODULATING DAMP. D-21 M-218-6A AB 625 300A S/R N/A OPEN OPEN NO E-271 SH .19 EB-26;EJ-1000 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _1>.=,;:.......p..__...,i;;...._""'X""'"":w..'" "P" '"th>l- Po l-'~e...,B...,,.0....s'----~-'L Print or type Name/Title Signature
~ h .. Date r I Print or type Name/Title J Date s/3/95 I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 21 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 551 HVAC 2 0 P0*1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S N/A CLOSED OPEN NO N/A N/A 552 HVAC 1 0 P0*1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S N/A CLOSED OPEN NO N/A N/A 553 HVAC 2 0 P0-1745 OUTSIDE AIR DAMP .* D-7 M-218-6A AB 625 300 S/R N/A CLOSED *CLOSED NO E-271 SH.6 EB-25;EC-186A;EJ-1001 554 HVAC 1 0 P0-1746 OUTSIDE AIR DAMP. D-14 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-26;EC-186B;EJ-1000 555 HVAC 1 0 P0-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B S N/A CLOSED CLOSED NO N/A N/A 556 HVAC 2 0 P0-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B S N/A CLOSED CLOSED NO N/A N/A 557 DGV 1 0 P0-1834 DAMPER 024 M-218-5 AB 590 116B S N/A CLOSED CLOSED NO N/A N/A 558 DGV 2 0 P0-1843 DAMPER 025 M-218-5 AB 590 116 S N/A CLOSED CLOSED NO N/A N/A 559 OHR 2 18 POC-0727 E-50B FLOW CONTROL BYPASS M-207-2 AB 590 123 S 19 ON ON/OFF NO N/A 1/P-0727 560 OHR 1 18 POC-0736A E-50B FLOW CONTROL M-207-2 AB 570 005 S 19 ON ON/OFF NO N/A l/P-0736A 561 OHR 18 POC-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 S 19 ON ON/OFF NO N/A 1/P-0737A 562 OHR 2 18 POC-0749 E-50A FLOW CONTROL BYPASS M-207-2 AB 590 123 S 19 ON ON/OFF NO N/A l/P-0749 563 HVAC 2 18 POS-1711 MODULATING DAMP. D-20 M-218-6A AB 625 300 S/R N/A CLOSED CLOSED YES E-271-3,4,5 EB-25;EC-11A;EC-186A;EJ-1001 564 HVAC 1 18 POS-1712 MODULATING DAMP. D-21 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED YES E-271 SH.3,4,5 EB-26;EC-11A;EC-186B;EJ-1000 565 HVAC 2 18 POS-1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S/R N/A OPEN CLOSED YES E-271-3,4,5 EB-25;EC-11A;EC-186A;EJ-1001 566 HVAC 1 18 POS-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S/R N/A OPEN CLOSED YES E-271 SH.3,4,5 EB-26;EC-11A;EC-186B;EJ-1000 567 HVAC 2 18 POS-1745 OUTSIDE AIR DAMP. D-7 M-218-6A AB 625 300 S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-25;EC-186A;EJ-1001 568 HVAC 1 18 POS-1746 OUTSIDE AIR DAMP. D-14 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-26;EC-186B;EJ-1000 569 HVAC 1 18 POS-1758 D-94 DAMPER D-16 M-218-6 AB 625 300B S/R N/A CLOSED CLOSED NO E-271 SH.12 EC-186B;EJ-1000 570 RCPC 1 8 PRV-1042B POWER OPERATION RELIEF M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.1 EC-02;EC-12 571 RCPC 2 8 PRV-1042B POWER OPERATED RELIEF M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-256 SH.1 ED-11;EC-02;EC-12 572 RCPC 1 8 PRV-1043B POWER OPERATED RELIEF M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-256 SH.1A ED-21;EC-02;EC-12 573 RCPC 2 8 PRV-1043B POWER OPERATED RELIEF M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.1A EC-02;EC-12 574 RCPC 1 8 PRV-1067 REACTOR HEAD VENT POWER OP. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 575 RCPC 2 8 PRV-1067 REACTOR HEAD VENT POWER OP. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 576 RCPC 1 8 PRV-1068 REACTOR HEAD VENT POWER OP. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 577 RCPC 2 8 PRV-1068 REACTOR HEAD VENT POWER OP. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _..;..t:>o_..;..~=---=E_)<'...,.,.,N...,P....tr.1.L.1.:!N._,E,,..:Q...,._,,\)=S---~e t- f)tJt\r;. ,,.,. l2o,/v£ E"!) Iv Print or type Name/Title Signature Oat~ I Signature
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 22 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 578 RCPC 1 8 PRV-1069 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 579 RCPC 2 8 PRV-1069 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 580 RCPC 1 8 PRV-1070 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 581 RCPC 2 8 PRV-1070 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 582 RCPC 1 8 PRV-1072 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 583 RCPC 2 8 PRV-1072 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 584 OHR 1 18 PS-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0779A 585 OHR 2 18 PS-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-11;SV-0779A 586 OHR 18 PS-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-21;SV-0780A 587 OHR 2 18 PS-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0780A 588 OHR 18 PS-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0781A 589 OHR 2 18 PS-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-11;SV-0781A 590 OHR 1 18 PS-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-21;SV-0782A 591 OHR 2 18 PS-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0782A 592 EPD 2 18 PS-1476 K-6A LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116 S/R N/A OPEN OPEN NO M-12(1) K-6A 593 EPD 1 18 PS-1486 K-6B LUBE OIL PRESSURE SWITCH M-214-1 AB 590 1168 S/R N/A OPEN OPEN NO M-12 SH.105(1) K-6B 594 EPD 2 18 PS-1496 K-6A LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116 S/R N/A OPEN OPEN NO N/A N/A 595 EPD 1 18 PS-1497 K-6B LUBE OIL PRESSURE SWITCH M-214-1 AB 590 1168 S/R N/A OPEN OPEN NO M-12 SH.105(1) K-6B 596 HVAC 2 18 PS-1675 VC-11 SUCTION PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 597 HVAC 1 18 PS-1676 VC-10 SUCTION PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 598 HVAC 2 18 PS-1677 VC-11 DISC. PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 599 HVAC 1 18 PS-1678 VC-10 DISC. PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 600 HVAC 2 18 PS-1687 VC-11 COMPRESSOR OIL PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 601 HVAC 1 18 PS-1688 VC-10 COMPRESSOR OIL PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 602 HVAC 2 18 PS-1699 VC-11 PUMP DOWN M-218-7 AB 625 300 S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1089;EJ-1127 603 HVAC 1 18 PS-1700 VC-10 PUMP DOWN CYCLE M-218-7 AB 625 300A S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1088;EJ-1126 604 RCPC 2 18 PT-0105A PRESSURIZER WIDE RANGE PRESS. M-201-2 RB 590 143 S/R N/A N/A N/A YES E-84 SH.6 EY-30;EC-12 605 RCPC 1 18 PT-0105B PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-84 SH.6A EY-40;EC-12 606 OHR 2 18 PT-0741A P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 607 OHR 2 18 PT-0741B P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 608 OHR 2 18 PT-074100 P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _t>~-=cN"""-....cE:.,.-__\(,..,.,_,,..M"""b....._1t1..1"1:w.,;E"""~..._\).>.L..LS---~- 'L ~~ I I Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 23 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req 1 d Dwg. No./Rev Systems or Components 609 OHR 2 18 PT-0751C E50A LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-30 610 OHR 18 PT-07510 E50A LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-40 611 OHR 2 18 PT-0752C E-50B LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-30 612 OHR 18 PT-07520 E-50B LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-40 613 OHR 18 PT-0762A LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 614 OHR 18 PT-0762B LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 615 OHR 18 PT-0762C LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8, 10 EC-11;ED-21;EJ-1006;EJ-1052 616 OHR 18 PT-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 N/A N/A NO E-270 SH.9 EC-189A 617 OHR 2 18 PT-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 N/A N/A NO E-270 SH.9 EC-189A 618 OHR 18 PT-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A R 3 N/A N/A NO E-270 SH.9 EC-189B 619 OHR 2 18 PT-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A R 3 N/A N/A NO E-270 SH.9 EC-189B 620 RCPC 1 7 RV-0401 SHUTDOWN COOLING RELIEF M-204-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 621 RCPC 2 7 RV-0401 SHUTDOWN COOLING RELIEF M-204-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 622 RCPC 1 7 RV-0402 SHUTD COOL. HX E-60A TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 623 RCPC 2 7 RV-0402 SHUTD COOL. HX E-60A TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 624 RCPC 1 7 RV-0403 SHUTD COOL. HX E-60B TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 625 RCPC 2 7 RV-0403 SHUTD COOL. HX E-60B TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 626 OHR 1 7 RV-0701 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 627 OHR 2 7 RV-0701 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 628 OHR 7 RV-0702 S/G B RELIEF M-207-1 AB '625 338 s N/A CLOSED CLOSED NO N/A N/A 629 OHR 2 7 RV-0702 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 630 OHR 7 RV-0703 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 631 OHR 2 7 RV-0703 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 632 OHR 1 7 RV-0704 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) E~)<...........,,.,"""0'"""1t.._N~e....~=\)....s'--_ _ _ _i)o=-"'t..l=-... %, .t- b)l:::~\;: ~ b Print or type Name/Title Signature Print or type Name/Title ._./
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 24 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 633 OHR 2 7 RV-0704 SIG A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 634 OHR 1 7 RV-0705 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 635 OHR 2 7 RV-0705 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 636 OHR 7 RV-0706 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 637 OHR 2 7 RV-0706 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 638 OHR 1 7 RV-0707 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 639 OHR 2 7 RV-0707 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 640 OHR 7 RV-0708 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 641 OHR 2 7 RV-0708 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 642 OHR 1 7 RV-0709 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 643 OHR 2 7 RV-0709 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 644 OHR 7 RV-0710 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 645 OHR 2 7 RV-0710 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 646 OHR 1 7 RV-0711 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 647 OHR 2 7 RV-0711 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 648 OHR 1 7 RV-0712 S/G B RELIEF M-207-1 . AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 649 OHR 2 7 RV-0712 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 650 OHR 1 7 RV-0713 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 651 OHR 2 7 RV-0713 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 652 OHR 7 RV-0714 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 653 OHR 2 7 RV-0714 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 654 OHR 7 RV-0715 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 655 OHR 2 7 RV-0715 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 656 OHR 1 7 RV-0716 SIG A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 657 OHR 2 7 RV-0716 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 658 OHR 7 RV-0717 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 659 OHR 2 7 RV-0717 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 660 OHR 1 7 RV-0718 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 661 OHR 2 7 RV-0718 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 662 OHR 1 7 RV-0719 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 663 OHR 2 7 RV-0719 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _...b""'-2."'1r.:>..-E---+:)<!:...!:&!IL.lis.!.-1.1-r;tb:L...ll.'l-l0e:&.i:&:!o.,!o;\.\.5~--~<j ~~ * ._ , I Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 25 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 664 OHR 1 7 RV-0720 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 665 OHR 2 7 RV-0720 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 666 OHR 1 7 RV-0721 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 667 OHR 2 7 RV-0721 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 668 OHR 1 7 RV-0722 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 669 OHR 2 7 RV-0722 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 670 OHR 7 RV-0723 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 671 OHR 2 7 RV-0723 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 672 OHR 1 7 RV-0724 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 673 OHR 2 7 RV-0724 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 674 OHR 2 7 RV-0783 P-8A/B DISCHARGE RELIEF M-207-2 TB 570 007 s N/A CLOSED CLOSED NO N/A N/A 675 RCPC 1 7 RV-1039 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 676 RCPC 2 7 RV-1039 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 677 RCPC 1 7 RV-1040 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 678 RCPC 2 7 RV-1040 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 679 RCPC 1 7 RV-1041 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 680 RCPC 2 7 RV-1041 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 681 EPD 2 7 RV-1475 FUEL OIL PRIMING LINE RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 682 EPD 2 7 RV-1476 DG-1/1 FUEL OIL RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 683 EPD 2 7 RV-1478 K-6A LUBE OIL RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 684 EPD 2 7 RV-1479 T-31A RELIEF M-214-1 AB 590 116 s N/A CLOSED* CLOSED NO N/A N/A 685 EPD 2 7 RV-1480 T-31B RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 686 EPD 1 7 RV-1485 DG-1/2 FUEL PRIMING RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 687 EPD 7 RV-1486 DG-1/2 FUEL OIL RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 688 EPD 7 RV-1488 K-6B LUBE OIL RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 689 EPD 7 RV-1489 T-31C RELIEF VALVE M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 690 EPD 7 RV-1490 T-310 RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 691 HVAC 1 7 RV-1685 VC-11 SAFETY RELIEF M-218-7 AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 692 HVAC 2 7 RV-1685 VC-11 SAFETY RELIEF M-218-7 AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 693 HVAC 1 7 RV-1686 VC-10 SAFETY RELIEF M-218-7 AB 625 300A s N/A CLOSED CLOSED NO N/A N/A 694 HVAC 2 7 RV-1686 VC-10 SAFETY RELIEF M-218-7 AB 625 300A s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
........t.J,..__,,&:.JR"'"\')..:...:;_J_ _ _~~
---"bt,"-=...::.=--....,E..___.K""""'-L..:t>=-1t ~" Lt-Jve~ Lv sh/95-- Print or type Name/Title Signature r Date J Signature ~ , Date I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSEL) Page 26 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev systems or Components 695 RCPC 1 7 RV-2006 E-58 INLET RELIEF M-202-1B RB 607 144 s N/A CLOSED CLOSED NO N/A N/A 696 RCPC 2 7 RV-2006 E-58 INLET RELIEF M-202-1B RB 607 144 s N/A CLOSED CLOSED NO N/A N/A 697 RCPC 1 7 RV-2090 P-55A SUCTION RELIEF M-202-18 AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 698 RCPC 2 7 RV-2090 CHARG. P. P-55A SUCTION RELIEF VLV M-202-18 AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 699 RCPC 1 7 RV-2092 P-55A DISC. SAFETY RELIEF M-202-1B AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 700 RCPC 2 7 RV-2092 CHARG. P. P-55A DISC SAFETY RELIEF M-202-18 AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 701 RCPC 1 7 RV-2096 P-55B SUCTION REFIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 702 RCPC 2 7 RV-2096 P-55B SUCTION REFIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 703 RCPC 1 7 RV-2098 P-55B DISC. REFIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 704 RCPC 2 7 RV-2098 P-55B DISC. REFIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 705 RCPC 1 7 RV-2102 P-55C SUCTION RELIEF M-202-18 AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 706 RCPC 2 7 RV-2102 P-55C SUCTION RELIEF M-202-18 AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 707 RCPC 1 7 RV-2104 P-55C DISCHARGE RELIEF M-202-18 AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 708 RCPC 2 7 RV-2104 P-55C DISCHARGE RELIEF M-202-18 AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 709 RCPC 2 7 RV-2230 BORIC ACID TANK RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 710 RCPC 1 7 RV-2231 BORIC ACID TANK RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 711 RCPC 2 7 RV-2231 BORIC ACID TANK RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 712 RCPC 1 7 RV-2232 BORIC ACID DISC. RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 713 RCPC 2 7 RV-2233 P-56B RECIRC RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 714 RCPC 2 7 RV-2234 BORIC ACID RECIRC. RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 715 RCPC 1 7 RV-2235 BORIC ACID RECIRC. RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 716 RCPC 1 7 RV-2236 BORIC ACID PREFILTER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 717 RCPC 2 7 RV-2236 BORIC ACID PREFILTER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 718 RCPC 1 7 RV-2237 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 719 RCPC 2 7 RV-2237 BLENDER RELi EF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 720 RCPC 1 7 RV-2238 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 721 RCPC 2 7 RV-2238 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 722 RCPC 1 7 RV-2239 BLEADER RELi EF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 723 RCPC 2 7 RV-2239 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 724 RCPC 1 7 RV-2255 T-54 SUCTION RELIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 725 RCPC 2 7 RV-2255 T-54 SUCTION RELIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~l)p"-.,..,._-=E.__._K.,,,..N""'"'l>..._:tn>'+-+"'......E .....Ro.. :.""""""5_ _ _~ ~ Print or type Name/Title Signature Dater /
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 27 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 726 OHR 2 7 RV-2273 N2 STA. 1 PRESS. RELIEF M-222-2 AB 590 123 s N/A CLOSED CLOSED NO N/A N/A 727 OHR 2 7 RV-2280 STATION 1-A PRESS. RELIEF M-222-2 AB 590 123 s N/A CLOSED CLOSED NO N/A N/A 728 RCPC 1 7 RV-3161 DRAIN TO QUENCH TANK M-203-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 729 RCPC 2 7 RV-3161 DRAIN TO QUENCH TANK M-203-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 730 RCPC 1 7 RV-3162 LOW PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 731 RCPC 2 7 RV-3162 LOW PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 732 RCPC 1 7 RV-3164 SHUTDOWN COOLING RELIEF M-204-1 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 733 RCPC 2 7 RV-3164 SHUTDOWN COOLING RELIEF M-204-1 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 734 RCPC 1 7 RV-3165 HIGH PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 735 RCPC 2 7 RV-3165 HIGH PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 736 RCPC 1 7 RV-3264 SAFETY INJECT. RELIEF M-203-2 RB 590 144 s N/A CLOSED CLOSED NO N/A N/A 737 RCPC 2 7 RV-3264 SAFETY INJECT. RELIEF M-203-2 RB 590 144 s N/A CLOSED CLOSED NO N/A N/A 738 RCPC 1 7 RV-3266 H.P. PUMPS DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 739 RCPC 2 7 RV-3266 H.P. PUMPS DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 740 RCPC 1 7 RV-3267 P-66A DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 741 RCPC 2 7 RV-3267 P-66A DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 742 EPD 7 RV-PUMP K-6B LUBE OIL BOOSTER PUMP RELIEF M-214-1 AB 590 116B S N/A CLOSED CLOSED NO N/A N/A 743 EPD 2 7 RV-PUMP K-6A LUBE OIL BOOSTER PUMP RELIEF M-214-1 AB 590 116 S N/A CLOSED CLOSED NO N/A N/A 744 OHR 1 P ST-0522B STEAM SUPPLY DRAIN TRAP M-205-2 TB 590 134 N/A 18 OPEN OPEN NO N/A N/A 745 OHR 2 P ST-0522B STEAM SUPPLY DRAIN TRAP M-205-2 TB 590 134 N/A 18 OPEN OPEN NO N/A N/A 746 OHR P ST-0789 CV-0779 TRAP M-207-1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 747 OHR 2 P ST-0789 CV-0779 TRAP M-207~1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 748 OHR P ST-0790 CV-0780 TRAP M-207-1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 749 OHR 2 P ST-0790 CV-0780 TRAP M-207-1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 750 OHR P ST-0791 CV-0781 TRAP M-207-1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 751 OHR 2 P ST-0791 CV-0781 TRAP M-207-1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 752 OHR P ST-0792 CV-0782 TRAP M-207-1 AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 753 OHR 2 P ST-0792 CV-0782 TRAP M-207-1' AB 607 238 N/A 18 OPEN OPEN NO N/A N/A 754 RCPC 1 8 SV-0148 QUENCH TANK DRAIN M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 755 RCPC 2 8 SV-0148 QUENCH TANK DRAIN M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 756 RCPC 1 8 SV-0150 QUENCH TANK NITRO ISOL. M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _t>=e..:>~...,l:;._}(;~N:~:w.PftN..u...c.LJ:to:~1',....\l,.,,_.S_ _ _~~It~ 5):3/jS-r 1
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Print or type Name/Title Signature Date Signature
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 28 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req 1 d Dwg. No./Rev Systems or Components 757 RCPC 2 8 SV-0150 QUENCH TANK NITRO ISOL. M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 758 RCPC 1 8 SV-0152 QUENCH TANK VENT M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 759 RCPC 2 8 SV-0152 QUENCH TANK VENT M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 760 RCPC 1 8 SV-0155 QUENCH TANK SPRAY M-201-2 AB 607 150 R 3 VENT VENT NO E-235 SH.2 EC-02;EJ-541 761 RCPC 2 8 SV-0155 QUENCH TANK SPRAY M-201-2 AB 602 150 R 3 VENT VENT NO E-235 SH.2 EC-02;EJ-541 762 RCPC 1 8 SV-0338 T-820 PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 763 RCPC 2 8 SV-0338 T*82D PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 764 RCPC 1 8 SV-0342 T-82A PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 765 RCPC 2 8 SV-0342 T*82A PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 766 RCPC 1 8 SV-0346 T-82B PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 767 RCPC 2 8 SV-0346 T-82B PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 768 RCPC 1 8 SV-0347 T-82C PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 769 RCPC 2 8 SV-0347 T-82C PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 770 OHR 1 8 SV-0502 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 771 OHR 2 8 SV-0502 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-181 772 OHR 8 SV-0505A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-180 m OHR 2 8 SV-0505A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED
-11 774 OHR 8 SV-0505B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-180 775 OHR 2 8 SV-0505B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 S/R N/A OPEN CLOSED YES E-238 SH.1, 1A EC-01;EC-13;EC-180;ED
-11 776 OHR 8 SV-0507A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-180 777 OHR 2 8 SV-0507A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED
-11 778 OHR 8 SV-0507B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-180 779 OHR 2 8 SV-0507B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED
-11 780 OHR 8 SV-0508 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 781 OHR 2 8 SV-0508 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-181 CERT! Fl CATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) __.'D=c===t.:i.__E oc..LLJ'tN.=.i:.~~~..,=-)---~L
......* -4'\<'.""""11.*....... ~* .. e!Y~ee fu ~4/r.s-Print or type Name/Title Signature Date I Print ot type Name/Title Signature~ Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 29 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 782 OHR 1 8 SV-0513 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 783 OHR 2 8 SV-0513 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-181 784 OHR 8 SV-0514 MAIN STEAM ISOLATION E-508 M-205-1 AB 625 328 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 785 OHR 2 8 SV-0514 MAIN STEAM ISOLATION E-508 M-205-1 AB 625 328 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-181 786 OHR 1 8 SV-0522A STEAM SUPPLY FROM E-508 M-205-2 AB 607 238 R 3 VENT VENT NO E-238 SH.4 EC-01 787 OHR 2 8 SV-0522A STEAM SUPPLY FROM E-508 M-205-2 AB 607 238 R 3 VENT VENT NO E-238 SH.4 EC-01 788 OHR 8 SV-05228 STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 VENT VENT NO E-238 SH.4A EC-01;EJ-1005 789 OHR 2 8 SV-05228 STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 VENT VENT NO E-238 SH.4A EC-01;EJ-1005 790 OHR 1 8 SV-0522C STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 AIR AIR NO E-238 SH.12 EC-150 791 OHR 2 8 SV-0522C STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 AIR AIR NO E-238 SH.12 EC-150 792 OHR 1 8 SV-0738 S/G E-508 RECIRCULATION M-226-1 AB 607 238 R 3 VENT VENT NO E-235 SH.3,38 EC-11;EC-13;EJ-541 793 OHR 2 8 SV-0738 S/G E-508 RECIRCULATION M-226-1 AB 607 238 R 3 VENT VENT NO E-235 SH.3,38 EC-11;EC-13;EJ-541 794 OHR 1 8 SV-0739 S/G E-50A RECIRCULATION M-226-1 AB 590 123 R 3 VENT VENT NO E-235 SH.3,38 EC-11;EC-13;EJ-540 795 OHR 2 8 SV-0739 S/G E-50A RECIRCULATION M-226-1 AB 590 123 R 3 VENT VENT NO E-235 SH.3,38 EC-11;EC-13;EJ-540 796 OHR 8 SV-0767 S/G E-50A BOTTOM SLOWDOWN M-226-1 AB 607. 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 797 OHR 2 8 SV-0767 S/G E-50A BOTTOM SLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 798 OHR 8 SV-0768 S/G E-508 BOTTOM SLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 799 OHR 2 8 SV-0768 S/G E-508 BOTTOM SLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 800 OHR 1 8 SV-0779A E-508 STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0779 801 OHR 2 8 SV-0779A E-508 STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN ' YES E-238 SH.1A,2 EC-182;ED-11;PS-0779 802 OHR 8 SV-07798 E-508 ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH.1A,2 EC-04;EC-12;EC-182 803 OHR 2 8 SV-07798 E-508 ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 804 OHR 8 SV-0779C E-508 ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO E-238 SH.1A,2 EC-04;EC-12;EC-182 805 OHR 2 8 SV-0779C E-508 ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 806 OHR 8 SV-0780A E-508 STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-21;PS-0780 807 OHR 2 8 SV-0780A E-508 STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0780 808 OHR 8 SV-07808 E-508 ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
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5/02/95
- SAFE SHUTDOWN EQUIPMENT LIST (SSEL)
Page 30 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components
-21 809 OHR 2 8 SV-0780B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH .1A,2 EC-04;EC-12;EC-182 810 OHR 1 8 SV-0780C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH .1A,2 EC-04;EC-12;EC-182;ED
-21 811 OHR 2 8 SV-0780C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO E-238 SH.1A,2 EC-04;EC-12;EC-182 812 OHR 8 SV-0781A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0781 813 OHR 2 8 SV-0781A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-11;PS-0781 814 OHR 1 8 SV-0781B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH1A,2 EC-04;EC-12;EC-182 815 OHR 2 8 SV-0781B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 816 OHR 8 SV-0781C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO E-238 SH1A,2 EC-04;EC-12;EC-182 817 OHR 2 8 SV-0781C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH .1A,2 EC-04;EC-12;EC-182;ED
-11 818 OHR 8 SV-0782A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH .1A,2 EC-182;ED-21;PS-0782 819 OHR 2 8 SV-0782A E-50A STEAM DUMP M-207-1
- AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH .1A,2 EC-182;PS-0782 820 OHR 1 8 SV-0782B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A2 EC-04;EC-12;EC-182;ED
-21 821 OHR 2 8 SV-0782B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH.1A,2 EC-04;EC-12;EC-182 822 OHR 8 SV-0782C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES M-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-21 823 OHR 2 8 SV-0782C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO M-238 SH.1A,2 EC-04;EC-12;EC-182 824 OHR 8 SV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 S/R N/A AIR VENT NO E-219 SH.1 EC-08;EC-13 825 OHR 2 8 SV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 S/R N/A AIR VENT NO E-219 SH.1 EC-08;EC-13 826 OHR 1 8 SV-0823A CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 CLOSED OP/CL NO N/A N/A 827 OHR 2 8 SV-0823A CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 CLOSED OP/CL NO N/A N/A 828 OHR 1 8 SV-0823B CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 829 OHR 2 8 SV-0823B CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 830 OHR 8 SV-0826A CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 CLOSED OP/CL NO N/A N/A 831 OHR 2 8 SV-0826A CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 CLOSED OP/CL NO N/A N/A 832 OHR 1 8 SV-0826B CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A 833 OHR 2 8 SV-0826B CCW HEAT EXCHANGER M-208-1A AB 590 123 N/A 14 OPEN OP/CL NO N/A N/A CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown con~ition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _\)_o_~~E~~)(.~N~f>-'lt..._.N~E~Q~\)-'5'-----~,. L ~:.,.,. r1 Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 31 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 834 OHR 8 SV-0844 HEADER "B" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 835 OHR 2 8 SV-0844 HEADER "B" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 836 OHR 8 SV-0845 HEADER 11 A11 ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 837 OHR 2 8 SV-0845 HEADER "A" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 838 OHR 1 8 SV-0846 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 839 OHR 2 8 SV-0846 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 840 OHR 8 SV-0847 AIR COOLER SWS SUPPLY M-208-1B AB 607 238 R 3 VENT VENT NO E-219 SH.1,2 EC-08;EC-33 841 OHR 2 8 SV-0847 AIR COOLER SWS SUPPLY M-208-1B AB 607 238 S/R N/A VENT AIR YES E-219 SH.1,2 EC-08;EC-33;ED-11 842 OHR 8 SV-0857 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 843 OHR 2 8 SV-0857 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 844 OHR 1 8 SV-0876 DIG 1-2 VC-10 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 845 OHR 2 8 SV-0876 0/G 1-2 VC-10 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 846 OHR 1 8 SV-0877 D/G 1-1 VC-11 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 847 OHR 2 8 SV-0877 0/G 1-1 VC-11 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 848 OHR 8 SV-0879 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 849 OHR 2 8 SV-0879 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 850 OHR 8 SV-0880 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 851 OHR 2 8 SV-0880 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 852 OHR 1 8 SV-0884A K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 853 OHR 2 8 SV-0884A K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 854 OHR 1 8 SV-0884B K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 855 OHR 2 8 SV-0884B K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 856 OHR 8 SV-0885A K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 857 OHR 2 8 SV-0885A K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 858 OHR 8 SV-0885B K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 859 OHR 2 8 SV-0885B K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 860 OHR 1 8 SV-0951 COOLING SWS RETURN M-209-2 AB 570 005 R 3 VENT VENT NO E-239 SH.1,3 EC-08;EC-33 861 OHR 2 8 SV-0951 COOLING SWS RETURN M-209-2 AB 570 005 R 3 VENT VENT NO E-239 SH.1,3 EC-08;EC-33 862 OHR 1 8 SV-1318 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 863 OHR 2 8 SV-1318 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 864 OHR 8 SV-1319 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH .1 EC-08 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown con~ition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _t>~o.L:~._ t:=-_.K. .,N. . .,.c" '"t :-1-t>" 'lj. lEi;,. ;l oR_. \). ._.S_ _ _ _~-~ ~ Print or type Name/Title Signature
5/02/95
- SAFE SHUTDOWN EQUIPMENT LIST (SSEL)
Page 32 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type ~otes State State Req'd Dwg. No./Rev Systems or Components 865 OHR 2 8 SV-1319 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 866 OHR 1 8 SV-1359 SERVICE WATER ISOLATION M-213 TB 590 136 S/R N/A AIR VENT NO E-219 SH.1,3 EC-08;EC-12;EC-13 867 OHR 2 8 SV-1359 SERVICE WATER ISOLATION M-213 TB 590 136 S/R N/A AIR VENT NO E-219 SH.1,3 EC-08;EC-12;EC-13 868 OHR 8 SV-1414 DISCHARGE TO P-9B DAY TANK M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-178 SH.3 EJ-43 869 OHR 2 8 SV-1414 DISCHARGE TO P-9B DAY TANK M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-178 SH.3 EJ-43 870 EPD 1 8 SV-1415 DG-1/1 TO T-25A INLET M-214-1 AB 590 116 R 3 CLOSED CLOSED NO E-140; E-178-4 EG-21;EJ-246 871 EPD 2 8 SV-1415 DG-1/1 TO T-25A INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; E-178-4 EB-01;EG-21;EJ-246 872 EPD 1 8 SV-1452 DG-1/2 TO T-25B INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; E-178-4 EB-02;EG-31;EJ-245 873 EPD 2 8 SV-1452 DG-1/2 TO T-25B INLET M-214-1 AB 590 116B R 3 CLOSED CLOSED NO E-140; E-178-4 EG-31;EJ-245 874 EPD 2 8 SV-1470 DC-1/1 TO DAY INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; M-12-97 EB-01;EG-21 875 EPD 1 8 SV-1471 DG-1/2 FUEL OIL INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; M-12-104 EB-02;EG-31 876 EPD 2 8 SV-1479 STARTING AIR MOTOR INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES M-12 SH.98 ED-11A;EG-20 877 EPD 2 8 SV-1480 STARTING AIR MOTOR INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES M-12 SH.98 ED-11A;EG-20 878 EPD 8 SV-1489 STARTING AIR MOTOR INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES M-12 SH.105 ED-21A;EG-30 879 EPD 8 SV-1490 STARTING AIR MOTOR INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES M-12 SH.105 ED-21A;EG-30 880 HVAC 2 8 SV-1651 VDX-95 BLOCK M-218-7 AB 625 300 R 3 OPEN OPEN NO E-270 SH.7 EJ-1001;EJ-1089;EJ-1093 881 HVAC 1 8 SV-1652 VDX-96 BLOCK M-218-7 AB 625 300A R 3 OPEN OPEN NO M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092 882 HVAC 2 8 SV-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S/R N/A AIR VENT NO E-270 SH.4,4A EC-11A;EC-186A;EJ-1001 883 HVAC 1 8 SV-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S/R N/A AIR VENT NO E-270 SH.4,4A EC-11A;EC-186B;EJ-1000 884 HVAC 2 8 SV-1663 V-95 DAMPER D-3 M-218-6 AB 625 300 R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186A;EJ-1001 885 HVAC 1 8 SV-1664 V-96 DAMPER D-10 M-218-6 AB 625 300A R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186B;EJ-1000 886 HVAC 2 8 SV-1675A VC-11 CONDENSING UNIT M-218-7 AB 625 300 S/R N/A CLOSED OP/CL YES E-270 SH.7 EJ-1001;EJ-1089;EJ-1093;EY-10 887 HVAC 2 8 SV-1675B VC-11 CONDENSING UNIT M-218-7 AB 625 300 S/R N/A CLOSED OP/CL YES E-270 SH.7 EJ-1001;EJ-1089;EJ-1093;EY-10 CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~J>'-""=">. . . . .E-_..l<...,N.,,..,.,"'-m~u:i~......e:"'--""'t\_,.\)"""_5---~ b~ = Print or type Name/Title Signature Date Print or ?;fpe Name/Tit
5/02/95 SAFE SHUTDOllN EQUIPMENT LIST (SSEL) Page 33 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 888 HVAC 1 8 SV-1676A VC-10 CONDENSING UNIT M-218-7 AB 625 300A S/R N/A CLOSED OP/CL YES M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092;EY-20 889 HVAC 1 8 SV-1676B VC-10 CONDENSING UNIT M-218-7 AB 625 300A S/R N/A CLOSED OP/CL YES M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092;EY-20 890 HVAC 2 8 SV-1697 VC-11 HOT GAS BYPASS M-218-7 AB 625 300 R 3 OPEN OPEN NO E-270 SH.7 EJ-1001;EJ-1089;EJ-1093 891 HVAC 1 8 SV-1698 VC-10 HOT GAS BYPASS M-218-7 AB 625 300A R 3 OPEN OPEN NO M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092 892 HVAC 2 8 SV-1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S/R N/A AIR VENT NO E-271-5 EC-186A;EJ-1001 893 HVAC 1 8 SV-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S/R N/A AIR VENT NO E-271 SH.5 EC-186B;EJ-1000 894 HVAC 1 8 SV-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186B;EJ-1000 895 HVAC 2 8 SV-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186A;EJ-1001 896 DGV 1 8 SV-1834 DAMPER D24 M-218-5 AB 590 116B N/A 16 VENT VENT NO E-280 SH.1 DISCONNECTED 897 DGV 2 8 SV-1843 DAMPER D25 M-218-5 AB 590 116 N/A 16 VENT VENT NO E-280 SH.1 DISCONNECTED 898 RCPC 1 8 SV-1901 VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 899 RCPC 2 8 SV-1901 VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 900 RCPC 1 8 SV-1902 LIQUID PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 901 RCPC 2 8 SV-1902 LIQUID PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 902 RCPC 1 8 SV-1903 HOT LEG SAMPLE M-219-18 RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 903 RCPC 2 8 SV-1903 HOT LEG SAMPLE M-219-18 RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 904 RCPC 1 8 SV-1904 QUENCH TANK VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 905 RCPC 2 8 SV-1904 QUENCH TANK VAPOR PHASE SAMPLE M-219-18 RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 906 RCPC 1 8 SV-2002A LETDOllN BYPASS M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 907 RCPC 2 8 SV-2002A LETDOllN BYPASS M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 908 RCPC 1 8 SV-2002B LETDOllN BYPASS M-202-18 RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 909 RCPC 2 8 SV-2002B LETDOllN BYPASS M-202-18 RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 910 RCPC 1 8 SV-2003 LETDOllN STOP M-202-18 RB 607 144 S/R N/A AIR VENT NO E-236 SH.1 EC-02;EC-12 911 RCPC 2 8 SV-2003 LETDOllN STOP M-202-18 RB 607 144 S/R N/A AIR VENT NO E-236 SH.1 EC-02;EC-12 912 RCPC 1 8 SV-2004 LETDOllN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ....:J>s=;.=Pu.N..__E..._......K~""">'-L;r,...,:tt....tY..._.E..,t.,..\),..£......__ _ _ ~_ ~ ~~~ Print or type Name/Title Signature
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 34 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 913 RCPC 2 8 SV-2004 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 914 RCPC 1 8 SV-2005 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 915 RCPC 2 8 SV-2005 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 916 RCPC 1 8 SV-2111 CHARGING LINE STOP M-202-1B AB 590 107A R 3 VENT VENT NO E-236 SH.2 EC-02 917 RCPC 2 8 SV-2111 CHARGING LINE STOP VALVE M-202-1B AB 590 104A R 3 VENT VENT NO E-236 SH .2 EC-02 918 RCPC 1 8 SV-2113 LOOP 1A STOP M-202-1B AB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 919 RCPC 2 8 SV-2113 LOOP 1-A STOP VALVE M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 920 RCPC 1 8 SV-2115 LOOP 2A STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 921 RCPC 2 8 SV-2115 LOOP 2A STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 922 RCPC 1 8 SV-2117 PRESS. AUX. SPRAY M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 923 RCPC 2 8 SV-2117 PRESS. AUX. SPRAY M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 924 RCPC 1 8 SV-2153 INLET VALVE TO BLENDER M-202-1A AB 590 107A R 3 VENT VENT NO E-234 SH.1 EC"02;EC-12 925 RCPC 2 8 SV-2153 INLET VALVE TO BLENDER M-202-1A AB 590 107A R 3 VENT VENT NO E-234 SH.1 EC-12;EC-02 926 RCPC 1 8 SV-2155 BORIC ACID BLENDER OUTLET M-202-1A AB 590 107A R 3 VENT VENT NO E-234 EC-02;EC-13;EC-12 927 RCPC 2 8 SV-2155 BORIC ACID BLENDER OUTLET M-202-1A AB 590 107A R 3 VENT VENT NO E-234 EC-02;EC-13;EC-12 928 RCPC 1 8 SV-3029A SUMP I SOLA Tl ON M-204-1A AB 570 004 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 929.RCPC 2 8 SV-3029A SUMP I SOLA TI ON M-204-1A AB 570 004 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-3~ 930 RCPC 1 8 SV-3029B SUMP I SOLA Tl ON M-204-1A AB 570 004 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 931 RCPC 2 8 SV-3029B SUMP I SOLATION M-204-1A AB 570 004 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 932 RCPC 1 8 SV*3030A SUMP !SOL. M-204-1A AB . 570 005 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 933 RCPC 2 8 SV*3030A SUMP !SOL. M-204-1A AB 570 005 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 934 RCPC 1 8 SV*3030B SUMP !SOL. M-204-1A AB 570 005 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 935 RCPC 2 8 SV*3030B SUMP !SOL. M-204-1A AB 570 005 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 936 RCPC 1 8 SV-3084 HPSI HOT LEG INJECTION M-201-1 RB 607 237 R 3 VENT VENT NO E-245 SH.4 EC-13 937 RCPC 2 8 SV-3084 HPSI HOT LEG INJECTION M-201-1 RB 607 237 R 3 VENT VENT NO E-245 SH.4 EC-13 938 OHR 1 8 SV*5353 T-40 DIESEL OIL TRANSFER M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-789 SH.2 EJ-214 939 OHR 2 8 SV-5353 T-40 DIESEL OIL TRANSFER M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-789 SH.2 EJ-214 940 EPD 1 21 T-10 DIESEL OIL STORAGE TANK M-214-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 941 EPD 2 21 T*10 DIESEL OIL STORAGE TANK M-214-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 942 RCPC 1 0 T-105A P-55A SUCTION STABILIZER M-202-1B AB 590 104 s N/A OPEN OPEN NO N/A N/A 943 RCPC 2 0 T*105A CHARG. P. P-55A SUCTION STABILIZER M-202-1B AB 593 104 s N/A OPEN OPEN NO N/A N/A CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -"l>::...::*=N<--=E__._K""u"-'o=-=tt.......,,.b)""'£.:.i:"~""""S----~ ~ ~.. 'h Oa I~ /;. En a/~ Print or type Name/Title Signature Print or type Name/Title J
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSEL) Page 35 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 944 RCPC 1 0 T-105B P-55B SUCTION STABILIZER M-202-1B AB 590 104A s N/A OPEN OPEN NO N/A N/A 945 RCPC 2 0 T-105B P*55B SUCTION STABILIZER M*202*1B AB 590 104A s N/A OPEN OPEN NO N/A N/A 946 RCPC 1 0 T-105C P-55C SUCTION STABILIZER M-202-1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 947 RCPC 2 0 T*105C P*55C SUCTION STABLIZER M-202*1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 948 RCPC 1 0 T-106A P-55A DISC. ACCUMULATOR M-202-1B AB 590 104 s N/A OPEN OPEN NO N/A N/A 949 RCPC 2 0 T-106A CHARG. P. P-55A DISCH ACCUMULATOR M-202-1B AB 593 104 s N/A OPEN OPEN NO N/A N/A 950 RCPC 1 0 T-106B P-55B DISC. ACCUM. M-202-1B AB 590 104A s N/A OPEN OPEN NO N/A N/A 951 RCPC 2 0 T-106B P-55B DISC. ACCUM. M-202-1B _AB 590 104A s N/A OPEN OPEN NO N/A N/A 952 RCPC 1 0 T-106C P-55C DISCHARGE ACCUMULATOR M-202*1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 953 RCPC 2 0 T-106C P*55C DISCHARGE ACCUMULATIOR M-202-1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 954 EPD 2 21 T-13A JACKET WATER SURGE TANK M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 955 EPD 1 21 T-13B JACKET WATER SURGE TANK M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 956 OHR 21 T-2 CONDENSATE STORAGE TANK M-220-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 957 OHR 2 21 T-2 CONDENSATE STORAGE TANK M-220-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 958 EPD 2 21 T-25A DG-1/1 DAY TANK M-214-1 AB 590 146 s N/A N/A N/A NO N/A N/A 959 EPD 1 21 T-25B DG-1/2 DAY TANK M-214-1 AB 590 147 s N/A N/A N/A NO N/A N/A 960 EPD 2 21 T-31A AIR STARTING TANK M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 961 EPD 2 21 T-31B AIR STARTING TANK M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 962 EPD 1 21 T-31C AIR STARTING TANK M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 963 EPD 21 T-310 AIR STARTING TANK M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 964 RCPC 1 21 T-53A BORIC ACID TANK M-202-1A AB 590 107 s N/A N/A N/A NO N/A N/A 965 RCPC 2 21 T-53A BORIC ACID TANK M-202-1A AB 590 107 s N/A N/A N/A NO N/A N/A 966 RCPC 2 21 T-53B BORIC ACID TANK M-202-1A AB 590 107 s N/A N/A N/A NO N/A N/A 967 RCPC 1 21 T-58 SIRW TANK M-204-1B AB 649 808 s N/A N/A N/A NO N/A N/A 968 RCPC 2 21 T-58 SIRW TANK M-204-1B AB 649 808 s N/A N/A N/A NO N/A N/A 969 RCPC 1 21 T-73 QUENCH TANK M-201-2 RB 625 335 s N/A N/A N/A NO N/A N/A 970 RCPC 2 21 T-73 QUENCH TANK M-201-2 RB 625 335 s N/A N/A N/A NO N/A N/A 971 RCPC 2 19 TE-0112CC CHANNEL C COLD LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 972 RCPC 1 19 TE*0112CD CHANNEL D COLD LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 973 RCPC 2 19 TE-0112HC CHANNEL C HOT LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 974 RCPC 1 19 TE-0112HD CHANNEL D HOT LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) t>'-'~+PL\li...._.,.Q..._\)_._$_ _ _ _~~ ~:,.. _.J)i"""PN....,-..__.£..__\(;......,..G..... r I _O~ahc...i....e..,'----""'£....._.~~-4-n::....:::i-~~IP..._-.1_ _ .b. IJ .1{!, ~iv Print or type Name/Title Signature Date Print or type Name/Title:/ Signature ~
5/D2/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 36 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 975 RCPC 2 19 TE-0122CC CHANNEL C COLD LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 976 RCPC 1 19 TE-0122CD CHANNEL D COLD LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 977 RCPC 2 19 TE-D122HC CHANNEL C HOT LEG TEMP. ELEM. M-201-1 RB 6D7 236 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-3D 978 RCPC 1 19 TE-0122HD CHANNEL D HOT LEG TEMP. ELEM. M-201-1 RB 6D7 236 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-4D 979 EPD 2 18 TI-1478 K-6A LUBE OIL TEMP. IND M-214-1 AB 59D 116 S 34 ON ON NO N/A OPERATOR ACTION 98D EPD 2 18 TI-1482 JACKET WATER TEMP. IND. M-214-1 AB 59D 116 S 34 ON ON NO N/A OPERATOR ACTION 981 EPD 18 TI-1488 K-6B LUBE OIL TEMPERATURE IND. M-214-1 AB 59D 116B S 34 ON ON NO N/A OPERATOR ACTION 982 EPD 18 TI-1492 JACKET WATER TEMP. M-214-1 AB 59D 116B S 34 ON ON NO N/A OPERATOR ACTION 983 HVAC 2 18 TS-1653 VC-11 OIL TEMP. SWITCH M-218-7 AB 625 30D S/R N/A CLOSED CLOSED YES M-91-37;E-27D-7 EJ-1D89;EY-10 984 HVAC 1 18 TS-1654 VC-10 OIL TEMP. SWITCH M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-2D 985 DGV 1 18 TS-1820 V-240 TEMP M-218-5 AB 59D 116B S/R N/A OP/CL OP/CL YES E-28D SH.1 EB-24 986 DGV 18 TS-1821 V-24C TEMP M-218-5 AB 59D 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 987 DGV 18 TS-1822 V-24C TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-28D SH.1 EB-24 988 DGV 18 TS-1823 V-240 TEMP M-218-5 AB 59D 116B S/R N/A OP/CL OP/CL YES E-28D SH.1 EB-24 989 DGV 2 18 TS-1827 V-24A TEMP M-218-5 AB 59D 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 99D DGV 2 18 TS-1828 V-24A TEMP M-218-5 AB 59D 116 S/R N/A OP/CL OP/CL YES E-28D SH.1 EB-25 991 DGV 2 18 TS-1843 V-24B TEMP M-218-5 AB 59D 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 992 DGV 2 18 TS-1844 V-24B TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-28D SH.1 EB-25 993 DGV 2 9 V-24A DG 1-1 VENT FAN M-218-5 AB 590 116 S/R N/A ON/OFF ON/OFF YES E-28D SH.1 EB-25;N81 994 DGV 2 9 V-24B DG 1-1 VENT FAN M-218-5 AB 59D 116 S/R N/A ON/OFF ON/OFF YES E-28D SH.1 EB-25;N69 995 DGV 9 V-24C DG 1-2 VENT FAN M-218-5 AB 59D 116B S/R N/A ON/OFF ON/OFF YES E-28D SH.1 EB-24;N93 996 DGV 9 V-240 DG 1-2 VENT FAN M-218-5 AB 59D 116B S/R N/A ON/OFF ON/OFF YES E-28D SH.1 EB-24;N61 997 HVAC 2 9 V-26A AIR FILTER UNIT FAN M-218-6A AB 625 3DO S/R N/A ON/OFF ON/OFF YES E-271 SH.3,4
- EB-25;EC-11A;EC-186A;EJ-1D01 998 HVAC 1 9 V-26B AIR FILTER VENT FAN M-218-6A AB 625 3DDA S/R N/A ON/OFF ON/OFF YES E-271 SH.3,4 EB-26;EC-11A;EC-186B;EJ-1DDO 999 HVAC 2 9 V-95 CONTROL ROOM VENT. FAN M-218-6 AB 625 3DD S/R N/A ON/OFF ON/OFF YES E-270 SH.2,2A EB-25;EC-11A;EC-186A;EC-188A;EJ-1000 HVAC 1 9 V-96 CONTROL ROOM VENT. FAN M-218-6 AB 625 3DDA S/R N/A ON/OFF ON/OFF YES E-27D SH.2,2A EB-26;EC-11A;EC-186B;EC-188B;EJ-1001 OHR 1 11 VC-10 CONTROL ROOM CONDENSING UNIT M-208-1B AB 625 3DDA S/R N/A ON/OFF ON/OFF YES E-27D SH.6,7 EB-26;EC-11A;EC-CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
, I Name/Title~
AkG~dv 5/3/rs I I Print or type Name/Title Signature Date Print or type Signature ~ Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSEL) Page 37 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 186B;EJ-1000;EJ-1002 OHR 2 11 VC-11 CONTROL ROOM CONDENSING UNIT M-208-1B AB 625 300 S/R N/A ON/OFF ON/OFF YES E-270 SH.6,7 EB-25;EC-11A;EC-186A;EJ-1001;EJ-1003 HVAC 2 10 VDX-95 V-95 COOLING COIL M-218-6 AB 625 300 S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1001;EJ-1089;EJ-1093 1004 HVAC 1 10 VDX-96 V-96 COOLING COIL M-218-6,7 AB 625 300A S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092 CERT! FICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -"t>:....:o:o..1t.),,,,_"""~~-+K::>..JN.,,.,..pwtri.......,.N.,.,E-..il't.:i...\)=S----~ 'C_, ~- i.. , J Print or type Name/Title Signature Date Print or type Name/Titl;:,J
- CONSUMERS POWER PALISADES NUCLEAR PLANT
. ATTACHMENT C SAFE SHUTDOWN NOTES (9 Pages)
- SAFE SHUTDOWN NOTES The notes contained in this appendix are to be used with the "notes" field (column 11) of the Safe Shutdown Equipment List. All justifications are taken from the GIP Revision 2, corrected 2/14/92.
- 1. This valve is a manually controlled valve and does not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6.
- 2. This item is in the system flow path, however this item does not need to function nor will its position, whether it be open or closed, adversely affect the safe operation of the system during or following a seismic event. This equipment is passive and does not need to be evaluated for seismic adequacy or relay functionality per GIP Section 3, Item 3.1.2 #6 and #7.
- 3. This equipment could operate but does not need to operate and which, upon loss of power, will fail in the desired position or state. This type of equipment is defined as passive and a relay evaluation is required per GIP Section 3, Item 3.1.2 #6 and #7.
- 4. This valve is a check valve and does not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6.
- 5. This equipment does not perform an active function nor will relay chatter affect Safe Shutdown. This equipment is passive and does not need to be evaluated for seismic adequacy or relay functionality per GIP Section 3, Item 3.1.2 #6 and #7.
- 6. This equipment does not need to operate to provide actuation or information that will affect a Safe Shutdown function. Upon loss of power the equipment will fail in the desired position or state. This type of equipment is defined as passive and does not need to be evaluated for seismic adequacy or relay functionality per GIP Section 3, Item 3.1.2 #6 and #7.
- 7. This equipment is in the Nuclear Steam Supply System and components mounted on or within this equipment such as the Reactor Pressure Vessel, Reactor Fuel Assemblies, Reactor Coolant Pumps, Steam Generators, Pressurizer and Reactor Coolant Piping need not be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6.
- 8. On loss of instrument air the assumption is made that the Atmospheric Steam Dump Valves will operate at least once. This is due to quick opening and air trapped in the line and accumulator .
Reference Palisades Nuclear Plant Special Test Procedure T-207.
- 9. This equipment contains active or passive electrical equipment which supports the operation of identified Safe Shutdown equipment. This equipment needs to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #5.
- 10. Check valves CK-ES3102, CK-ES3117, CK-ES3132 and CK-ES3147 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. During this event the plant will be placed in a hot
.shutdown condition and therefore the Primary Coolant System Pressure will be at approximately 2000 PSI and the Safety Injection Tank Pressure will be at approximately 210 PSI.
A gas or liquid cannot enter into the Primary Coolant system with this pressure differential at this isolation boundary. Therefore, the check valves would be satisfactory as isolation boundaries.
- 11. Manual valves MV-PC1116 and MV-PC1095A do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6.
The valves are for seal leakoff and are not part of the Primary Coolant System Pressure Boundary and therefore no operator action would be required for closure at this.isolation boundary .
- 12. Motor Operated Valves M0-2087 and M0-2160 could require the use of the manual handwheel for operation~ The single active failure criterion per GIP Section 3.2.6 offers the option for the use of the handwheel on the motor operator. During this event emergency boration will have been initiated to establish necessary shutdown margin. A minimum amount of boration (corresponding to -9% of a concentrated Boric Acid Tank) is necessary. At 40 GPM it would take [(-9% x 55 GAL/%)/40 GAL/MIN] = -13 Minutes of boration.
Emergency Operating Procedure 9.0 RC-2 Step 17 would have the operators realign the charging pump suction source to the SIRW tank once shutdown margin was met. Emergency Operating Procedure 9.0 Rev.6 IC-1 Step 5 would have the operators realign suction to the SIRW tank preferably within 30 minutes of boration initiation. This action to realign Charging Pump suction source is accomplished by a control room operator. Therefore, the use of the manual handwheel for M0-2160 for Train 2 operation for suction to the SIRW Tank would be acceptable. Also, the use of the manual handwheel for closure of M0-2087 which is in series with check valve CK-CVC2088 is an acceptable means for the single active failure criterion for isolation boundaries .
- 13. Check valves CK-ES3402, CK~ES3403, CK-ES3406 and CK-ES3407 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. During this event the plant will be placed in a hot_
shutdown condition and therefore there is no flow through the Safety Injection or Spray System and there are no pumps rated to pump against this head at this isolation boundary. Therefore, the check valves would be satisfactory as isolation boundaries.
- 14. Manual valves MV-SW131, MV-SW132, MV-SW137, MV-SW138 and Control Valves CV-0823(SV-0823A & SV-0823B) and CV-0826(SV-0826A & SV-0826B)do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. These valves are on the return side of the service water system. As such the component position or failure does not affect the operation of the service water supply system. Therefore, no operator action would be required for closure as an isolation boundary.
- 15. Manual valves MV-SW119 and MV-SW256 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. These valves are for cooling flow to the plant air compressors which are not required. Any piping system or component failure downstream of the inlet isolation valves could result in diversion of critical service water flow. This quantity of diversion is judged to be insignificant due to the small piping size of 1 inch. Therefore operator action is judged not to be necessary.
- 16. Solenoid valves SV-1834 and SV-1843 are electrically disconnected at EJ-266 and EJ-267. Therefore no review is required.
- 17. Control valves CV-1655 and CV-1656 are actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. These control valves have manual handwheels that allow positioning of the control valves to allow condenser I compressor operation. An analyses performed to det'ermine control room temperature following a loss of service water and a station blackout concluded:
A. Control room temperature following a loss of service water would reach 110 degrees Fahrenheit (upper habitability limits) in 13 hours and 20 minutes. Reference Design Basis Document DBD 1.06 Section 3.2.10. B. Control room temperature following a station blackout would remain below 120 degrees Fahrenheit for 4 hours. Reference Design. Basis Document DBD 1.06 Section 3.2.iO.
- The maximum conservative time to reestablish condenser cooling would be 13 hours and 20 minutes. If started, the control room HVAC chiller will trip on low suction pressure in response to the cooling water control valve failing open. The operators have adequate time to diagnose control valve response to loss of instrument air. Emergency Operating Procedure 9.0 MVAA Continuing Actions step 3 directs actions taken to meet acceptance criteria of MVAA-1 (ie= instrument air pressure > 85 PSIG) .Manually controlling the condenser/compressor suction pressure using the manual handwheels is estimated to require the services of 1 auxiliary operator for a period of 30 minutes. Further attention may be required after initial restarting, but it is assumed that by this time (> 13 hours) a dedicated attendant would be available. Therefore, operator action for CV-1655 and CV-1656 would be acceptable.
- 18. Steam Traps ST-0522B, ST-0789, ST-0790, ST-0791 and ST-0792 do not perform an active function and are passive and do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2
#6. A steam trap will not pass steam due to its design. Therefore steam traps would be acceptable as isolation boundaries .
- 19. This is mechanical equipment which is actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7.
- 20. Control valves CV-0501 and CV-0510 are actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. These control valves do not meet the single active failure criterion per GIP Section 3.2.6. We are taking an exception to the single active failure requirements in this case based on an SER dated February 28, 1986 on the subject of SINGLE FAILURE ISSUE FOR MAIN STEAM ISOLATION VALVES AND MAIN FEEDWATER VALVES.
- 21. Check valves CK-FW0701 and CK-FW0702 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. The Emergency Operating Procedures 1.0 Step 3.0 #2 & #3 requires stopping the main feed pumps. When the feedwater pumps are stopped the differential pressure will close the check valves.
These check valves do not meet the single active failure criterion per GIP Section 3.2.6. We are taking an exception to the single active failure requirements in this case based on an SER dated February 28, 1986 on the subject of SINGLE FAILURE
- ISSUE FOR MAIN STEAM ISOLATION VALVES AND MAIN FEEDWATER VALVES .
- 22. Manual valves MV-CD130, MV-CD132, MV-CD135 and MV-CD138 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. Although it would be prudent to isolate the condensate storage tank with these valves and Emergency Operating Procedure 9.0 MR Continuing Actions directs valve closure, the inevitability is that Lake Michigan water via the service water system will be used for steam generator feedwater. The Condensate Storage Tank Level Indicator will provide indications of inventory loss and it would refer you to use Emergency Operating Procedures, Off Normal Procedures and Standard Operating Procedure 12 Section 7.5 for alternate makeup options. These valves will eventually be closed by Emergency Operating Procedures and the time frame is not critical since alternate methods will be ultimately utilized. Therefore, operator actions would be acceptable for these manual valves as isolation boundaries.
- 23. Manual valves MV-FP130, MV-FP131, MV-FP106, MV-FP173, MV-FP114, MV-FW750, MV-FW750A, MV-FW0775 AND MV-FW0774 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6.
Operation of these valves are required to align Service Water to the Auxiliary Feedwater Pumps for each train. Service Water would not be required for a few hours until the Condensate Storage Tank is empty. The Emergency Operating Procedure 9.0, success path HR-2 steps will align the service water and fire water systems to provide an alternate feedwater source for the Auxiliary Feedwater Pumps. The fire water system header isolation valves MV-FP106, MV-FP114 and MV-FP173 would only require closing if inadequate header pressure existed. In that case operator response to the low pressure condition would be to isolate unnecessary components as needed to restore pressure. Therefore, operator actions would be acceptable for these manual valves.
- 24. Manual valves MV-FW271, MV-FW0771, MV-FW296 and MV-FW751 do not need*to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. These valves would make no difference whether they are opened or closed during the service water line up. Any excess flow would fill up the Condensate Storage Tank. Therefore, no operator action would be required .
- 25. Control valve CV-0847 is actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. This control valve could require the use of the manual handwheel for operation. The single active failure criterion per GIP Section 3.2.6 offers the option for the use of the handwheel on the control valve. If the control valve requires closing because service water system pressure is low, then the subsequent actions of Off Normal Procedure 6.1 directs isolation of the break. The use of the manual handwheel for Train 1 operation would be acceptable for this control valve as a isolation boundary.
- 26. Control valve CV-1359 is actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. This control valve could require the use of the manual handwheel for operation. The single active failure criterion per GIP Section 3.2.6 offers the option for the use of the handwheel on the control valve. Emergency Operating Procedure 9.0 Success Path MVAW-1,2 and Off Normal Procedure 6.1 direct the operator to close CV-1359. Therefore, the use of the manual handwheel would be acceptable for this control valve as a
- isolation boundary.
- 27. Manual valve MV-FOlill does not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. Operator action would be required to close this valve. Standard Operating Procedure SOP-22 provides guidance of transferring fuel oil which would indirectly require operator action if fuel oil is being diverted to non-essential loads. Therefore, operator action would be acceptable for this manual valve.
- 28. Dampers CD-47, CD-48, CD-50 and CD-52 are used when placing the control room vent system in the recirculation mode. There is no reason that the open or closed position of these dampers will effect the over all availability of this system to perform its design function. Therefore, no operator action would be required for closure of these dampers as isolation boundaries.
- 29. Manual valves MV-ES3333, MV-ES3336 and MV-ES3337 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2
#6. These valves are sample isolation valves for Containment Spray, HPSI and LPSI system. For this event, the pumps are not in service so there would be no pressure on the sample lines. Even if there was pressure on the main lines the sample system has a very small flow compared to total flow, so it would not matter whether the sample system is in service. Therefore operator action is judged not to be necessary to provide an isolation boundary.
- 30. Manual valves MV-CD170 and MV-CD173 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. These valves are in the condensate storage tank heat exchanger line up.
There are qualified level indicators in the control room which would alert operations of falling level in the condensate storage tank. Per Emergency Operating Procedure 9.0 Rev.6 HR-3 the preferred feed to the auxiliary feedwater pumps is the condensate storage tank and then the service water. Operations would have plenty of time to align service water to the auxiliary feedwater pump. The only way service water could be lost through these valves would be by the auxiliary feedwater pump mini-flow system pumping back to the condensate storage tank. Mini-flow is a very small flow of total pump flow, therefore in the event of leakage from these lines it would not effect overall operation of the auxiliary feedwater pump. As the condensate storage tank level gets lower the driving head of leakage is decreasing. Therefore, operator action is judged not to be necessary to provide an isolation boundary.
- 31. Control valves CV-0767 and CV-0768 are actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. These control valves could require the use of the manual handwheel for operation. The single active failure criterion per GIP Section 3.2.6 offers the option for the use of the handwheel on the control valve. Emergency Operating Procedure HR-2 directs operators to close these valves if there is a problem in maintaining Steam Generator Water Level. Therefore, the use of the manual handwheel would be acceptable for these control valves as isolation boundaries.
- 32. Manual valves MV-ES3260 and MV-ES3268 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. Operator action would be required to close these valves. Information such as level indication for the Safety Injection and Refueling Water Tank T-58 and the Auxiliary Operator Training Program do exist to give operations guidance to properly diagnose and isolate the valves. Therefore, operator action would be acceptable for these manual valves .
- 33. Manual valves MV-DE115 and MV-DE116 do not need to be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. Operator action would be required to open these valves to add fuel oil directly into the Diesel Generator Day Tanks if required.
Technical Specification 3.7 states that a connection is available outside the Diesel Rooms to pump fuel oil directly into the day tanks from an oil tanker truck. The 16,000 gallons in the storage tank in addition to the day tank will provide a diesel operation under required loading conditions for a minimum period of seven days. It is considered incredible not to be able to secure fuel oil from one of several sources within a radius of 70 miles in less than three days under the worst weather conditions. Therefore, operator action is judged not to be necessary based on an adequate supply of fuel on hand.
- 34. Local gauges FI-0212, PI-1475, PI-1485, PI-1478, PI-1488, PI-1482, PI-1492, TI-1478, TI-1488, TI-1482 and TI-1492 would require operator action to read the gauges. FI-0212 charging flow is locally read in response to a loss of remote indication. This response is normal operator training and no procedure steps are necessary. Diesel Generator/Fuel Oil related gauges are locally read in response to Emergency Operating Procedure 9.0 MVAE-2 and Standard Operating Procedure SOP-22. Therefore, local gauges would be acceptable for indication.
- 35. Control valve CV-2003 is actuated by support equipment and a relay evaluation for the support equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. The single active failure criterion per GIP Section 3.2.6 offers the option for the use of the handwheel on the control valve. The use of the manual handwheel for closure of CV-2003 is an acceptable means for the single active failure criterion for isolation boundaries.
Operations would need a procedure revision to include manual operation of this valve and until this is complete this item is an outlier.
- 36. Containment Spray Pumps P-54A, P-54B and P-54C are not required to function in order to achieve Safe Shutdown but are not isolated from a Safe Shutdown System. The equipment should therefore be examined to ensure that the system maintains its seismic integrity. If containment spray pumps P-54A, P-54B and P-54C were to inadvertently start during this event, Emergency Operating Procedure 1.0 would direct the operator to stop the spray pumps if containment pressure was -< 4.0 psig. Emergency Operating Procedure 1.0 is an immediate action required following reactor trip. Therefore, operator action would be acceptable to turn off the containment spray pumps.
- 37. Primary Coolant Pumps P-50A, P-50B, P-50C and P-50D are in the Nuclear Steam Supply System and need not be evaluated for seismic adequacy per GIP Section 3, Item 3.1.2 #6. If the primary coolant pumps P-50A, P-50B, P-50C and P-50D would continue to run during this event, Off Normal Procedure 6.2 would direct the operator to stop the primary coolant pumps if leakoff temperature or bearing temperature exceeds a specific amount and if component cooling water flow is lost for 10 minutes. Therefore, operator action would be acceptable to turn off the primary coolant pumps.
- 38. Control valve CV-0951 is actuated by support equipment and a relay evaluation for the support _equipment is required per GIP Section 3, Item 3.1.2 #6 and #7. This control valve ties the component cooling water discharge from the engineered safeguards system pump cooling into the service water header. If the component cooling pumps were to inadvertently operate, CV-0951 would be closed to prevent loss of component cooling water inventory .
- CONSUMERS POWER PALISADES NUCLEAR PLANT ATTACHMENT D OPERATIONS REVIEW LETTER FROM STEVE OAKLEY (1 Page)
- Date: February 22, 1995 To: Dale E Engle SR.8,,.~
From: Steve R Oakley____ \ i
Subject:
Operations review of the Safe Shutdown Equipment List for the SQUGProgram I have reviewed the Safe Shutdown Equipment List (SSEL) developed for SQUG and have found the SSEL correct and acceptable. The purpose of the review by the operations department was to confirm that the SSEL is compatible with approved Normal and Emergency Operating Procedures for hot shutdown of the Palisades Nuclear Power Plant following a seismic event along with the possible loss of off site power for !72 hours. In addition, for those situations where operator action was taken , a revi~w was completed to assure these actions were correct and possible, included in operator training and that personnel will be available to perform the action when necessary. : i* i' In summary the operations department review of the SSEL has been completed and found acceptable as described in the Generic Implementation Procedur~ Re~ision 2.
- USI A-46 RELAY EVALUATION
*.REPORT PALISADES NUCLEAR PLANT May 19, 1995
- CONSUMERS POWER PALISADES NUCLEAR PLANT USI A-46 RELAY EVALUATION REPORT May 3, 1995
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
- Section 1.0 Title Introduction Page 1-1 2.0 Scope/Method 2-1 3.0 Assumptions/Limitations 3-1 4.0 Results 4-1 5.0 References 5-1 Attachments Title Attachment A Palisades Safe Shutdown Equipment List (SSRL)
Attachment B Palisades Relay List and Seismic Evaluation Tabulation Attachment C Listing and Description of Outliers
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
1.0 INTRODUCTION
Seismic qualification of equipment in operating nuclear plants was identified as a potential safety concern in USNRC Unresolved Safety Issue (USI) A-46, "Seismic Qualification of Equipment in Operating Nuclear Power Plants". The specific NRC plan for demonstrating the seismic adequacy of equipment in operating nuclear plants is presented in NRC Generic Letter 87-02. As part of the resolution of GL 87-02, it is necessary to perform a relay seismic functionality review.* The purpose of this review is to determine ifthe plant's safe shutdown systems could be adversely affected by relay malfunction in the event of a Safe Shutdown Earthquake (SSE). Basic technical guidance for this effort was obtained from the Generic Implementation Procedure (GIP) (Reference 5.1) and from the Electric Power Research Institute (EPRI) report EPRI NP-7148-SI (Reference 5.2) .
- 1-1
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
- 2.0 SCOPE/METHOD The process begins with obtaining a list of electrically operated USI A-46 components that require relay reviews from the Safe Shutdown Equipment list (SSEL) database. This list must not only include equipment that must change position or start to perform a safe shutdown function, it must also consider equipment whose inadvertent actuation due to contact chatter may compromise a safe shutdown function or provide misleading indications in the Control Room.
This list of equipment will be a subset of the SSEL obtained by sorting the database using the "Evaluation Required" field. Components coded SIR and R will be included on the relay review list (SSRL). The subsequent steps are described in the following paragraphs. Identify and obtain the associated electrical schematics and/or any other applicable drawings that will be required to identify relays associated with the selected electrical component. Review the circuit to identify those portions of the circuit which will affect the operation of the component. In completing the process of identifying associated relays, it may be necessary to review other schematics which contain other relays and contacts which may affect the subject component. Evaluate the associated relays for each electrically operated component. Identify
. contacts that are inherently rugged or solid state which are considered not vulnerable to contact chatter. The mechanically actuated limit and torque switches on motor operated valves are not considered seismically vulnerable. Therefore, these contacts were not listed on the relay tabulation sheets. Also identify the normal and required states of the component as indicated on the Relay Review List, and consider the required state of the component for a safe shutdown.
Screen those relays whose contact chatter are acceptable; that is, relay chatter does not result in an unacceptable consequence or prevent the affected system from carrying out its required function. Determine, along with Systems Engineers and Plant Operations, if operator action is an acceptable way of screening out the relay, and describe what operator action is to be taken. For essential relays, identify relay manufacturer, type, model number and determine ifthe relay contact is normally open or normally closed, while de-energized, and if the relay coil is energized or not, by using the associated electrical schematics. Compare the essential relay's manufacturer, type and model number found with those identified in Appendix E of Document EPRI NP-7148-
. SL. Determine ifthere are any Seismically Sensitive Relays ("Bad Actors") .
- 2-1
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
- Identify the main and control power supplies and electrical distribution equipment for active electrically operated components so that this equipment can be included on the SSRL. When component relay reviews are complete, identify and highlight electrical distribution equipment on single line diagrams by tracing back from the electrical scheme power source to the preferred power supply.
Using the list of essential relays and associated data, identified in the above described process, engineers will compare the capacity of the relays to the seismic demand .
- 2-2
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
- 3.0 ASSUMPTIONS/LIMITATIONS In accordance with the relay evaluation methodology outlined in the GIP (Ref. 5.1) and in EPRI NP-7148-SL (Ref. 5.2), the following assumptions were made.
- 1. Relays/contact devices will be exposed to a 30-second earthquake.
- 2. Relays/contact devices will not be permanently damaged, with the exception of two specific models: the GE IJD (non IE) and the English Electric YCG, as listed in Appendix E of EPRI NP-7148-SL (Ref. 5.2).
- 3. "Chatter" is the inadvertent opening or closing of a contact with a sustained output of2 milliseconds (Ref. 5.2).
- 4. Relay/contact device failure modes are: a) contact chatter causes
, inadvertent and undesired equipment actuation, and b) contact chatter causes failure of equipment to actuate as desired .
- 3-1
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
- 4.0 RESULTS
.A total of 1714 essential relays were identified and are listed in Attachment B.
A total ~f 1 relay was identified as operator action required and is listed in Attachment C. A total of 17 relays (8 types) were identified as corrective action required and are listed in Attachment C. Breaker 152-102 is the alternate feed for the pressurizer heater transformer #15. This alternate feed is accomplished by implementing procedure ONP 2.1 Attachment 1, which requires an operator action to physically remove and relocate links in the rear of breaker cubical 152-102, and open and isolate breaker 152-305 and the associated protective devices(i.e. relay, amp meter) of breaker 152-305. Operator action is required to physically connect the cabling per ONP 2.1 Attachment 1. Note that 152-305, Allis Chalmers type MA-250C, is an outlier. When the pressurizer heater (transformer #15) is fed from IC bus (Al I), the breaker 152-305 shall be isolated. Bus IE is not seismically qualified at this time. General Electric, type IJD52A, relays are outliers. The GERS-RLY-PPI.5 requires the IJD relays to have "IIlGH-G" letters on the faceplate. A walkdown was unable to verify the "IIlGH-G lettering even though the documentation for the purchase and installation reflects the appropriate requirements. All essential relays with known make and model and available capacities that were justified with GERS were evaluated. The results of these comparisons are included in Attachment B. Each unique make and model within a particular cabinet is documented. A listing and description of outliers is provided in Attachment C. Currently, these include the seismically sensitive relays listed in Attachment B, and relays with unknown make and models or with unknown seismic capacities.
- 4-1
RELAY EVALUATION REPORT FOR PALISADES NUCLEAR PLANT
5.0 REFERENCES
5.1 "Generic Implementation Procedure (GIP) for Seismic Qualification of Nuclear Plant Equipment, Revision 2, Corrected February 1992. 5.2 EPRINP-7148-SL, Project 2925-8 Final Report, December, 1990 "Procedure for Evaluating Nuclear Power Plant Relay Seismic Functionality" .
- 5-1
- CONSUMERS POWER PALISADES NUCLEAR PLANT ATTACHMENT A RELAY REVIEW SAFE SHUTDOWN EQUIPMENT LIST (17 Pages)
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev systems or Components RRC 42-1/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 2 RRC 2 42-1/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 3 RRC 1 42-2/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 4 RRC 2 42-2/RPS CONTROL ROD CLUTCH BREAKER* M1 -Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 5 RRC 0 CRD1-41 CONTROL ROD DRIVE MECHANISMS M1 -Q-1198 RB 649 145 R 7 ON OFF NO E-212 SH.1 EC-06 6 RRC 2 0 CRD1-41 CONTROL ROD DRIVE MECHANISMS M1 -Q-1198 RB 649 145 R 7 ON OFF NO E-212 SH.1 EC-06 7 RCPC 1 18 E/P-0338 T-820 PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 8 RCPC 2 18 E/P-0338 T-820 PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85SH.1 EC-03;EC-12;EC-13 9 RCPC 1 18 E/P-0342 T-82A PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 10 RCPC 2 18 E/P-0342 T-82A PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 11 RCPC 1 18 E/P-0346 T-82B PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 12 RCPC 2 18 E/P-0346 T-82B PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 13 RCPC 1 18 E/P-0347 T-82C PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 14 RCPC 2 18 E/P-0347 T-82C PRESS. CONTROL M-203-1 RB 607 144 R 3 ON ON NO E-85 SH.1 EC-03;EC-12;EC-13 15 OHR 1 18 E/P-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 16 OHR 2 18 E/P-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 17 OHR 18 E/P-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 18 OHR 2 18 E/P-0780 E-50B STEAM DUMP CONTROL M-.207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 19 OHR 1 18 E/P-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 20 OHR 2 18 E/P-0781 . E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 21 OHR 1 18 E/P-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 22 OHR 2 18 E/P-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338 R 3 OFF OFF NO E-76 SH.3 EC-12;EC-33 23 RCPC 1 18 E/P-2153 CONCENTRATION BORIC ACID MAKE-UP M-202-1A AB 590 107A R 3 ON ON NO E-234 SH.1 EC-12;EC-02 24 RCPC 2 18 E/P-2153 CONC BORIC ACID MAKE-UP M-202-1A AB 590 107A R 3 ON ON NO E-234 SH.1 EC-12;EC-02 25 EPD 1 3 EA-11 2400 VOLT BUS 1C E1-1 AB 590 116A S/R N/A ON OFF NO E-3 SH.1 K-6A 26 EPD 2 3 EA-11 2400 VOLT BUS 1C E1-1 AB 590 116A S/R N/A ON ON YES E-3 SH.1 ED-11A;K-6A 27 EPD 1 3 EA-12 2400 VOLT BUS 10 E1-1 AB 607 223 S/R N/A ON ON YES E-3 SH.1 ED-21A;K-6B 28 EPD 2 3 EA-12 2400 VOLT BUS 10 E1-1 AB 607 223 S/R N/A ON OFF NO E-3 SH.1 K-6B 29 EPD 2 3 EA-13 2400 V BUS 1-E E1-1 TB 590 133 S/R N/A ON OFF NO E-3 SH.1 EX-15 30 EPD 2 EB-01 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-5 SH.1 EB-19 CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment L.ist (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _,,,D...,.,"'rs,,_.E=--'i(':='-"w=c'Jt.......,.t>)uE;..afl.>o..:\)"'"5<------~-~ ~ Print or type Name/Title Signature Date
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Signature
S/02/9S SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 2 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req*d Dwg. No./Rev Systems or Components 31 EPD EB-02 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.1 EB-20 32 EPD 2 EB-07 480 V MOTOR CONTROL CENTER E1-1 AB S90 121 S/R N/A ON ON YES E-S SH.4 EB-11 33 EPD 1 EB-08 480 V MOTOR CONTROL CENTER E1-1 AB S90 121 S/R N/A ON ON YES E-S SH.4 EB-12 34 EPD 2 2 EB-11 480 VOLT LOAD CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 ED-11;EX-11 3S EPD 1 2 EB-12 480 VOLT LOAD CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 ED-21;EX-12 36 EPD 2 2 EB-1S 480 VOLT LOAD CENTER E1-1 RB S90 143 S/R N/A ON ON YES E-4 SH.1 EX-1S 37 EPD 2 EB-16 480 VOLT LOAD CENTER E1-1 RB S90 143 S/R N/A . ON ON YES E-4 SH.1 EX-16 38 EPD 2 2 EB-19 480 VOLT LOAD CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-4 SH.2 ED-11;EX-19 39 EPD 2 EB-20 480 VOLT LOAD CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-4 SH.2 ED-21;EX-20 40 EPD 2 1 EB-21 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-11 41 EPD EB-22 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 223 S/R N/A ON ON YES E-S SH.SB EB-12 42 EPD 2 EB-23 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-11 43 EPD 1 EB-24 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-12 44 EPD 2 EB-2S 480 VOLT MOTOR CONTROL CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-S SH.SC EB-19 4S EPD EB-26 480 VOLT MOTOR CONTROL CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-S SH.SC EB-20 46 EPD 2 1S ED-01 MAIN STATION BATTERIES E1-1 AB 607 22SA S/R N/A ON ON YES E-8 SH.1 ED-11A;ED-1S;EJL-2S8 47 EPD 1S ED-02 MAIN STATION BATTERIES E1-1 AB 607 22S S/R N/A ON ON YES E-8 SH.1 ED-16;ED-21A;EJL-2S9 48 EPD 2 16 ED-06 AC INVERTER #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 49 EPD 1 16 ED-07 AC INVERTER #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 SO EPD 2 16 ED-08 AC INVERTER #3 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 S1 EPD 16 ED-09 AC INVERTER #4 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 S2 EPD 2 14 ED-10 12S V DC BUS E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-01;ED-13;EJL-423 S3 EPD 2 14 ED-11 12S V DC DISTRIBUTION PANEL E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 S4 EPD 2 14 ED-11A 12S V DC DISTRIBUTION PANEL E1-1 AB S90 116A S/R N/A ON ON YES E-8 SH .2 ED-01 SS EPD 2 20 ED-13 METERING SECTION DC BUSS E-3S9-1A AB 607 224 S/R N/A ON ON YES E-8-1 ED-10 S6 EPD 2 16 ED-1S DC CHARGER #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 EB-01 S7 EPD 1 16 ED-16 DC CHARGER #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 EB-02 S8 EPD 2-0P 16 ED-17 DC CHARGER #3 E1-1 AB 607 224 S/R N/A ON ON/OFF YES E-8 SH.1 EB-02 S9 EPD 1-0P 16 ED-18 DC CHARGER #4 E1-1 AB 607 224 S/R N/A ON ON/OFF YES E-8 SH.1 EB-01 60 EPD 1 14 ED-20 12S V DC BUS E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-02;ED-23;EJL-422 61 EPD 14 ED-21 12S V DC DISTRIBUTION PANEL E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -t:>'-o;...:.N.;:;..._E=---=-\<'.....:.~;;...:o=-'t\',_,_N~&:"':Q,,.\l,,..S..___ _ _ _~.,.,~ ~~"' I I Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 3 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 62 EPD 14 ED-21A 125 V DC DISTRIBUTION PANEL E1-1 AB 590 116B S/R N/A ON ON YES E-8 SH.2 ED-02 63 EPD 20 ED-23 METERING SECTION DC BUS E-359-1A AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-20 64 RCPC 2 0 EH-0501A-F PROPORTIONAL HEATERS #1 M-201-2 RB 607 800 R 7 ON/OFF ON/OFF YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 65 RCPC 2 0 EH-0502A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 66 RCPC 2 0 EH-0503A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 67 RCPC 2 0 EH-0504A-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 68 RCPC 2 0 EH-OSOSA-F BACK-UP HEATERS GROUP #1 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 69 RCPC 2 0 EH-0506A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 70 RCPC 2 0 EH-0507A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA*11;EX-15;EC-02 71 RCPC 2 0 EH-0508A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 72 RCPC 2 0 EH-0509A-F *BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 73 RCPC 2 0 EH-0510A-F BACK-UP HEATERS GROUP #2 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-15;EA-11;EX-15;EC-02 74 RCPC 1 0 EH-0601A-F PROPORTIONAL HEATERS GROUP 2 M-201-2 RB 607 800 R 7 ON/OFF ON/OFF YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 75 RCPC 1 0 EH-0602A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 76 RCPC 1 0 EH-0603A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 77 RCPC 1 0 EH-0604A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 78 RCPC 1 0 EH-0605A-F BACK-UP HEATERS GROUP 3 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 79 RCPC 1 0 EH-0606A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 80 RCPC 1 0 EH-0607A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 81 RCPC 1 0 EH-0608A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 82 RCPC 1 0 EH-0609A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 83 RCPC 1 0 EH-0610A-F BACK-UP HEATERS GROUP 4 M-201-2 RB 607 800 R 7 ON/OFF ON YES E-254 SH.1,2 EB-16;EA-12;EX-16;EC-02 84 EPD 2 9 EMG-0501 CRANKCASE EXHAUST M-214-1 AB 590 116 S/R N/A OFF ON YES M-12 SH.18(2) EC-22;EG-20;EG-21;EX-67 85 EPD 2 9 EMG-0502 CRANKCASE EXHAUST M-214-1 AB 590 116 S/R N/A OFF ON YES M-12 SH.18(2) EC-22;EG-20;EG-21;EX-67 86 EPD 9 EMG-0503 CRANKCASE EXHAUST M-214-1 AB 590 116B S/R N/A OFF ON YES M-12 SH.18(2) EC-26;EG-30;EG-31;EX-66 87 EPD 9 EMG-0504 CRANKCASE EXHAUST M-214-1 AB 590 116B S/R N/A OFF ON YES M-12 SH.18(2) EC-26;EG-30;EG-31;EX-66 88 RCPC 2 1 EU-1 SCR CONTROLLER-HEATERS M-201-2 RB 590 143 S/R N/A ON/OFF ON/OFF YES E-254 SH.1 EB-15;EX-15;EC-02 89 RCPC 1 EU-2 SCR CONTROLLER-HEATERS M-201-2 RB 590 143 S/R N/A ON/OFF ON/OFF YES E-253 SH.1 EB-16;EX-16;EC-02 90 EPD 2 4 EX-11 2400/480 VOLT TRANSFORMER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 EA-11 91 EPD 1 4 EX-12 2400/480 VOLT TRANSFORMER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 EA-12 92 EPD 2 4 EX-15 2400/480 VOLT TRANSFORMER E1-1 RB 590 143 S/R N/A ON ON YES E-3-1; E-4-1 EA-11;EA-13 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~p_.,_~~E~.~k~N~t>~:ttN
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5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL)
- Page 4 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Ci>mponents 93 EPD 4 EX-16 2400/480 VOLT TRANSFORMER E1-1 RB 590 143 S/R N/A ON ON YES E-4 SH.1 EA-12 94 EPD 2 4 EX-19 2400/480 VOLT TRANSFORMER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 EA-11 95 EPD 1 4 EX-20 2400/480 VOLT TRANSFORMER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 EA-12 96 RRC 2 4 EX-63 CONTROL ROD CLUTCH TRANSFORMER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 97 RRC 1 4 EX-64 CONTROL ROD CLUTCH TRANSFORMER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 98 EPD 4 EX-66 DG-1/2 EXHAUSTER TRANSFORMER E1-1 AB 590 116B S/R N/A OFF ON YES VM-12-18(2) K-6B 99 EPD 2 4 EX-67 DG-1/1 EXHAUSTER TRANSFORMER E1-1 AB 590 116 S/R N/A OFF ON YES VM-12-18(2) K-6A 100 EPD 2 14 EY-10 120 V AC PANEL #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-06 101 EPD 14 EY-20 120 V AC PANEL #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-07 102 EPD 2 14 EY-30 120 V AC PANEL #3 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-08 103 EPD 1 14 EY-40 120 V AC PANEL #4 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-09 104 OHR 2 18 FT-0727 P-8A/B FLOW TRANSMITTER M-207-2 AB 590 123 S/R N/A N/A N/A YES E-79 SH.3,3A&B EJ-1051;EY-10 105 OHR 18 FT-0736A E-50B STEAM FLOW TRANS. M-207-2 AB 570 005 S/R N/A N/A N/A YES E-79 SH.3E,F,G EJ-1052;EY-20 106 OHR 18 FT-0737A E-50A STEAM FLOW TRANS. M-207-2 AB 570 005 S/R N/A N/A N/A YES E-79 SH.3E,F,G EJ-1052;EY-20 107 OHR 2 18 FT-0749 P-8A/B FLOW TRANSMITTER M-207-2 AB 590 123 S/R N/A N/A N/A YES E-79 SH.3,3A,3B EJ-1051;EY-10 108 OHR 2 18 l/P-0727 E-50B FLOW CONTROL M-207-2 AB 590 123 S/R N/A ON ON/OFF YES E-79 SH.3 A&B EC-01;EC-33;EJ-1005;EJ-1051;EJL-263;EY-10 109 OHR 18 l/P-0736 E-50B FLOW CONTROL BYPASS M-207-2 AB 570 005 R 3 OFF OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ-1006;EJ-1052 110 OHR 18 I/P-0736A E-50B FLOW CONTROL M-207-2 AB 570 005. S/R N/A ON OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ-1006;EJ-1052 111 OHR 18 I/P-0737 E-50A FLOW CONTROL BYPASS M-207-2 AB 570 005 R 3 OFF OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ-1006;EJ-1052 112 OHR 18 I/P-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 S/R N/A ON OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ-1006;EJ-1052 113 OHR 2 18 l/P-0749 E-50A FLOW CONTROL M-207-2 AB 590 123 S/R N/A ON ON/OFF YES E-79 SH.3 A&B EC-01;EC-33;EJ-1005;EJ-1051;EJL-264;EY-10 114 OHR 18 l/P-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 OFF OFF NO E-270 SH.9 EC-189A 115 OHR 2 18 I/P-1655 VC-11 SERVICE WATER CONTROL M-208-18 AB 625 300 R 3 OFF OFF NO E-270 SH.9 EC-189A 116 OHR 18 I/P-1656 VC-10 SERVICE WATER CONTROL M-208-18 AB 625 300A R 3 OFF OFF NO E-270 SH.9 EC-189B 117 OHR 2 18 l/P-1656 VC-10 SERVICE WATER CONTROL M-208-18 AB 625 300A R 3 OFF OFF NO E-270 SH.9 EC-189B CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List CSSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~'Pi~eor=>~~E~_K~t->~l>~'\f~"~\-E""'R""'\)._.S_ _ _ _ _ _~ L ~ ~e7,e,., s/s/r5 { { Print or type Name/Title Signature Date Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 5 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 118 HVAC 2 18 l/P-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S/R N/A ON OFF NO E-270 SH.5 EC-11A;EC-188A 119 HVAC 1 18 l/P-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S/R N/A ON OFF NO E-270 SH.5 EC-11A;EC-188B 120 OHR 2 17 K-6A DIESEL GENERATOR 1-1 M-208-1A AB 590 116 S/R N/A OFF ON YES E-140;M-12 EC-22;ED-01;ED-11A;K-6A 121 OHR 1 17 K-6B DIESEL GENERATOR 1-2 M-208-1A AB 590 116B S/R N/A OFF ON YES E-140; M-12 EC-26;ED-02;ED-21A;K-6B 122 RCPC 1 18 LS-0327 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 123 RCPC 2 18 LS-0327 SIRW LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 124 RCPC 1 18 LS-0328 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 125 RCPC 2 18 LS-0328 SIRW LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 126 RCPC 1 18 LS-0329 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 127 RCPC 2 18 LS-0329 SIRW TANK LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 128 RCPC 1 18 LS-0330 SIRW TANK LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 129 RCPC 2 18 LS-0330 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 130 EPD 2 18 LS-1417 DG-1/1 CONTROL LEVEL M-214-1 AB 590 146 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-21;EJ-246 131 EPD 2 18 LS-1418 DG-1/1 CONTROL LEVEL M-214-1 AB 590 146 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-21;EJ-246 132 EPD 18 LS-1452 DG-1/2 CONTROL LEVEL M-214-1 AB 590 147 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-31;EJ-245 133 EPD 18 LS-1453 DG-1/2 CONTROL LEVEL M-214-1 AB 590 147 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-31;EJ-245 134 EPD 2 18 LS-1470 DG-1/1 SUMP STOP FILL LEVEL M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; M-12-97 EG-21 135 EPD 18 LS-1471 DG-1/2 SUMP STOP FILL LEVEL M-214-1 AB 590 116B S/R N/A CLOSED OJ>/CL YES E-140; M-12-104 EG-31 136 EPD 2 18 LS-1472 DG-1/1 SUMP START FILL LEVEL M-214-1 AB 590 116 S/R N/A OPEN OP/CL YES E-140; M-12-97 EG-21 137 EPD 1 18 LS-1473 DG-1/2 SUMP START FILL LEVEL M-214-1 AB 590 116B S/R N/A OPEN OP/CL YES E-140; M-12-104 EG-31 138 RCPC 2 18 LT-0102 PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-82 SH.5 EY-10;EC-12 139 RCPC 1 18 LT-0103 PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-82 SH.3 EY-20;EC-12 140 RCPC 1 18 LT-0331 SIRW TANK LOW LEVEL TRANSMITTER M-204-18 AB 649 808 S/R N/A N/A N/A YES E-87 SH.1 EY-20;EC-13 141 RCPC 2 18 LT-0332A SIRW TANK LOW LEVEL TRANSMITTER M-204-18 AB 649 808 S/R N/A N/A N/A YES E-87 SH.1A EY-10;EC-13 142 OHR 2 18 LT-0757A WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2 EC-11;EC-12;EY-10 143 OHR 1 18 LT-0757B WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2 EC-11;EC-12;EY-20 144 OHR 2 18 LT-0758A WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2A EC-11;EC-12;EY-10 145 OHR 1 18 LT-0758B WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2A EC-11;EC-12;EY-20 146 OHR 2 18 LT-2021 T-2 LEVEL TRANSMITTER M-220-1 TB 590 OUTSIDE S/R N/A N/A N/A YES E-87 SH.6 EC-13;EY-30 147 OHR 18 LT-2022 T-2 LEVEL TRANSMITTER M-220-1 TB 590 OUTSIDE S/R N/A N/A N/A YES E-87 SH.6 EC-13;EY-20 148 OHR 8 M0-0501 E-50B MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of systems or Operations Engineers) ....;;:~==r->:.......E...........K...::.JN~o"'-'ctt.......),,),..__e..1\"""S>,._$......__ _ _~ \;Az-.. Print or type Name/Title Signature Date ff~ee..e.£u signature tJ
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 6 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req*d Dwg. No./Rev Systems or Components 149 OHR 2 8 M0-0501 E-50B MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 150 OHR 8 M0-0510 E-50A MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 151 OHR 2 8 M0-0510 E-50A MSIV BYPASS M-205-1 AB 607 238 R 3 CLOSED CLOSED NO E-238 SH.3 EC-01 152 OHR 2 8 M0-0743 E-50B ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005 153 OHR 1 8 M0-0748 E-50B ISOLATION M-207-2 AB 570 005 S/R N/A OPEN OP/CL YES E-1179 SH.1,2 EB-22;EC-11;EC-187;EJ-1005 154 OHR 2 8 M0-0753 E-50A ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005;EJ-1143 155 OHR 8 M0-0754 E-50A ISOLATION M-207-2 AB 570 005 S/R N/A OPEN OP/CL YES E-1174 SH.1,2 EB-24;EC-11;EC-187;EJ-1005 156 OHR 8 M0-0755 E-50B ISOLATION M-207-2 AB 570 005 R 3 OPEN OPEN NO E-1179 SH.1,2 EC-11;EC-187;EJ-1006 157 OHR 8 M0-0759 E-50A ISOLATION M-207-2 AB 570 005 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1006 158 OHR 2 8 M0-0760 E-50A ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005;EJ-1144 159 OHR 2 8 M0-0798 E-50B ISOLATION M-207-2 AB 590 123 R 3 OPEN OPEN NO E-1174 SH.1,2 EC-11;EC-187;EJ-1005 160 RCPC 1 8 M0-1042A POWER RELIEF ISOL. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-242 SH.4 EC-02;EB-25 161 RCPC 2 8 M0-1042A POWER RELIEF ISOL. M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-242 SH.4 EB-25;Ec-02 162 RCPC 1 8 M0-1043A POWER RELIEF ISOL. M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-242 SH.4 EB-26;EC-02 163 RCPC 2 8 M0-1043A POWER RELIEF ISOL. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-242 SH.4 EC-02 164 RCPC 1 8 M0-2087 VOL. CONTROL TANK ISOL. M-202-1A AB 590 100 S/R 12 OPEN CLOSED NO E-242 SH.1 EC-33;EC-02;EC-13;EC-12;0PERATOR ACTION 165 RCPC 2 8 M0-2087 VOL. CONTROL TANK ISOL. M-202-1A AB 590 100 S/R 12 OPEN CLOSED YES E-242 SH.1 EB-01;EC-33;EC-02;EC-13;EC-12 166 RCPC 1 8 M0-2140 BORIC ACID PUMP FEED ISOL. M-202-1A AB 590 107 S/R N/A CLOSED OPEN YES E-241 EJ-9401;EC-04;EC-12;EB-02;EC-02;EC-13;EC-33 167 RCPC 2 8 M0-2140 BORIC ACID PUMP FEED ISO M-202-1A AB 590 107 R 3 CLOSED CLOSED NO E-241 EJ-9401;EC-04;EC-12;Ec-02;EC-13;EC-33 168 RCPC 1 8 M0-2160 SIRW TO CHARGING PUMP M-202-1A AB 590 107 S/R 12 CLOSED OP/CL YES E-242 SH.1 EB-02;EC-33;EC-02;EC-13;EC-12 169 RCPC 2 8 M0-2160 SIRW TO CHARGING PUMPS ISOLATION M-202-1A AB 590 107 S/R 12 CLOSED OP/CL NO E-242 SH.1 EC-33;EC-02;EC-13;EC-12;0PERATOR ACTION CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best* of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~..., E Kb> 0 rtN E.R \)_$ Print or type Name/Title
%-_ ~ 'N~L...
Signature s/s}qs-
~.
Date Oa/~ Print or type
£. £n a /'LJ Name/Tit~
Aro.iv e Signature eff JJv s/a/15 Date I
S/02/9S SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 7 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 170 RCPC 1 8 M0-2169 BORIC ACID GRAVITY FEED M-202-1A AB S90 107 R 3 CLOSED CLOSED NO E-241 EC-12;EC-04;EB-01;EC-02;EC-13;EC-33;EJ-9400 171 RCPC 2 8 M0-2169 BORIC ACID GRAVITY FEED M-202-1A AB S90 107 S/R N/A CLOSED OPEN YES E-241 EC-02;EC-13;EC-33;EJ-9400;EB-01 ;EC-04;Ec-12 172 RCPC 2 8 M0-2170 BORIC ACID GRAVITY FEED M-202~1A AB S90 107 S/R N/A CLOSED OPEN YES E-241 EC-02;EC-13;EC-33;EJ-9400;EB-01;EC-04;EC-12 173 RCPC 1 8 M0-301S SHUTDOWN COOLING FROM LOOP 2 M-204-1 RB 607 236 R 3 CLOSED CLOSED NO E-242 SH.3 EC-02;EC-33 174 RCPC 2 8 M0-301S SHUTDOWN COOLING FROM LOOP 2 M-204-1 RB 607 236 R 3 CLOSED CLOSED NO E-242 SH.3 EC-02;EC-33 175 RCPC 1 8 M0-3072 CHARGING TO SI !SOL. M-204-1A AB S90 104B R 3 CLOSED CLOSED NO E-242 SH.2 EC-03 176 RCPC 2 8 M0-3072 CHARGING TO SI !SOL. M-204-1A AB S90 104B R 3 CLOSED CLOSED NO E-242 SH.2 EC-03 177 RCPC 1 8 M0-3082 HPSI HOT LEG INJECT. MODE M-203-2 RB 590 143 R 3 'CLOSED CLOSED NO E-244 SH.SA,6 EC-03;EC-33 178 RCPC 2 8 M0-3082 HPSI HOT LEG INJECT. MODE M-203-2 RB S90 143 R 3 CLOSED CLOSED NO E-244 SH.SA,6 EC-03;EC-33 179 RCPC 1 8 M0-3083 HPSI HOT LEG !NJ. MODE SELECT VLV. M-203-2 RB 617 143 R 3 CLOSED CLOSED NO E-244 SH SA & 6 EC-03, EC-33 180 RCPC 2 8 M0-3083 HPSI HOT LEG !NJ. MODE SELECT VLV. M-203-2 RB 617 143 R 3 CLOSED CLOSED NO E-244 SH SA & 6 EC-03, EC-33 181 RRC 2 18 NE-1/3 SOURCE WIDE RANGE FLUX MONITOR M1-Q-1200 RB 590 142 R 7 ON ON YES E-61 SH.2,2A EY-30;EC-06 182 RRC 1 18 NE-2/4 SOURCE WIDE RANGE FLUX MONITOR M1-Q-1200 RB S90 142 R 7 ON ON YES E-61 SH.2,2A EY-40;EC-06 183 EPD S P-18A FUEL OIL TRANSFER PUMP M-214-1 TB S90 136 S/R N/A OFF ON/OFF YES E-178 SH.1 EB-08;EG-21;EG-31;EJ-43;EJ-44;EJ-79;EJ-214 184 EPD 2 S P-18B
- FUEL OIL TRANSFER PUMP M-214-1 TB S90 136 S/R N/A OFF ON/OFF YES E-178 SH.2 EB-01;EJ-43;EJ-44;EJ-79;EJ-214;EJ-24S;EJ-246 18S RCPC 1 S P-SSB CHARGING PUMP B M-202-18 AB S90 104A S/R N/A OFF ON/OFF YES E-2S7 SH.1 EJ-S94;EJL-2S6;EB-12;EC-12;EC-13 186 RCPC 2 S P-SSc CHARGING PUMP C M-202-18 AB S90 104B S/R N/A OFF ON/OFF YES E-2S7 SH.2 EJL-2S7;EJ-S93;EB-11;EC-12;Ec-13 187 RCPC 1 S P-S6A BORIC AC ID PUMP M-202-1A AB S90 107A S/R N/A OFF ON/OFF YES E-203 EB-02;EC-02;EC-13;EC-12 188 OHR 1 6 P-7A SERVICE WATER PUMP M-213 TB S90 136 S/R N/A ON ON YES E-1S4 SH.1 EA-12;EC-08;EC-12;EC-13 189 OHR 2 6 P-7B SERVICE WATER PUMP M-213 TB S90 136 S/R N/A ON ON YES E-1S4SH.1 EA-11;EC-08;EC-12;EC-13 190 OHR 1-0P 6 P-7c SERVICE WATER PUMP M-213 TB S90 136 S/R N/A ON ON YES E-1S4 SH.2 EA-12;EC-08;EC-12;EC-13 191 OHR 2 S P-8A MOTOR DRIVE AUX FEED PUMP M-207-2 TB S70 007 S/R N/A ON ON YES E-196 SH.1,2,3 EA-11;EC-01;EC-11;EC-13;EC-187;EJ-100S;EJ-1006;EJ-10S1 CERT! Fl CATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _'b~o~N~E-__..k~m......o....rt""'""~...t.~:f!t.._\l""".S""-----~ L ~~ Print or type Name/Title Signature
. 5h,),s-r Date 1
Print or type Name/Titt;'./
.ealvee~~ s:/J,/95 Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 8 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 192 OHR 5 P-8C MOTOR DRIVEN AUX FEED PUMP M-207-2 AB 570 005 S/R N/A ON ON YES E-196 SH.8 EA*12;EC*01;EC-11;EC* 13;EC*187;EJ-1005;EJ-1006;EJ*1052 193 RCPC 1 18 PC/0216B CHARG P P-55B LO-LUBE OIL PRESS SW M-202-1B AB 590 104A R 3 CLOSED CLOSED NO E-257 SH.1 EC-12,EC-13 194 RCPC 2 18 PC/0216C CHARG P P-55C LO-LUBE OIL PRESS SW M-202-1B AB 590 104B R 3 CLOSED CLOSED NO E-257 SH.1 EC-12,EC-13 195 RCPC 1 18 PC/0218B P-55B LOW SUCT. PRESS. SWITCH M-202-1B AB 590 104A R 3 CLOSED CLOSED NO E-257 SH.1,2 EC*12;EC*13 196 RCPC 2 18 PC/0218C LOW SUCTION PRESSURE SWITCH M*202*1B AB 590 104B R 3 CLOSED CLOSED NO E-257 SH.2 EC*12;EC*13 197 HVAC 2 0 P0*1711 MODULATING DAMP. D-20 M*218-6A AB 625 300 S/R N/A OPEN OPEN NO E-271 SH.19 EB*25;EJ-1001 198 HVAC 1 0 P0-1712 MODULATING DAMP. D-21 M-218-6A AB 625 300A S/R N/A OPEN OPEN NO E-271 SH.19 EB*26;EJ*1000 199 HVAC 2 0 P0-1745 OUTSIDE AIR DAMP. D-7 M-218-6A AB 625 300 S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-25;EC*186A;EJ*1001 200 HVAC 1 0 P0* 1746 OUTSIDE AIR DAMP. D-14 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-26;EC*186B;EJ*1000 201 HVAC 2 18 POS*1711 MODULATING DAMP. D-20 M-218*6A AB 625 300 S/R N/A CLOSED CLOSED YES E-271*3,4,5 EB-25;EC*11A;EC-186A;EJ-1001 202 HVAC 1 18 POS-1712 MODULATING DAMP. D-21 M*218-6A AB 625 300A S/R N/A CLOSED CLOSED YES E-271 SH.3,4,5 EB*26;EC*11A;EC-186B;EJ-1000 203 HVAC 2 18 POS*1743 RECIRC. DAMP. D*6 M*218*6A AB 625 300 S/R N/A OPEN CLOSED YES E-271-3,4,5 EB-25;EC*11A;EC-186A;EJ-1001 204 HVAC 1 18 POS-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S/R N/A OPEN CLOSED YES E-271 SH.3,4,5 EB-26;EC~11A;EC*186B;EJ* 1000 205 HVAC 2 18 POS-1745 OUTSIDE AIR DAMP. 0*7 M-218*6A AB 625 300 S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-25;EC-186A;EJ-1001 206 HVAC 1 18 POS-1746 OUTSIDE AIR DAMP. D-14 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED NO E-271 SH.6 EB*26;EC*186B;EJ*1000 207 HVAC 1 18 POS*1758 D-94 DAMPER D-16 M-218-6 AB 625 300B S/R N/A CLOSED CLOSED NO E-271 SH.12 EC-186B;EJ-1000 208 RCPC 1 8 PRV-1042B POWER OPERATION RELIEF M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.1 EC-02;EC*12 209 RCPC 2 8 PRV-1042B POWER OPERATED RELIEF M-201*2 RB 649 424 S/R N/A CLOSED OP/CL YES E-256 SH.1 ED-11;EC*02;EC-12 210 RCPC 1 8 PRV-1043B POWER OPERATED RELIEF M-201*2 RB 649 424 S/R N/A CLOSED OP/CL YES E-256 SH.1A ED*21;EC*02;EC*12 211 RCPC 2 8 PRV-1043B POWER OPERATED RELIEF M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.1A EC*02;EC*12 212 RCPC 1 8 PRV-1067 REACTOR HEAD VENT POWER OP. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC*11A 213 RCPC 2 8 PRV-1067 REACTOR HEAD VENT POWER OP. M-201*2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC*11A 214 RCPC 1 8 PRV-1068 REACTOR HEAD VENT POWER OP. M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC*11A 215 RCPC 2 8 PRV-1068 REACTOR HEAD VENT POWER OP. M-201*2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC*11A 216 RCPC 1 8 PRV-1069 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC*11A CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) Print or type Name/Title IJo. /e_, £. £~ k) ~e~ Signature oh/r1s Date I Signature
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSRL) Page 9 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 217 RCPC 2 8 PRV-1069 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 218 RCPC 1 8 PRV-1070 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 219 RCPC 2 8 PRV-1070 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC-11A 220 RCPC 1 8 PRV-1072 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC:-11A 221 RC:PC 2 8 PRV-1072 PRESS. VENT M-201-2 RB 649 424 R 3 CLOSED CLOSED NO E-256 SH.4 EC:-11A 222 OHR 1 18 PS-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R .8 CLOSED OPEN NO E-238 SH .1A,2 EC:-182;SV-0779A 223 DHR 2 18 PS-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC:-182;ED-11;SV-0779A 224 OHR 1 18 PS-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH .1A,2 EC-182;ED-21;SV-0780A 225 DHR 2 18 PS-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH. 1A,2 EC-182;SV-0780A 226 OHR 18 PS-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0781A 227 DHR 2 18 PS-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-11;SV-0781A 228 OHR 18 PS-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH .1A,2 EC-182;ED-21;SV-0782A 229 OHR 2 18 PS-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH .1A,2 EC-182;SV-0782A 230 EPD 2 18 PS-1476 K-6A LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116 S/R N/A OPEN OPEN NO M-12(1) K-6A 231 EPD 1 18 PS-1486 K-6B LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116B S/R N/A OPEN OPEN NO M-12 SH.105(1) K-6B 232 EPD 2 18 PS-1496 K-6A LUBE Oil PRESSURE SWITCH M-214-1 AB 590 116 S/R N/A OPEN OPEN NO N/A N/A 233 EPD 18 PS-1497 K-6B LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116B S/R N/A OPEN OPEN NO M-12 SH.105(1) K-6B 234 HVAC 2 18 PS-1675 VC-11 SUCTION PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 235 HVAC 1 18 PS-1676 VC-10 SUCTION PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 236 HVAC 2 18 PS-1677 VC-11 DISC:. PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 237 HVAC: 1 18 PS-1678 VC-10 DISC. PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 238 HVAC 2 18 PS-1687 VC-11 COMPRESSOR OIL PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 239 HVAC: 1 18 PS-1688 VC-10 COMPRESSOR OIL PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 240 HVAC: 2 18 PS-1699 VC-11 PUMP DOWN M-218-7 AB 625 300 S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1089;EJ-1127 241 HVAC: 1 18 PS-1700 VC-10 PUMP DOWN CYCLE M-218-7 AB 625 300A S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1088;EJ-1126 242 RC:PC 2 18 PT-0105A PRESSURIZER WIDE RANGE PRESS. M-201-2 RB 590 143 S/R N/A N/A N/A YES E-84 SH.6 EY-30;EC:-12 243 RC:PC: 1 18 PT-0105B PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-84 SH.6A EY-40;EC:-12 244 DHR 2 18 PT-0741A P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 245 DHR 2 18 PT-0741B P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 246 DHR 2 18 PT-0741DD P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051 ;EY-10 247 OHR 2 18 PT-0751C: E50A LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC:-12;EC:-187;EY-30 C:ERTIFIC:ATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _.t?......:.J
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5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 10 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 248 OHR 18 PT-07510 E50A LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY-40 249 OHR 2 18 PT-0752C E-50B LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY-30 250 OHR 1 18 PT*0752D E-SOB LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY-40 251 OHR 18 PT-0762A LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 252 OHR 18 PT-0762B LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 253 OHR 18 PT*0762C LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 254 OHR 18 PT-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 N/A N/A NO E-270 SH.9 EC-189A 255 OHR 2 18 PT-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 R 3 N/A N/A NO E-270 SH.9 EC-189A 256 OHR 18 PT-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A R 3 N/A N/A NO E-270 SH.9 EC-189B 257 OHR 2 18 PT-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A R 3 N/A N/A NO E-270 SH.9 EC-189B 258 RCPC 1 8 SV-0148 QUENCH TANK DRAIN M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 259 RCPC 2 8 SV-0148 QUENCH TANK DRAIN M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 260 RCPC 1 8 SV-0150 QUENCH TANK NITRO !SOL. M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 261 RCPC 2 8 SV-0150 QUENCH TANK NITRO ISOL. M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 262 RCPC 1 8 SV-0152 QUENCH TANK VENT M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 263 RCPC 2 8 SV-0152 QUENCH TANK VENT M-201-2 RB 607 237 R 3 VENT VENT NO E-234 SH.2 EC-02 264 RCPC 1 8 SV-0155 QUENCH TANK SPRAY M-201-2 AB 607 150 R 3 VENT VENT NO E-235 SH.2 EC-02;EJ-541 265 RCPC 2 8 SV-0155 QUENCH TANK SPRAY M-201-2 AB 602 150 R 3 VENT VENT NO E-235 SH.2 EC-02;EJ-541 266 RCPC 1 8 SV-0338 T-820 PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 267 RCPC 2 8 SV-0338 T-820 PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 268 RCPC 1 8 SV-0342 T-82A PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 269 RCPC 2 8 SV-0342 T-82A PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 270 RCPC 1 8 SV-0346 T-82B PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 271 RCPC 2 8 SV-0346 T-82B PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 272 RCPC 1 8 SV-0347 T-82C PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 273 RCPC 2 8 SV-0347 T-82C PRESS. CONTROL M-203-1 RB 590 144 R 3 VENT VENT NO E-245 SH.3 EC-03;EC-12;EC-13 274 OHR 1 8 SV-0502 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED-21 275 OHR 2 8 SV-0502 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-181 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) o<.J.Jn:L. J;rv,. .,E. . , &. , . \?~S----~ ~ ~:;~ 1),=-=..!0N.::.........::E..._._.K......,N..... r I Print or type Name/Title Signature Date Print or type Name/Title(/
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 11 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 276 OHR 1 8 SV-0505A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-180 277 OHR 2 8 SV-0505A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED-11 278 OHR 1 8 SV-0505B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-180 279 OHR 2 8 SV-0505B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 S/R N/A OPEN CLOSED YES E-238 SH.1, 1A EC-01;EC-13;EC-180;ED-11 280 OHR 1 8 SV-0507A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-180 281 OHR 2 8 SV-0507A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED-11 282 OHR 8 SV-0507B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-180 283 OHR 2 8 SV-0507B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED-11 284 OHR 8 SV-0508 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED-21 285 OHR 2 8 SV-0508 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 R 3 CLOSED CLOSED NO E-238 SH.1,1A EC-01;EC-13;EC-181 286 OHR 1 8 SV-0513 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED-21 287 OHR 2 8 SV-0513 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 R 3 OPEN OPEN NO E-238 SH.1,1A EC-01;EC-13;EC-181 288 OHR 8 SV-0514 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED-21 289 OHR 2 8 SV-0514 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 R 3 CLOSED CLOSED NO E-238 SH .1, 1A EC-01;EC-13;EC-181 290 OHR 8 SV-0522A STEAM SUPPLY FROM E-50B M-205-2 AB 607 238 R 3 VENT VENT NO E-238 SH.4 EC-01 291 OHR 2 8 SV-0522A STEAM SUPPLY FROM E-50B M-205-2 AB 607 238 R 3 VENT VENT NO E-238 SH.4 EC-01 292 OHR 1 8 SV-0522B STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 VENT VENT NO E-238 SH.4A EC-01;EJ-1005 293 OHR 2 8 SV-0522B STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 VENT VENT NO E-238 SH.4A EC-01;EJ-1005 294 OHR 1 8 SV-0522C STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 AIR AIR NO E-238 SH.12 EC-150 295 OHR 2 8 SV-0522C STEAM SUPPLY E-50A M-205-2 TB 590 134 R 3 AIR AIR NO E-238 SH.12 EC-150 296 OHR 1 8 SV-0738 S/G E-50B RECIRCULATION M-226-1 AB 607 238 R 3 VENT VENT NO E-235 SH.3,3B EC-11;EC-13;EJ-541 297 OHR 2 8 SV-0738 S/G E-50B RECIRCULATION M-226-1 AB 607 238 R 3 VENT VENT NO E-235 SH.3,3B EC-11;EC-13;EJ-541 298 OHR 1 8 SV-0739 S/G E-50A RECIRCULATION M-226-1 AB 590 123 R 3 VENT VENT NO E-235 SH.3,3B EC-11;EC-13;EJ-540 299 OHR 2 8 SV-0739 S/G E-50A RECIRCULATION M-226-1 AB 590 123 R 3 VENT VENT NO E-235 SH.3,3B EC-11;EC-13;EJ-540 300 OHR 8 SV-0767 S/G E-50A BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 301 OHR 2 8 SV-0767 S/G E-50A BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 302 OHR 1 8 SV-0768 S/G E-50B BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 303 OHR 2 8 SV-0768 S/G E-50B BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 304 OHR 8 SV-0779A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0779 305 OHR 2 8 SV-0779A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-11;PS-0779 306 OHR 8 SV-0779B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH .1A,2 EC-04;EC-12;EC-182 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~='-=-='---""E__.K_...N.,,.,,.,._efl........,,Tt..>.._.~-a~\).oo<..5_ _ _~ \Lj\... ~ S/3/CJS: I I A%_A.,eP,-A_.1 ~hps Print or type Name/Title Signature Date Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 12 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 307 OHR 2 8 SV-0779B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED-11 308 OHR 1 8 SV-0779C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO E-238 SH.1A,2 EC-04;EC-12;EC-182 309 OHR 2 8 SV-0779C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED-11 310 OHR 1 8 SV-0780A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-21;PS-0780 311 OHR 2 8 SV*0780A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0780 312 OHR 1 8 SV-0780B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED-21 313 OHR 2 8 SV-0780B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH.1A,2 EC-04;EC-12;EC-182 314 OHR 8 SV-0780C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED-21 315 OHR 2 8 SV-0780C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO E-238 SH.1A,2 EC-04;EC-12;EC-182 316 OHR 8 SV-0781A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0781 317 OHR 2 8 SV-0781A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-11;PS-0781 318 OHR 8 SV-0781B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH1A,2 EC-04;EC-12;EC-182 319 OHR 2 8 SV-0781B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED-11 320 OHR 1 8 SV-0781C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO E-238 SH1A,2 EC-04;EC-12;EC-182 321 OHR 2 8 SV-0781C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED-11 322 OHR 1 8 SV-0782A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-21;PS-0782 323 OHR 2 8 SV-0782A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0782 324 OHR 8 SV-0782B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A2 EC-04;EC-12;EC-182;ED-21 325 OHR 2 8 SV-0782B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 OPEN OPEN NO E-238 SH.1A,2 EC-04;EC-12;EC-182 326 OHR 1 8 SV-0782C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES M-238 SH.1A,2 EC-04;EC-12;EC-182;ED-21 327 OHR 2 8 SV-0782C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R R 3 CLOSED CLOSED NO M-238 SH.1A,2 EC-04;EC-12;EC-182 328 OHR 8 SV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 S/R N/A AIR VENT NO E-219 SH.1 EC-08;EC-13 329 OHR 2 8 SV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 S/R N/A AIR VENT NO E-219 SH.1 EC-08;EC-13 330 OHR 8 SV-0844 HEADER "B" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 331 OHR 2 8 SV-0844 HEADER "B" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 332 OHR 8 SV-0845 HEADER "A" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 333 OHR 2 8 SV-0845 HEADER "A" ISOLATION M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 334 OHR 1 8 SV-0846 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 335 OHR 2 8 SV-0846 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 336 OHR 1 8 SV-0847 AIR COOLER SWS SUPPLY M-208-1B AB 607 238 R 3 VENT VENT NO E-219 SH.1,2 EC-08;EC-33 337 OHR 2 8 SV-0847 AIR COOLER SWS SUPPLY M-208-18 AB 607 238 S/R N/A VENT AIR YES E-219 SH.1,2 EC-08;EC-33;ED-11 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
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5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 13 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 338 OHR 8 SV-0857 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 339 OHR 2 8 SV-0857 A&B HEADER CROSSTIE M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 340 OHR 1 8 SV-0876 D/G 1-2 VC-10 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 341 OHR 2 8 SV-0876 DIG 1-2 VC-10 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 342 OHR 8 SV-0877 DIG 1-1 VC-11 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 343 OHR 2 8 SV-0877 DIG 1-1 VC-11 COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1,2 EC-08 344 OHR 8 SV-0879 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 345 OHR 2 8 SV-0879 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 346 OHR 1 8 SV-0880 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 347 OHR 2 8 SV-0880 ESS PUMP SEAL COOLING M-208-1A AB 590 123 R 3 VENT VENT NO E-219 SH.1 EC-08;EC-33 348 OHR 1 8 SV-0884A K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 349 OHR 2 8 SV-0884A K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 350 OHR 1 8 SV-0884B K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 351 OHR 2 8 SV-0884B K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 352 OHR 1 8 SV-0885A K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 353 OHR 2 8 SV-0885A K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140SH.1 EG-30 354 OHR 8 SV-0885B K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 355 OHR 2 8 SV-0885B K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 356 OHR 1 8 SV-0951 COOLING SWS RETURN M-209-2 AB 570 005 R 3 VENT VENT NO E-239 SH.1,3 EC-08;EC-33 357 OHR 2 8 SV-0951 COOLING SWS RETURN M-209-2 AB 570 005 R 3 VENT VENT NO E-239 SH.1,3 EC-08;EC-33 358 OHR 1 8 SV-1318 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 359 OHR 2 8 SV-1318 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 360 OHR 1 8 SV-1319 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 361 OHR 2 8 SV-1319 SERVICE WATER ISOLATION M-213 TB 590 136 R 3 VENT VENT NO E-219 SH.1 EC-08 362 OHR 8 SV-1359 SERVICE WATER ISOLATION M-213 TB 590 136 S/R N/A AIR VENT NO E-219 SH.1,3 EC-08;EC-12;EC-13 363 OHR 2 8 SV-1359 SERVICE WATER ISOLATION M-213 TB 590 136 S/R N/A AIR VENT NO E-219 SH.1,3 EC-08;EC-12;EC-13 364 OHR 1 8 SV-1414 DISCHARGE TO P-9B DAY TANK M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-178 SH.3 EJ-43 365 OHR 2 8 SV-1414 DISCHARGE TO P-9B DAY TANK M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-178 SH.3 EJ-43 366 EPD 1 8 SV-1415 DG-1/1 TO T-25A INLET M-214-1 AB 590 116 R 3 CLOSED CLOSED NO E-140; E-178-4 EG-21;EJ-246 367 EPD 2 8 SV-1415 DG-1/1 TO T-25A INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; E-178-4 EB-01;EG-21;EJ-246 368 EPD 1 8 SV-1452 DG-1/2 TO T-25B INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; E-178-4 EB-02;EG-31;EJ-245 1 CERT I FI CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List CSSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _b ........rv..._£...._..R;a...;v'-'s"-----~
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5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 14 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power supporting sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 369 EPD 2 8 SV-1452 DG-1/2 TO T-25B INL~T M-214-1 AB 590 116B R 3 CLOSED CLOSED NO E-140; E-178-4 EG-31;EJ-245 370 EPD 2 8 SV-1470 DC-1/1 TO DAY INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; M-12-97 EB-01;EG-21 371 EPD 1 8 SV-1471 DG-1/2 FUEL OIL INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; M-12-104 EB-02;EG-31 372 EPD 2 8 SV-1479 STARTING AIR MOTOR INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES M-12 SH.98 ED-11A;EG-20 373 EPD 2 8 SV-1480 STARTING AIR MOTOR INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES M-12 SH.98 ED-11A;EG-20 374 EPD 8 SV-1489 STARTING AIR MOTOR INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES M-12 SH.105 ED-21A;EG-30 375 EPD 8 sv-1490 STARTING AIR MOTOR INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES M-12 SH.105 ED-21A;EG-30 376 HVAC 2 8 SV-1651 VDX-95 BLOc;K M-218-7 AB 625 300 R 3 OPEN OPEN NO E-270 SH.7 EJ-1001;EJ-1089;EJ-1093 377 HVAC 1 8 SV-1652 VDX-96 BLOCK M-218-7 AB 625 300A R 3 OPEN OPEN NO M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092 378 HVAC 2 8 SV-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S/R N/A AIR VENT NO E-270 SH.4,4A EC-11A;EC-186A;EJ-1001 379 HVAC 1 8 SV-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S/R N/A AIR VENT NO E-270 SH.4,4A EC-11A;EC-186B;EJ-1000 380 HVAC 2 8 SV-1663 V-95 DAMPER D-3 M-218-6 AB 625 300 R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186A;EJ-1001 381 HVAC 1 8 SV-1664 V-96 DAMPER D-10 M-218-6 AB 625 300A R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186B;EJ-1000 382 HVAC 2 8 SV-1675A VC-11 CONDENSING UNIT M-218-7 AB 625 300 S/R N/A CLOSED OP/CL YES E-270 SH.7 EJ-1001;EJ-1089;EJ-1093;EY-10 383 HVAC 2 8 SV-1675B VC-11 CONDENSING UNIT M-218-7 AB 625 300 S/R N/A CLOSED OP/CL YES E-270 SH.7 EJ-1001;EJ-1089;EJ-1093;EY-10 384 HVAC 1 8 SV-1676A VC-10 CONDENSING UNIT M-218-7 AB 625 300A S/R N/A CLOSED OP/CL YES M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092;EY-20 385 HVAC 1 8 SV-1676B VC-10 CONDENSING UNIT M-218-7 AB 625 300A S/R N/A CLOSED OP/CL YES M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092;EY-20 386 HVAC 2 8 SV-1697 VC-11 HOT GAS BYPASS M-218-7 AB 625 300 R 3 OPEN OPEN NO E-270 SH.7 EJ-1001;EJ-1089;EJ-1093 387 HVAC 1 8 SV-1698 VC-10 HOT GAS BYPASS M-218-7 AB 625 300A R 3 OPEN OPEN NO M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092 388 HVAC 2 8 SV-1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S/R N/A AIR VENT NO E-271-5 EC-186A;EJ-1001 389 HVAC 1 8 SV-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S/R N/A AIR VENT NO E-271 SH.5 EC-186B;EJ-1000 390 HVAC 1 8 SV-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186B;EJ-1000 391 HVAC 2 8 SV-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B R 3 VENT VENT NO E-271 SH.12 EC-11A;EC-186A;EJ-1001 392 RCPC 1 8 SV-1901 VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 393 RCPC 2 8 SV-1901 VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 394 RCPC 1 8 SV-1902 LIQUID PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 395 RCPC 2 8 SV-1902 LIQUID PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
~W~~E-~K-~N~'b-tr......_..N~E-1\~\)~S~--~- 2 ~~ I I Print or type Name/Title Signature Date Print or type Name/Title"'7
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 15 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 396 RCPC 1 8 SV-1903 HOT LEG SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC,168 397 RCPC 2 8 SV-1903 HOT LEG SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 398 RCPC 1 8 SV-1904 QUENCH TANK VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 399 RCPC 2 8 SV-1904 QUENCH TANK VAPOR PHASE SAMPLE M-219-1B RB 607 800 R 3 VENT VENT NO E-230 EC-32;EC-168 400 RCPC 1 8 SV-2002A LETDOWN BYPASS M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 401 RCPC 2 8 SV-2002A LETDOWN BYPASS M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 402 RCPC 1 8 SV-2002B LETDOWN BYPASS M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.3 EC-02;EC-12 403 RCPC 2 8 SV-2002B LETDOWN BYPASS M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.3. EC-02;EC-12 404 RCPC 1 8 SV-2003 LETDOWN STOP M-202-1B RB 607 144 S/R N/A AIR VENT NO E-236 SH.1 EC-02;EC-12 405 RCPC 2 8 SV-2003 LETDOWN STOP M-202-1B RB 607 144 S/R N/A AIR VENT NO E-236 SH.1 EC-02;EC-12 406 RCPC 1 8 SV-2004 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 407 RCPC 2 8 SV-2004 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 408 RCPC 1 8 SV-2005 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 409 RCPC 2 8 SV-2005 LETDOWN STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.1 EC-02;EC-12 410 RCPC 1 8 SV-2111 CHARGING LINE STOP M-202-1B AB 590 107A R 3 VENT VENT NO E-236 SH.2 EC-02 411 RCPC 2 8 SV-2111 CHARGING LINE STOP VALVE M-202-1B AB 590 104A R 3 VENT VENT NO E-236 SH.2 EC-02 412 RCPC 1 8 SV-2113 LOOP 1A STOP M-202-1B AB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 413 RCPC 2 8 SV-2113 LOOP 1-A STOP VALVE M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 414 RCPC 1 8 SV-2115 LOOP 2A STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 415 RCPC 2 8 SV-2115 LOOP 2A STOP M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 416 RCPC 1 8 SV-2117 PRESS. AUX. SPRAY M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 417 RCPC 2 8 SV-2117 PRESS. AUX. SPRAY M-202-1B RB 607 144 R 3 VENT VENT NO E-236 SH.2 EC-02 418 RCPC 1 8 SV-2153 INLET VALVE TO BLENDER M-202-1A AB 590 107A R 3 VENT VENT NO E-234 SH.1 EC-02;EC-12 419 RCPC 2 8 SV-2153 INLET VALVE TO BLENDER M-202-1A AB 590 107A R 3 VENT VENT NO E-234 SH.1 EC-12;EC-02 420 RCPC 1 8 SV-2155 BORIC ACID BLENDER OUTLET M-202-1A AB 590 107A R 3 VENT VENT NO E-234 EC-02;EC-13;EC-12 421 RCPC 2 8 SV-2155 BORIC ACID BLENDER OUTLET M-202-1A AB 590 107A R 3 VENT VENT NO E-234 EC-02;EC-13;EC-12 422 RCPC 1 8 SV-3029A SUMP ISOLA TI ON M-2Q4.:"1A AB 570 004 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 423 RCPC 2 8 SV-3029A SUMP I SOLA TION M-204-1A AB 570 004 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 424 RCPC 1 8 SV-3029B SUMP ISOLATION M-204-1A AB 570 004 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 425 RCPC 2 8 SV-3029B SUMP I SOLA TI ON M-204-1A AB 570 004 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 426 RCPC 1 8 SV-3030A SUMP ISOL. M-204-1A AB 570 005 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 CERTI Fl CATION: The.information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) t>:\::tN-M-""-"s:......,_~"""'\)"""'S'-----'b--***/i. ~ s-fa /q !L E.....__._,K<...,f>'...... ...;;;;D_.o"""t.>........... Print or type Name/Title Signature Datff ~ Print or type Name/Ti Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 16 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description. /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 427 RCPC 2 8 SV-3030A SUMP ISOL. M-204-1A AB 570 005 R 3 AIR AIR NO E-246 EC-03;EC-13;EC-33 428 RCPC 1 8 SV-3030B SUMP ISOL. M-204-1A AB 570 005 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 429 RCPC 2 8 SV-3030B SUMP ISOL. M-204-1A AB 570 005 R 3 VENT VENT NO E-246 EC-03;EC-13;EC-33 430 RCPC 1 8 SV-3084 HPSI HOT LEG INJECTION M-201-1 RB 607 237 R 3 VENT VENT NO E-245 SH.4 EC-13 431 RCPC 2 8 SV-3084 HPSI HOT LEG INJECTION M-201-1 ~B 607 237 R 3 VENT VENT NO E-245 SH.4 EC-13 432 OHR 1 8 SV-5353 T-40 DIESEL OIL TRANSFER M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-789 SH.2 EJ-214 433 OHR 2 8 SV-5353 T-40 DIESEL OIL TRANSFER M-216-1 TB 590 136 R 3 CLOSED CLOSED NO E-789 SH.2 EJ-214 434 RCPC 2 19 TE-0112CC CHANNEL C COLD LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 435 RCPC 1 19 TE-0112CD CHANNEL D COLD LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 436 RCPC 2 19 TE-0112HC CHANNEL C HOT LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 437 RCPC 1 19 TE-0112HD CHANNEL D HOT LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 438 RCPC 2 19 TE-0122CC CHANNEL C COLD LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 439 RCPC 1 19 TE-0122CD CHANNEL D COLD LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES. E-96 SH.8 EC-12;EY-40 440 RCPC 2 19 TE-0122HC CHANNEL C HOT LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 441 RCPC 1 19 TE-0122HD CHANNEL D HOT LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 442 HVAC 2 18 TS-1653 VC-11 OIL TEMP. SWITCH M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 4.43 HVAC 1 18 TS-1654 VC-10 OIL TEMP. SWITCH M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 444 DGV 1 18 TS-1820 V-240 TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 445 DGV 1 18 TS-1821 V-24C TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 446 DGV 18 TS-1822 V-24C TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 447 DGV 18 TS-1823 V-240 TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 448 DGV 2 18 TS-1827 V-24A TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 449 DGV 2 18 TS-1828 V-24A TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 450 DGV 2 18 TS-1843 V-24B TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 451 DGV 2 18 TS-1844 V-24B TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 452 DGV 2 9 V-24A DG 1-1 VENT FAN M-218-5 AB 590 116 S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB-25;N81 453 DGV 2 9 V-24B DG 1-1 VENT FAN M-218-5 AB 590 116 S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB-25;N69 454 DGV 9 V-24C DG 1-2 VENT FAN M-218-5 AB 590 116B S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB-24;N93 455 DGV 9 V-240 DG 1-2 VENT FAN M-218-5 AB 590 1168 S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB-24;N61 456 HVAC 2 9 V-26A AIR FILTER UNIT FAN M-218-6A AB 625 300 S/R N/A ON/OFF ON/OFF YES E-271 SH.3,4 EB-25;EC-11A;EC-186A;EJ-1001 CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) . : . . : :;6_, ,....... "'\) ~ E-...a.K_,..,.,.DL>itiwn:LL..1>!1)uE-;;...?..:ft...,v><.:J"'-----~ 5 'lt:i\;::-.._ A.Pue~ s/s/1/5 Print or type Name/Title Signature Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSRL) Page 17 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 457 HVAC 1 9 V*26B AIR FILTER VENT FAN M-218-6A AB 625 300A S/R N/A ON/OFF ON/OFF YES E-271 SH.3,4 EB-26;EC-11A;EC-186B;EJ-1000 458 HVAC 2 9 V-95 CONTROL ROOM VENT. FAN M-218-6 AB 625 300 S/R N/A ON/OFF ON/OFF YES E-270 SH.2,2A EB-25;EC-11A;EC-186A;EC-188A;EJ-1001 459 HVAC 1 9 V-96 CONTROL ROOM VENT. FAN M-218-6 AB 625 300A S/R N/A ON/OFF ON/OFF YES E-270 SH.2,2A EB-26;EC-11A;EC-186B;EC-188B;EJ-1000 460 OHR 11 VC-10 CONTROL ROOM CONDENSING UNIT M-208-1B AB 625 300A S/R N/A ON/OFF ON/OFF YES E-270 SH.6,7 EB-26;EC-11A;EC-186B;EJ-1000;EJ-1088;EJ-1092 461 OHR 2 11 VC-11 CONTROL ROOM CONDENSING UNIT M-208-1B AB 625 300 S/R N/A ON/OFF ON/OFF YES E-270 SH.6,7 EB-25;EC-11A;EC-186A;EJ-1001;EJ-1089;EJ-1093 462 HVAC 2 10 VDX-95 V-95 COOLING COIL M-218"6 AB 625 300 S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1001;EJ-1089;EJ-1093 463 HVAC 1 10 VDX-96 V-96 COOLING COIL M-218-6,7 AB 625 300A S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ='Do. . : .=~'- "-E._ _.K. . . . . .,."' -"t>'-'il"i"'-'N=_. E:. ._ft~.....\) $.___ _ _~ ~ ; \ \ ; . ;p. Print or type Name/Title Signature Print or type Name/Title -'J uo.ivee y;._) ~/~/9.;;- Signature / Date
- CONSUMERS POWER PALISADES NUCLEAR PLANT ATTACHMENT B RELAY LIST and SEISMIC EVALUATION TABULATION (87 Pages)
NO. 05/16/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 1 LOCATION NOTES 1 EPD EA-12 E-247 REV1S BKR 1S2-206 LPSI P-67A SELECT 1-43-206/SS G.E.-SBM EC-03 - 3 2 RCPC P-56A E-203 REV.18 PRI SYS MAKEUP STOP 1/F-0210 WESTINGHOUSE-W2 EC-02 3 VALVE SW 3 RCPC EU-1;EU-2 E-253 SH.1REV13; E-2S2 SH.2 REV. PRESSURIZER HEATERS 1/PRC-0101 *G.E. -SBM 10AE451 EC-02 3 10 CONRTOLSW 4 EPD EA-11 E-139-1 REV29, E-140-1 REV 17, E- BKR 1S2-107 CLOSE 106D-1 G.E. -12HGA111J26 EC-13 4 209-2,2A REV 7,2; M-201-42 REV 54 VOLT&LD SHED S EPD EA-11 E-209-2 REV 27 SI CKT#1 SEQUENCE CNTL 106D-1/XL G.E.-12HFA1~1A2H EC-13 *4 RLY 6 EPD EA-12 E-139-1 REV 29, E-140-1 REV 17, E- BKR 1S2-213 LOAD . 106D-2 G.E. -12HGA111J26 EC-13 4 209-2,2A REV7,2; M-201-43 REVS7 SHEDDING RLY 7 EPD EA-11 E-13M REV 19, E-131-1A REV 4, E-11 BKR 1S2-105 125-105/SS G.E.-SBM EC-04 3 REV21 SYNCHRONIZING SW 8 EPD EA-11 E-132-1 REV 22, E-132-1A REVS* BKR 1S2-106 125-106/SS G.E.-SBM EC-04 3 SYNCHRONIZING SW 9 EPD EA-11
- E-14REV1S, E-139-1 REV29, M-201- BKR 1S2-107 SYNCH 125-107/SS G.E. - SBM10AA024 EC-04 3 63 REV33 SELECTOR SW 10 EPD EA-12 E-132 S.1 REV.22;E-132 SH.1A REV.S SELECTOR SWITCH 125-202/SS G.E.-SBM EC-04 3 11 EPD EA-12 *E-131 SH.1 REV.19;E-131 SH.1A REV. INCOMMING BRK SYNC SW 125-203/SS G.E.-SBM EC-04 3 A
12 EPD EA-12 E-14REV1S, E,139-1 REV29, M-201- BKR 1S2-213 SYNCH 125-213/SS G.E. - SBM10AA024 EC-04 3 62REV34 SELECTOR SW 13 EPD EA-11 E-131 SH.1 REV22;SH.1A REVS;E- BKR 1S2-106 U.V. AUX RELAY 127-1-X1 G.E. -12HFA1S1A42H EJ-9400 4 136 SH1A REV 4,E-137 SH1 REV 23, SH2A REVS 14 EPD EA-11 E-131 SH.1 REV 19,SH.1A REV 4,E- BKR 1S2-105 BUS U.V. AUX 127-1-X2 G.E. -12HFA1S1A42H EJ-9400 4 137 SH.1 REV 23,SH.2A REVS RELAY 1S EPD EA-11 E-1*37 SH1 REV 23,SH1A REV 8,E-11 EA-11 UNDERVOI,.TAGE 127-1/XY,VZ & ZX G.E. - IAV54E EA-11 4 REV21 RELAYS 16 EPD EA-12 E-137 SH.1 REV.8 BUS 1D UV AUX RELAY 127-2-X1 G.E.-12HFA1S1A42H 1DSWGR 4 17 EPD EA-12 E-131 SH.1 REV.19;E-131 SH.1A REV. 1D UV AUX RELAY 127-2-X2 G.E.-12HFA1S1A42H 1DSWGR 4 4 18 EPD EA-11 E-136 SH.1 REV27,E-11 REV21 EA-11 UNDERVOLTAGE 127-5/XY, YX & ZX G.E. - NGV13A EA-11 4 RELAYS 19 EPD EA-12 E-136 SH.1 REV.27;E-S SH.55 REV. STARTUP XFMR UV RELAY 127-6XY,6VZ,6ZX G.E. -12NGV13A11A 1DSWGR 1 4;VEN E-5 SH.35
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page2
- LOCATION NOTES 20 EPD EA-11 E-137 SH.1 REV23,SH.2B REV 4 EA-11 UNDERVOLTAGE AUX 127-7-X1 G.E. - HFA151 EJ-9400 4 RELAY 21 EPD EA-11 E-137 SH. REV 23,SH.2B REV 4;E-11 EA-11 UNDERVOLTAGE 127-7/XY,VZ &ZX ITE27N E~-9400 4 REV21 RELAYS 22 EPD K-6A E-140-1 REV 17, E-209-2 REV 27, M- K-6A UNDERVOLT. 127D-1 WESTING. TYPE SV, STY EC-22 6A 12-94REV9 RLY(AUTOCLOSE) 1876094 23 EPD *K-6B E-14 REV 15, E-209-2 REV 27, M K-6B UNDER VOLT 1270-2 WESTING. STY 1876094, TYPE EC-26 6A 101 REV 10 RLY(AUTOCLOSE) sv 24 EPD EA-11 E-154-1REV18, E-137-1,2 REV23,17; BUS 1C & BUS 11 UV & LOAD 127X-11 G.E. -12HFA151A42F EA-11 1
- E-248REV14, E-295-1,1A REV 17,6 SHED 25 EPD EA-12 E-154 SH.1 REV.18, E-154-2REV13, BUS 10 & 12 UV LOAD SHED 127X-21 G.E. -12HFA151A42F EA-12 4 E-247REV15, E-259-1 REV 17 RELAY 26 EPD EA-11 E-137 SH. REV22,SH.1A REV5;E-136 BKR 152-106 START TRANS 127X-5 WESTINGHOUSE-WL- EC-04 4 SH.1 REV 27, SH.2 REV 26 1-2 UV 793A221G01 27 EPD EA-12 E-132 SH.1 REV.22;E-132 SH.1A REV. UV AUX LOCKOUT RELAY 127X-6/C1-2 WESTINGHOUSE-WL EC-04 4 5;E-136 SH.1 REV.27 28 EPD EA-12 E-132 SH.1 REV.22;E-132 SH.1A REV. UV AUX LOCKOUT RELAY 127X-6/C3-4 WESTINGHOUSE-WL EC-04 4 5;E-136 SH.1 REV.27 29 EPD EA-11 E-248 REV14 BKR 152-111 SELECTOR 143-111/SS G.E. - CR2940 UN200F EC-03 3 SWITCH 30 EPD EA-11 E-154-1 REV 18, E-154-2A REV 3 BKR 152-103 STANDBY 144-103 G.E.-12HFA154E22F EA-11 1 SETUP RLY 31 EPD EA-11 E-259-1 REV 17, E-259-1A REV6 BKR 152-109 STANDBY CNTL 144-109 G.E.-12HFA154E187F EA-11 1 RELAY 32 EPD EA-11 E-248 REV14 BKR 152-111 144-111 G.E. -12HFA154E EA-11 1 33 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-112 CONTROL 144-112 G.E. -12HFA154 EC-13 4 RELAY 34 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-114 CONTROL 144-114 G.E. -12HFA154 EA-11 1 RELAY 35 EPD EA-11 E-259-1REV17, E-259-1A REV6 BKR 152-116 STANDBY CNTL 144-116 G.E. -12HFA154 EA-11 1 RLY 36 EPD EA-12 E-154 SH.1 REV.18 P-7A STANDBY SET-UP 144-204 G.E. -12HFA154E187F EA-12 1 RELAY 37 OHR P-7C E-154 SH.2 REV.13 SWS PP P-7C STANDBY SET- 144-205 G.E.-12HFA154E187F 1DSWGR 1 UPSW 38 EPD EA-12 E-247 REV.15 LP SIS PP P-67A RELAY 144-206 G.E. -12HFA154E187F 1DSWGR 4
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page3*
LOCATION NOTES 39 EPD EA-12 E-259-1 REV 17 BKR 152-208 P-528 144-208 G.E.-12HFA54E187F EA-12 1 CONTROLRLY 40 EPD EA-12 E-251-1 REV 14 BKR 152-210 P-54A CONT 144-210 G.E.-12HFA154E187F EA-12 1 RELAY 41 EPD EA-11 E-130-3 REV 6, E-151 REV 16 BKR 152-102 P-40A 150/151-102 X,Y,Z G.E. -121AC66K19A EA-11 1 OVERCURRLY 42 EPD EA-11 E-130-2 REV 4 BKR 152-1030VERCURRENT 150/151-103 X,Y,Z G.E. -121AC66K EA-11 1 RELAY 43 EPD EA-11 E-130-2 REV 4 BKR 152-104 OVERCURRENT ~50/151-104X,Y,Z G.E. -121AC66K EA-11 1 RELAY 44 EPD EA-11 E-130-3 REV6 BKR 152-108 SYD AUX O.C. 150/151-108 X,Y,Z G.E. -121AC53B EA-11 1 RELAY 45 EPD EA-11 E-130-2 REV 4 BKR 152-109 OVERCURRENT 150/151-109 X,Y,Z G.E. -121AC66K19A EA"11 1 RELAY 46 EPD EA-11 E-130-3 REV 6 BKR 152-110TRANS13 150/151-110 X,Y,Z G.E. - 121AC53B EA-11 1 OVERCURRY 47 EPD EA-11 E-130-2 REV 4 BKR 152-111 OVERCURRENT 150/151-111 X,Y,Z G.E. -121AC66K EA-11 1 RELAY 48 EPD EA-11 E-130-2 REV 4 BKR 152-112 OVERCURRENT 150/151-112 X,Y,Z G.E. -121AC66K EA-11 1 RELAY 49 EPD EA-11 E-130-2 REV 4 BKR 152-113 OVERCURRENT 150/151-113 X,Y,Z G.E. -121AC66K EA-11 1 RELAY 50 EPD EA-11 E-130-2 REV 4 BKR 152-114 OVERCURRENT 150/151-114X,Y,Z G.E. -121AC66K EA-11 1 RELAY 51 EPD EA-11 E-130-3 REV6 BKR 152-115XFORM#11 O.C. 150/151-115 X,Y,Z G.E. -121AC53B EA-11 1 RLY 52 EPD EA-11 E-130-2 REV 4 BKR 152-116 OVERCURRENT 150/151-116 X,Y,Z G.E. -121AC66K EA-11 1 RELAY 53 EPD EA-12 E-130 SH.3 REV.6 EX-12 OVERCURRENT 150/151-201 X,Y,Z G.E. -121AC53B104A 1DSWGR 1 RELAY 54 EPD EA-12 E-130 SH.2 REV.4&SH.3 REV.6&SH.4 OVERCURRENT RELAY 150/151-204X,Y,Z G.E. -121AC66K 1DSWGR 1 REV.3&SH.5 REV.6 55 EPD EA-12 E-130 SH.2 REV.4&SH.3 REV.6&SH.4 SER WTR PP P-7C OC 150/151-205 G.E. -121AC66K 1DSWGR 1 REV.3&SH.5 REV.6 RELAY 56 EPD EA-12 E-130-2 REV 4, E-130-3 REV6, E-130- BKR 152-206 LPSI P-67A O.C. 150/151-206X,Y,Z G.E. -121AC66K EA-12 1 4REV3 RY 57 EPD EA-12 E-130-2 REV 4, E-130-3 REV 6, E-130- BKR 152-207 HPSI P-66A O.C. 150/151-207 X,Y,Z G.E. -121AC66K EA-12 1 4,5 REV3,6 RY
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page4* LOCATION NOTES 58 EPD EA-12 E-130-2 REV 4, E-130-3 REV6, E-130- BKR 152-208 P-52B 150/151-208 X,Y,Z G.E. -121AC66K EA-12 1 4,5 REV3,6 OVERCUR RLY 59 EPD EA-12 E-130-2 REV 4, E-130-3 REV 6, E-130- BKR 152-208 P-8C OVERCUR 150/151-209 X,Y,Z G.E. -121AC66K EA-12 1 4,5 REV3,6 RLY 60 EPD EA-12 E-130-2 REV6, E-130-4 REV3, E-130- BKR 152-210 P-54A 150/151-210 X,Y,Z G.E. -121AC66K EA-12 1 5REV6 OVERCUR RLY S1 EPD EA-12 E-130-4 REV3 BKR 152-211 PR HTR 150/151-211 X,Y,Z G.E. -121AC53B EA-12 1 XFORM1SOC 62 EPD EA-11 E-130-3 REVS BKR 152-102 PRES HTR#15 150A/151A-102X,Y,Z G.E. -121AC538104A EA-11 1 OCRLY 63 EPD EA-11 E-130-3 REV6 BKR 152-110TRANSn 150A/151A-110X,Y,Z G.E. - 121AC53B EA-11 1 OVERCURRY 64 EPD EA-11 E-130-3 REVS BKR 152-115XFORM#190.C. 150A/151A-115X,Y,Z G.E. -121FC53B EA-11 1 RLY SS EPD EA-12 E-130 SH.3 REV.S EX-20 OVERCURRENT 1508/151 B-201X,Y,Z G.E. - 121 FC53BD1A EA-12 1 RELAY SS EPD EA-11 E-129 SH.1 REV 10, SH.1A REV 4;E-5 BKR 152-105 OVERCURRENT 151-105 X,Y,Z G.E. -121AC53A EA-11 1 SH.100 REV 1 PG 187; E-11 REV 21 RELAY S7 EPD EA-11 E-129 SH.1A REV 4, SH.1BREV3;E-11 BKR 152-1 OS OVERCURRENT 151-10S X,Y,Z G.E. - IAC53A EA-11 1 REV21; E-5 SH.100REV1 PG 187 RELAY S8 EPD EA-11 E-130-5 REV6, E-139-1 REV 29 BKR 152-107 OVERCURRENT 151-107 X,Y,Z G.E. - IAC53A EA-11 1 RELAY S9 EPD EA-12 E-129 SH.1 REV.10;E-129 SH.1A REV. 1D STARTUP FEEDER 151-202 X,Y,Z G.E. - IAC53A EA-12 1 4 OVERCURRENT 70 EPD EA-12 E-129 SH.1 REV.10 1D INCOMMING BRK 151-203 X,Y,Z G.E. -121AC53A101A EA-12 1 71 EPD EA-12 E-130-5 REVS, E-139-1 REV29 BKR 152-213 OVERCURRENT 151-213X,Y,Z G.E. - IAC53A EA-12 1 RELAY 72 EPD EA-11 E-130-2 REV 4, E-292 BKR 152-102 AUXILIARY 151X-102 G.E. -12HGA11A52 EA-11 2 RELAY 73 EPD EA-11 E-130-2 REV 4, E-292 BKR 152-103 AUXILIARY 151X-103 G.E. -12HGA11A52 EA-11 2 RELAY 74 EPD EA-11 E-130-2 REV 4, E-292 BKR 152-104AUXILIARY 151X-104 G.E. -12HGA11A52 EA-11 2 RELAY 75 EPD EA-11 E-129-1 REV 10, E-129-1A REV 4, E- BRK 152-105 & 152-106 AUX 151X-105 WESTINGHOUSE-WL EA-11 4 132-1 REV22, E-132-1A REVS RLY 7S EPD EA-11 E-130-2 REV 4 BKR 152-109 AUXILIARY 151X-109 G.E. - HGA11A52F EA-11 2 RELAY
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- NOTES 77 EPD EA-11 E-130-2 REV 4 BKR 152-111 AUXILIARY 151X-111 G.E. - HGA11A52F EA-11 2 RELAY 78 EPD EA-11 E-130-2 REV 4 BKR 152-112AUXILIARY 151X-112 G.E. -12HGA11A52 EA-11 2 RELAY 79 EPD EA-11 E-130-2 REV 4 8KR 152-113 AUXILIARY 151X-113 G.E. -12HGA EA-11 2 RELAY 80 EPD EA-11 E-130-2 REV 4 8KR 152-114AUXILIARY 151X-114 G.E.-HGA EA-11 2 RELAY 81 EPD EA-11 E-130-2 REV 4 8KR 152-116 AUXILIARY 151X-116 G.E. -12HGA111 EA-11 2 RELAY 82 EPD EA-12 E-129 SH.1 REV.10;E-129 SH.1A REV. BRK 152-203 AUX RELAY 151X-203 ALLIS CHALMERS 210 EA-12 2 4
83 EPD EA-12 E-130 SH.4 REV.3 8KR 152-204 151X-204 G.E. -12HGA11A52F EA-12 2 84 EPD EA-12 E-130 SH.4 REV.3 8RK 152-205 AUX RELAY 151X-205 G.E. -12HGA11A52F EA-12 2 85 EPD EA-12 E-130-4 REV 3 8KR 152-206 AUXILIARY 151X-206 G.E. -12HGA11A52F EA-12 2 RELAY 86 EPD EA-12 E-130-2 REV 4, E-130-3 REV 6, E-130- 8KR 152-207 AUXILIARY 151X-207 G.E. -12HGA11A52F EA-12 2 4,5 REV3,6 RELAY 87 EPD EA-12 E-130-2 REV 4, E-130-3 REV 6, E-130- BKR 152-208 AUXILIARY 151X-208 G.E. -12HGA11A52F EA-12 2 4,5REV3,6 RELAY 88 EPD EA-12 E-130-2 REV 4, E-130-3 REV 6, E-130- 8KR 152-209 AUXILIARY 151X-209 G.E. -12HGA11A52F EA-12 2 4,5 REV3,6 RELAY 89 EPD EA-12 E-130-2 REV 4, E-130-3 REV6, E-130- BKR 152-210 AUXILIARY 151X-210 G.E. -12HGA11A52F EA-12 2 4,5 REV3,6 RELAY 90 EPD EA-12 E-253-1, E-253-1A BKR 152-211 O.C. LOCKOUT 151X-211WL ALLIS CHALMERS 210 EA-12 3 RLY 91 EPD EA-11 E-253-1 REV 15 PRES HTR XFORM#15 RLY 151X-305/WL ALLIS CHALMERS 210 EA-13 3 92 EPD EA-11 E-3-1 REV 34, E-130-1,2REV13,4; E- P-40A DILUTION WATER 152-102 ALLIS CHALMERS MA-2508 EA-11 5A 151 REV 16 PUMP 93 EPD EA-11 E-151 REV 16 8KR 152-102 CONTROL 152-102/CS G.E.-S8M EC-126 3 SWITCH 94 EPD EA-11 E-130-1 REV 13 8KR 152-102 LOCAL 152-102/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 95 EPD EA-11 E-3-1 REV 34, E-130-1,2REV13,4; E- P-78 SERVICE WATER PUMP 152-103 ALLIS CHALMERS MA-2508 EA-11 3 154-1 REV 18 96 EPD EA-11 E-154-1 REV 18 BKR 152-103 CONTROL 152-103/CS G.E.-S8M EC-08 3 SWITCH
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- LOCATION NOTES 97 EPD EA-11 E-130-1 REV 13 BKR 152-103 LOCAL 152-103/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 98 EPD EA-11 E-130-1 REV 13, E-130-2 REV 4, E- P-8A AUX FEEDWATER 152-104 ALLIS CHALMERS MA-2506 EA-11 3 196-1REV12 PUMP 99 EPD EA-11 E-196-1 REV 12, E-196-2 REV 10, E- BKR 152-104 CONTROL 152-104/CS G.E.-SBM EC-01 3 196-3 REV3, E-196-5 REV6 SWITCH 100 EPD EA-11 E-130-1REV13, E-130-1A REVO BKR 152-104 LOCAL 152-104/CS-L SYTEK210 EA-11 3 HANDSWITCH 101 EPD EA-11 E-129-1 REV 10, E-129-1A REV 4, E- EA-11 STA PWR XFER 1-2 152-105 ALLIS CHALMERS MA-2508 EA-11 3 131-1 REV 19 BRK 102 EPD EA-11 E-131-1 REV 19, E-131-1A REV 4 8KR 152-105 CONTROL 152-105/CS G.E.-S8M EC-04 3 SWITCH 103 EPD EA-11 E-129-1 REV 10, E-129-1A REV 4 BKR 152-105 LOCAL 152-105/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 104 EPD EA-11 E-131-1 REV 19, E-131-1A REV 4 BKR 152-105 BLOCK TRIP 152-105/CSX G.E.-12HFA151A42H EJ-9400 4 AUX RLY 105 EPD EA-11 E-129-1A,1B REV 4,3; E-132-1,1A REV EA-11STARTUPXFER1-2 152-106 ALLIS CHALMERS MA-2506 EA-11 3 22,5 BKR 106 EPD EA-11 E-131-1 REV 19 8KR 152-105 MAN TRANS 152-106AA ALLIS CHALMERS MA-2508 EA-11 3 LIMITSW 107 EPD EA-11 E-132-1 REV22, E-132-1A REVS 8KR 152-106 CONTROL 152-106/CS G.E.-S8M EC-04 3 SWITCH 108 EPD EA-11 E-129-1 REV 10, E-129-1A REV 4 8KR 152-106 LOCAL 152-106/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 109 EPD EA-11 E-132-1 REV22, E-132-1A REV 5 8KR 152-106 AUXILIARY 152-106/CSX G.E. - HFA151 EJ-9400 4 RELAY 110 EPD EA-11 E-130-1 REV 13, E-5-100 K-6A DIESL GEN 1-1 152-107 ALLIS CHALMERS MA-2506 EA-11 3 INCOMIN BRK 111 EPD EA-11 E-139-1 REV 29, E-139-2REV15 BKR 152-107 CONTROL 152-107/CS G.E. - S8M10AA106 EC-04 3 SWITCH 112 EPD EA-11 E-130-1 REV 13, E-139-1 REV 29, E- 8KR 152-107 LOCAL 152-107/CS-L G.E.-S8M EA-11 3 139-2REV15 CONTROL SW 113 EPD EA-11 E-130-1 REV 13 BKR 152-107 LOCAL 152-107/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 114 EPD EA-11 E-130-1REV13, E-130-3 REV6, E- SYD AUX POWER 152-108 ALLIS CHALMERS MA-2508 EA-11 3 133-1REV10 XFORMER#2 8KR 115 EPD EA-11 E-133-1 REV 10 BKR 152-108 CONTROL 152-108/CS G.E.-SBM EC-04 3 SWITCH
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page7* LOCATION NOTES 116 EPD EA-11 .E-130-1 REV 13 BKR 152-108 LOCAL 152-108/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 117 EPD EA-11 E-130-1 REV 13, E-130-2 REV 4, E- P-52A COMP COOLING PUMP 152-109 ALLIS CHALMERS MA-2508 EA-11 3 259-1,1A REV 17,6 BKR 118 EPD EA-11 E-259-1REV17, E-259-1A REV6 BKR 152-109 CONTROL 152-109/CS G.E.-SBM EC-08 3 SWITCH 119 EPD EA-11 E-130-1 REV 13 BKR 152-109 LOCAL 152-109/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 120 EPD EA-11 E-130-1 REV 13, E-130-3 REV6, E- STATION POWER TRANS. 152-110 ALLIS CHALMERS MA-2508 EA-11 3 133-1 REV 10 #13&n 121 EPD EA-11 E-133-1 REV 10 BKR 152-110 CONTROL 152-110/CS G.E.-SBM EC-04 3 SWITCH 122 EPD EA-11 E-130-1 REV 13 BKR 152-110 LOCAL 152-11 O/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 123 EPD EA-11 E-130-1 REV 13, E-130-2 REV 4, E-248 P-67B LOW PRESSURE S.I. 152-111 ALLIS CHALMERS MA-2508 EA-11 3 REV14 124 EPD EA-11 E-247REV15, E-248REV14 BKR 152-111 CONTROL 152-111/CS G.E. -SBM EC-03 3 SWITCH 125 EPD EA-11 E-130-1 REV 13 BKR 152-111 LOCAL 152-111/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 126 EPD EA-11 E-130-1,2REV13,4; E-251-1,1A REV P-54B CONTAINMENT SPRAY 152-112 ALLIS CHALMERS MA-2508 EA-11 3 14,4 PUMP 127 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-112CONTROL 152-112/CS G.E.-SBM EA-11 3 SWITCH 128 EPD EA-11 E-130-1 REV 13 BKR 152-112 LOCAL 152-112/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 129 EPD EA-11 E-130-1 REV 13, E-130-2 REV 4, E-249 P-66B HIGH PRESSURE S.I. 152-113 ALLIS CHALMERS MA-2508 EA-11 3 REV13 PUMP 130 EPD EA-11 E-249REV13 BKR 152-113 CONTROL 152-113/CS G.E.-SBM EC-03 3 SWITCH 131 EPD EA-11 E-130-1 REV 13 BKR 152-113 LOCAL 152-113/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 132 EPD EA-11 E-130-1,2REV13,4; E-251-1,1A REV P-54C CONTAINMENT 152-114 ALLIS CHALMERS MA-2508 EA-11 3 13,4 SPRAY PUMP 133 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-114 CONTROL 152-114/CS G.E.-SBM EC-03 3 SWITCH 134 EPD EA-11 E-130-1 REV 13 BKR 152-114 LOCAL 152-114/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH
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- CONTACT/CONTACT GROUP RELAY ID TYPE Page8*
LOCATION NOTES 135 EPD EA-11 E-130-1REV13, E-130-3 REVS, E- STATION POWER XFORM#11 152-115 ALLIS CHALMERS MA-250B EA-11 3 133-1REV10  136 EPD EA-11 E-133-1 REV 10 BKR 152-115 CONTROL 152-115/CS G.E.-SBM EC-04 3 SWITCH 137 EPD EA-11 E-130-1 REV 13 BKR 152-115 LOCAL 152-115/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 138 EPD EA-11 E:-130-1,2REV13,4; E-259-1,1A REV P-52C COMP COOLING 152-116 ALLIS CHALMERS MA-250B EA-11 3 17,1A -WATER PUMP 139 EPD EA-11 E-259-1 REV 17, E-259-1A REV 6 BKR 152-116 CONTROL 152-116/CS G.E.-SBM EA-11 3 SWITCH 140 EPD EA-11 E-130-1 REV 13 BKR 152-116 LOCAL 152-116/CS-L ALLIS CHALMERS 210 EA-11 3 HANDSWITCH 141 EPD EA-12 E-3 SH.1 REV.34;E-130 SH.1 REV. STATION XFMER EX-12/EX- 152-201 ALLIS CHALMERS MA-250B EA-12 ;3 13;E-133 SH.1 REV.10 20BRK 142 EPD EA-12 E-130-1 BKR 152-201 LOCAL 152-201/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 143 EPD EA-12 E-133 SH.1 REV.10 CONTROL SWITCH 152-201CS G.E.-SBM EC-04 3 144 EPD EA-12 E-3 SH.1 REV.34;E-129 SH.1 REV. BUS 1D STARTUP FEEDER 152-202 ALLIS CHALMERS MA-250B EA-12 3 10;E-132 SH.1 REV.22 BRK 145 EPD EA-12 E-132 S.1 REV.22;E-132 SH.1A REV.5 CONTROL SWITCH 152-202/CS G.E.-SBM EC-04 3 146 EPD EA-12 E-129-1 BKR 152-202 LOCAL 152-202/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 147 EPD EA-12 E-132 S.1 REV.22;E-132 SH.1A REV.5 1D FDR BRK DEAD BUS 152-202/CSX G.E. -12HFA151A42H EA-12 4 SWITCH 148 EPD EA-12 E-3 SH.1 REV.34;E-129 SH.1 REV10;E- ESG/STATION PWR FEEDER 152-203 ALLIS CHALMERS MA-250B EA-12 3 129 SH.1A REV.4 BRK 149 EPD EA-12 E-131 SH.1 REV.19;E-131 SH.1A REV. ESG/STATION PWR 152-203/CS G.E.-SBM EA-12 3 4 CONTROL SW 150 EPD EA-12 E-129-1 BKR 152-203 LOCAL 152-203/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 151 EPD EA-12 E-131 SH.1 REV.19;E-131 SH.1A REV. 1D SG/ST PWR DEAD BUS 152-203CSX G.E. - HFA151A EA-12 4 4 SW 152 EPD EA-12 E-3 SH.1 REV.34;E-130 SH.1 REV. SERVICE WTR PP P-7A BRK 152-204 ALLIS CHALMERS MA-250B EA-12 3 13;E-154 SH.1 REV.18 153 OHR P-7A E-154SH.1 REV.16 SWS PP P-7A MANUAL 152-204/CS G.E.-SBM EC-08 3 SWITCH
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page9*
LOCATION NOTES 154 EPD EA-12 E-130-1 BKR 152-204 LOCAL 152-204/CS-L ALLIS CHALMERS 210 *EA-12 3 HANDSWITCH 155 EPD EA-12 E-130 SH.1 REV.13;E-154 SH.1 REV.18 SER WTR PP P-7C BRK 152-205 ALLIS CHALMERS MA-2508 EA-12 3 156 OHR P-7C E-154 SH.1 REV.18;E-154 SH.2 REV.13 SWS PP P-7C MANUAL 152-205/CS G.E.-SBM EC-08 3 SWITCH 157 EPD EA-12 E-130-1 8KR 152-205 LOCAL 152-205/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 158 EPD EA-12 E-130 SH.1 REV.13&SH.1A REV.O&SH. LOW PRESS SIS PP P-67A 152-206 ALLIS CHALMERS MA-2508 EA-12 3 2 REV.4&SH.3 REV.6 8RK 159 EPD EA-12 E-247 REV.15 LOW PRESS SIS PP P-67A 152-206/CS G.E.-S8M EA-12 3 MAN SW 160 EPD EA-12 E-130-1 8KR 152-206 LOCAL 152-206/CS-L ALLIS CHALMERS 210 *EA-12 3 HANDSWITCH 161 EPD EA-12 E-249-1 REV 13 P-66A HI PRES SAFETY 152-207 ALLIS CHALMERS MA-2508 EA-12 3 INJECT 162 EPD EA-12 E-249-1 REV 13 8KR 152-207 P-66A HPSI 152-207/CS G.E.-S8M EA-12 3 CNTLSW 163 EPD EA-12 E-130-1 BKR 152-207 LOCAL 152-207/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 164 EPD EA-12 E-130-1,2,3,4,5,6; E-259-1 REV 17, E- P-528 COMPONENT 152-208 ALLIS CHALMERS MA-2508 EA-12 3 259-1A REV6 COOLING PUMP 165 EPD EA-12 E-259-1 REV 17 8KR 152-208 P-528 152-208/CS G.E.-S8M EA-12 3 CONTROL SW 166 EPD EA-12 E-130-1 8KR 152-208 LOCAL 152-208/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 167 EPD EA-12 E-130-1, 1A,2,3,4,5 REV 13,0,4,6,3,6; E- AUX FEEDWATER PUMP P- 152-209 ALLIS CHALMERS MA-2508 EA-12 3 196-8 REV7 8C8KR 168 OHR P-8C E-196 SH.10 REV.2;E-196 SH.12 REV.3 AUX FW PP P-8C CONTROL 152-209/CS G.E.-S8M EC-01 3 SWITCH 169 EPD EA-12 E-130-1A, E-196-10 8KR 152-209 LOCAL 152-209/CS-L SYTEK210 EA-12 3 HANDSWITCH 170 EPD EA-12 E-130-1,1A,2,3,4,5REV13,0,4,6,3,6; E- P-54A CONTAINMENT SPRAY 152-210 ALLIS CHALMERS MA-2508 EA-12 3 251-1 REV 14 8KR 171 EPD EA-12 E-251-1 REV 14 8KR 152-210 P-54A SWITCH 152-210/CS G.E.-SBM EA-12 3 172 EPD EA-12 E-130-1A 8KR 152-210 LOCAL 152-21 O/CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 10 NOTES 173 EPD EA-12 E-130-1, 1A,2,3,4,5 REV 13,0,4,6,3,6 PRES HTR TRANSF EX16 152-211 ALLIS CHALMERS MA-2508 EA-12 3 FEED BKR 174 EPD EA-12 E-253-1 REV 15 BKR 152-211 CONTROL 152-211/CS G.E.-SBM EA-12 3 SWITCH 175 EPD EA-12 E-130-1 BKR 152-211 LOCAL 152-211 /CS-L ALLIS CHALMERS 210 EA-12 3 HANDSWITCH 176 EPD EA-12 E-130-1 REV 13, E-5-100 K-6A INCOMING BREAKER 152-213 ALLIS CHALMERS MA-2508 EA-12 3 1n EPD EA-12 E-139-1 REV29, E-139-2REV15 BKR 152-213 CONTROL 152-213/CS G.E. - SBM10AA106 ,EC-04 3 SWITCH 178 EPD EA-12 E-130-1 REV 13, E-139-1 REV 29, E- BKR 152-213 LOCAL 152-213/CS-L G.E.-SBM EA-12 3 139-2REV15 CONTROL SW 179 EPD EA-13 E-130-1 REV 13, E-130-4 REV 3 BKR 152-305 PRES HTR EX- 152-305 ALLIS CHALMERS MA-250C EA-13 6G 15 FEE 180 EPD EA-11 E-253-1 REV 15, E-290-4 BKR 152-305 CONTROL 152-305/CS G.E. - SBM10AA106 EC-04 3 SWITCH 181 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-102 CNTL CKT 152/UV (152-102) G.E. - HGA11J52 EA-11 1 203-206 UNDERVOLT 182 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-103 CNTL CKT 152/UV (152-103) G.E. - HGA11J52 EA-11 1 203-206 UNDERVOLT 183 EPD EA-11 E-130-1 REV 13, E-130-1A REV 0, E BKR 152-104 CNTL CKT 152/UV (152-104) G.E. - HGA11J52 EA-11 1 100 REV 1 PAGE 203-206 UNDERVOLT 184 EPD EA-11 E-130-1 REV 13, E-5-100 REV 1 PAGE BKR 152-107 CNTL CKT 152/UV (152-107) G.E. - HGA11 EA-11 1 203-206 UNDERVOLT 185 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-108 CNTL CKT 152/UV (152-108) G.E. - HGA11J52 EA-11 1 203-206 UNDERVOLT 186 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-109 CNTL CKT 152/UV (152-109) G.E. - HGA11J52 EA-11 1 203-206 UNDERVOLT 187 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-109 CNTL CKT 152/UV (152-110) G.E. - HGA11J52 EA-11 1 203-206 UNDERVOLT 188 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-111 CNTL CKT 152/UV (152-111) G.E. -HGA11 EA-11 1 203-206 UNDERVOLT 189 EPD EA-11 E-130-1 REV 13 BKR 152-112 CNTL CKT 152/UV (152-112) G.E. - HGA11J52 EA-11 1 UNDERVOLT 190 EPD EA-11 E-130-1 REV 13 BKR 152-113 CNTL CKT 152/UV (152-113) G.E. - HGA11 J52 EA-11 1 UNDERVOLT 191 EPD EA-11 E-130-1 REV 13 BKR 152-114 CNTL CKT 152/UV (152-114) G.E. -HGA11 EA-11 1 UNDERVOLT
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 11 LOCATION NOTES 192 EPD EA-11 E-130-1 REV 13 BKR 152-115CNTLCKT 152/UV (152-115) G.E. - HGA11J52 EA-11 1 UNDERVOLT 193 EPD EA-11 E-130-1 REV 13 BKR 152-116CNTLCKT 152/UV (152-116) G.E. - HGA11J52 EA-11 1 UNDERVOLT 194 EPD EA-12 E-130 SH.1 REV.13;E-5 SH.55 REV.4 UNDER VOLTAGE RELAY .152/UV (152-201.) G.E. - HGA11J52 EA-12 1 195 EPD EA-12 E-130 SH.1 REV.13 BKR 152-204 CNTL CKT 152/UV (152-204) G.E. -HGA11J52 EA-12 1 UNDERVOLT 196 EPD EA-12 E-130 SH.1 REV.13;E-130 SH.1A REV. CONrL CIRCUIT UV RELAY 152/UV(152-205) G.E. - HGA11J52 EA-12 1 0 197 EPD EA-12 E-130 SH.1 REV.13;E-130 SH.1A REV. BKR 152-206 CNTL CKT *152/UV (152-206) G.E. - HGA11J52 EA-12 1 0 UNDERVOLT 198 EPD EA-12 E-130-1 REV 13, E-130-1A REVO BKR 152-207 CNTL CKT 152/UV (152-207) G.E. - HGA11J52 EA-12 1 UNDERVOLT 199 EPD EA-12 E-130-1 REV 13, E-130-1A REVO BKR 152-208 CNTL CKT 152/UV (152-208) G.E. - HGA11J52 EA-12 1 UNDERVOLT 200 EPD EA-12 E-130-1 REV 13, E-130-1A REVO BKR 152-209 CNTL CKT 152/UV (152-209) G.E. - HGA11J52 EA-12 1 UNDERVOLT 201 EPD EA-12 E-130-1 REV 13, E-130-1A REVO BKR 152-210 CNTL CKT 152/UV (152-210) G.E. - HGA11J52 EA-12 1 UNDERVOLT 202 EPD EA-12 E-130-1REV13, E-130-1A REVO BKR 152-211 CNTL CKT 152/UV (152-211) G.E. - HGA11 J52 EA-12 1 UNDERVOLT 203 EPD EA-12 E-130-1 REV 13 BKR 152-213 CNTL CKT 152/UV (152-213) G.E. - HGA11J52 EA-12 1 UNDERVOLT 204 EPD EA-11 E-196-1 REV 12, E-196-2REV10, E- BKR 152-104 P-8A 152X-104 G.E. -12HGA111J2 EC-01 1 196-6 REV3 AUTOSTART IND 205 EPD EA-11 E-131-1 REV 19, E-131-1A REV 4 BKR 152-105 OPEN 152X-105 G.E. -12HGA11J52 EC-04 4 AUXILIARY RLY 206 EPD EA-11 E-196-1 REV 12, E-196-4 REV 4, E- BKR 152-104 P-8A C-VALVE 152Y-104 G.E. -12HGA111J2 EJ-1005 4 196-6 REV3 TEST 207 RCPC M0-2087 E-154-1 R 18, E-210-1,3RV14,18; E- SIS & SEQUENCE LOADING 16-1 CLARK CONTROL 5U-10 EC-13 4 242-1R21, E-248R14, E-259-1,1A RV RELAY 17,6; 208 EPD EA-12 E-154-1 REV 16, E-247REV15, E-249- SIS & SEQUENCE LOADING 16-2 CLARK CONTROL 5U-10 EC-13 4 1 REV 13, E-259-1 REV 17 CKT-2 209 RCPC M0-2169 E-219-3REV15, E-241 REV 16, E-249 SIS & SEQUENCE LOADING 16-3 CLARK CONTROL 5U-10 EC-13 4 REV13 RELAY 210 RCPC M0-2140 E-154-2 REV 13, E-219-3 REV 15, E- SIS & SEQUENCE LOADING 16-4 CLARK CONTROL 5U-10 EC-13 4 241 REV16 RELAY
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 12 LOCATION NOTES 211 EPD EA-11 -E-131-1REV19, E-131-1A REV 4 BRK 152-105 TIME DELAY 162-1<>5 CONTROL PRODUCTS DIV.- EA-11 1 RELAY E7022PB 212 EPD EA-11 E--132-1 REV22, E-132-1A REVS BRK 152-106 TIME DELAY 162-106 CONTROL PRODUCTS DIV.- EA-11 1 RELAY E7022PB 213 EPD EA-11 E-139-1 REV29 BKR 152-107 TIME DELAY 162-107 *CONTROL PRODUCTS DIV.- EA-11 1 RELAY E7012 214 EPD EA-11 E-139-1 REV29 BKR 152-107 CLOSE 162-107X WESTINGHOUSE-SG EA-11 61 PERMISSIVE 215 EPD EA-11 E-137 SH.1 REV 23, SH.2B REV 4 EA-11 TIME DELAY RELAY 162-153 ITETYPE62K EJ-9400 3 216 EPD EA-11 E-131-1,1A REV 19,4; E-132-1,1A REV EA-11 TIME DELAY AUX 162-1~X1 G.E. -12HFA151A42H EJ-9400 4 22,5; E-137~1,2A REV23,5 RELAY 217 EPD EA-12 E-131 SH.1 REV.19;E-131 SH.1A REV. 10 TIME DELAY AUX RELAY 162-154-X1 G.E. -12HFA151A42H EA-12 4 4, E-137 SH.1 REV.8;E-136 SH.1A 218 EPD EA-12 E-132 SH.1 REV.22 TIME DELAY RELAY 162-202 CONTROL PROD. 7022PB EA-12 1 219 EPD EA-12 E-131 SH.1 REV.19;E-131 SH.1A REV. 10 INCOMMING BRK 162-203 CONTROL PROD. 7022PB EA-12 1 4
220 EPD EA-12 E-139-1 REV 29 BKR 152-213 TIME DELAY 162-213 CONTROL PRODUCTS DIV.- EA-12 1 RELAY 7012 221 EPD EA-12 E-139-1 REV 29 BKR 152-213 CLOSE 162-213X WESTINGHOUSE-SG EA-12 61 PERMISSIVE 222 EPD EA-11 E-136 SH.1 REV27 XFER 1-2 TIME DELAY RELAY 162-5 CONTROL PRODUCTS DIV.- EC-Oi 4 E7012 223 EPD E.A-12 E-136 SH.1 REV.27 UV AUX RELAY 162-6 CONTROL PROO. 7012PA EC-Oi 1 224 EPD K-6A E-140-3REV12, M-12-16REV11, M- K-6A GOVERNOR SETPT SW 165-01/CS (GSR) G.E. - SBM10AC871 EC-Oi 3 201-63 REV 33 225 EPD K-6B E-140-3REV12, M-201-62 REV K-6B GOVERNOR SETPOINT 165-02/CS G.E. - SBM10AC871 EC-Oi 3 SWITCH 226 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR152-112,114 SIS TEST 169-L G.E. -12HFA151 EC-13 4
. CNTSP 227 EPD EA-12 E-251-1 REV 14 BKR 152-210 SIS TEST/CONT 169-R G.E. -12HFA151A49H EC-13 4 SPRA 228 EPD EA-11 E-131-1 REV 19, E-131-1A REV 4 BRK 152-105 ALARM RELAY 174-105 CONTROL PRODUCTS DIV.- EA-11 1 E7012PA 229 EPD EA-11 E-131-1 REV 19, E-131-1A REV 4 BKR 152-105 CONTROL PWR 174-A11/307 POTTER & BRUMFIELD- EA-11 1 u.v. KAP5DG 230 EPD EA-11 E-139-1 REV29 BKR 152-107 LOCKOUT 186-107 G.E: -12HFA154E187F EA-11 1 RELAY
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 13 LOCATION NOTES 231 EPD EA-12 E-139-1 REV29 BKR 152-213 LOCKOUT 186-213 G.E.-12HFA154E187F EA-12 1 RELAY 232 EPD EA-11 E-130-5 REV6, E-139-1 REV29 BKR 152-107 DIFFERENTIAL 1870-107/X,Y,Z G.E. - IJD52A EA-11 6H RELAY 233 EPD EA-12 E-130-5 REV6, E-139-1 REV29 BKR 152-213 DIFFERENTIAL 1870-213/X,Y,Z G.E. - IJD52A EA-12 6H RELAY 234 EPD K-6A E-140-3REV12, M-12-98(1) REV 15, K-6A VOLT. REG.-MAN/AUTO 190-01/CS (MAS) G.E. - SBM10AA052 EC-04L 3 M-201-63 REV 33 SW 235 EPD K-6B E-140-3REV12, M-12-105(1) REV 10 K-6B VOLTAGE REGULATOR 190-02/CS G.E. - SBM1 OAA052 EC-04 3
-MAS 236 EPD EA-11 E-133-1 REV 10, E-137-1 REV 23, E- BUS 1C & LOAD SHED 194-108 CLARK CONTROLJALLIS EA-11 6F 137-2 REV 17, E-151 REV 16, E-196-1 CHALMERS REV12 237 EPD EA-12 E-154 SH.2 REV.13 P-7C STANDBY SETUP 194-205 G.E.-12HFA154E187F EA-12 1 RELAY 238 EPD EA-12 E-154-1,2REV18,13;E-247REV15;E- BUS 1D & LOAD SHED 194-211 CLARKCNTLJA.C.14-237-012- EA-12 6F 249-1 REV 13;E-251-1 REV 14;E-259-1 511 REV17 239 EPD EA-11 E-151REV16 BKR 152-102 START PWR LD 194-41 G.E. - HFA151 EJ-541 4 SHED 240 EPD EA-11 E-151 REV 16 BKR 152-102 START PWR LO 194-42 G.E. - HFA151 EJ-541 4 SHED 241 HVAC SV-1651 E-270 SH.7 REV.3 TDPU TIMING RELAY FOR 1TR CONTROL PRODUCTS DIV.- EJ-1089 4 SV-1651 7014AD 242 HVAC SV-1652 E-270 SH.7 REV.3 TDPU TIMING RELAY FOR 1TR CONTROL PRODUCTS DIV.- EJ-1088 4 SV-1652 7014AD 243 EPD EA-12 E-131-1 REV19, E-132-1 REV22, E- SYNCHRO-CHECK RELAY 25 WESTINGHOUSE-CVE EC-04 1 139-1 REV 29, E-10REV16 1957989 244 EPD ED-06; EY-10 E-8 SH.2 REV.25 PERF AC BUS 1 UV RELAY 27-1 ELECTRONIC DEVELOP AS67V CSRM 2 EY-10 245 EPD ED-07; EY-20 E-8 SH.2 REV.25 PERF AC BUS 2 UV RELAY 27-2 ELECTRONIC DEVELOP AS67V CSRM 2 EY-20 246 EPD ED-08; EY-30 E-8 SH.2 REV.25 PERF AC BUS 3 UV RELAY 27-3 ELECTRONIC DEVELOP AS67V CSRM 2 EY-30 247 EPD ED-09; EY-40 E-8 SH.2 REV.25 PERF AC BUS 4 UV RELAY 27-4 ELECTRONIC DEVELOP AS67V CSRM 2 EY-40 248 HVAC SV-1675,76A&B;1 E-270 SH.7 REV.3 TIMING RELAY 2TR CONTROL PRODUCTS DIV.- EJ-1089 4 7014AD
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 14 LOCATION NOTES 249 EPD EA-11 E-154-1 REV 18, E-154-2A REV 3, E- P-7B SEQUENCE DISPLAY 30-103 WESTINGHOU.SE-SG *EC-13 2 294-2REV12 RELAY 250 EPD EA-11 E-259-1 REV 17, E-259-1A REV 6 BKR 152-109 SEQ DISPLAY 30-109 WESTINGHOUSE- EC-13 2 RELAY SG293B255A20 251 EPD EA-11 E-248 REV14 BKR 152-111 LO PRES,S.I. 30-111 WESTINGHOUSE- EC-13 2 RELAY SG293B255A20 252 EPD K-6A E-136-1A,2 REV5,26; M-12-98(1) REV RELAY STARTS K-6A, CKT A 3060~1 G.E. -12HGA111J52 EC-04 4 15, M-201 -62 REV 34 253 EPD K-6B E-136-1A REV 5, E-136-2 REV 26, M- .RELAY STARTS K-6B, CKT B 3060-2 G;E. - HGA111J52 EC-04 4 12-105(1)REV 10 254 EPD K-6B E-136-1A REVS, E-136-2 REV26, M- RELAY STARTS K-6B, CKT A 3060-3 G.E. -12HGA111J52 EC-04 4 12-105(1) REV 10 255 EPD K-6A E-136-1A,2 REV 5,26; M-12-98(1) REV RELAY STARTS K-6A, CKT B 3060-4 G.E. -12HGA111J52 EC-04 4 15, M-201-62 REV 34 256 EPD EA-11 E-196-1REV12, E-196-2 REV10, E- BKR 152-104 P-BA START 34X/P8A G.E. -12HGA111J2 EJ-1005 4 196-3 REV3, E-196-6 REV3 RELAY 257 OHR P-BC E-196 SH.9 REV.9;E-196 SH.13 REV.1 START AUX FW PUMP P-BC 34X/P8C G.E. -12HGA111J2 EA-12 4 258 EPD EA-11 E-131-1,1A REV 19,4; E-132-1 REV 22, EA-11 XFER RELAY 383-11 G.E. -12HFA151A42H EC-04 4 E-136-1,2 REV27,26 259 EPD EA-11 E-136-1 REV27, E-139-1 REV29 . BKR 152-107 FAST XFER 383-11A G.E. -12HFA151A2H EC-04 4 TRIP RLY 260 EPD EA-12 E-131 SH.1 REV.19;E-131 SH.1A REV. BUS 1D TRANSFER SWITCH 383-12 G.E.-12HFA151A42H EC-04 4 4, E-136 SH.1 REV.28 261 EPD EA-12 E-136-1 REV27, E-139-1 REV29 BKR 152-213 FAST XFER 383-12A G.E. -12HFA151A2H EC-04 4 TRIP RLY 262 OHR SV-0779,80, 1,2,B, E-238 SH.2 REV.29;E-238 SH.1A REV. TURBINE TRIP LOCKOUT 386/AST WESTINGHOUSE-503A692G01 EC-04 4 5 RELAY 263 HVAC SV-1675,6A&B;-1 M-91 SH.37 , .AUX RELAY 3CR BRADLEY700 EJ-1127 4 264 HVAC SV-1659 E-270 SH.4 REV.2;E-270 SH.4A REV.1 AUX TO OPEN OUTSIDE AIR 3X-1 G.E. - HGA111 EJ-1003 4 DAMPER 265 HVAC SV-1659 E-270 SH.4 REV.2;E-270 SH.4A REV.1 OUTSIDE AIR DAMP, PURG 3X-11 G.E. - HGA111 EJ-1003 4 FAN AUX 266 HVAC SV-1659 E-270 SH.4 REV.2;E-270 SH.4A REV.1 V-26A EMERG OPERATING 3X-17 G.E. - HGA111 EJ-1003 4 AUX 267 HVAC SV-1663 E-271 SH.12 REY.1 RECIRC DAMP D-3 PURGE 3X-25 G.E. - HGA111 EJ-1003 4 CLOSE
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 15 LOCATION NOTES 268 HVAC VC-11 E-270 SH.7 REV.3;E-82 VC-10& VC-11 START AUX 3X-3 G.E. - HGA111 EJ-1003 4 RELAY 269 OHR P-8C E-196 SH.3 REV. AUX FW PP P-8B & C AUTO 3X-3/P8A AMERACE EGPD002 EJ-1005 4 START 270 HVAC V-26A E-270 SH.3 REV.1 ;E-271 SH.3 REV. START PERMISSIVE RELAY 3X-7 G.E. - HGA111 EJ-1003 4 2&SH.4*REV.O;E-82 *V~26A 271 HVAC V-26A E-270 SH.12 REV.2;E-271 SH.4 REV. .V-26A HTR COIL START AUX 3X-9 G.E. -HGA111 EJ-1003 4 O;E-82 RELAY 272 HVAC V-268 E-270 SH.12 REV.2;E-271 SH.4 REV. V-268 HTR COIL START AUX 3Y-10 G.E. -HGA111 EJ-1002 4 O;E-82 RELAY 273 HVAC SV-1660 E-270 SH.4 REV.2;E271 SH.9 REV.O;E- OUTSIDE AIR DAMP, PURG 3Y-12 G.E. - HGA111 EJ-1002 4 271 SH.12 REV.1 FAN AUX 274 HVAC SV-1660 E-270 SH.4 REV.2;E271 SH.9 REV.O;E- V-268 EMERG OPERATING 3Y-18 G.E. - HGA111 EJ-1002 4 271 SH.12 REV.1 AUX 27S HVAC SV-1660 E-270 SH.4 REV.2;E271 SH.9 REV.O;E- AUX TO OPEN OUTSIDE AIR 3Y-2 G.E. - HGA111 EJ-1002 4 271 SH.12 REV.1 DAMPER 276 HVAC SV-1664 E-271 SH.12 REV.1 RECIRC DAMP D-10 PURGE 3Y-26 G.E. - HGA111 EJ-1002 4 CLOSE 2n HVAC VC-10 E-270 SH.7 REV.3;E-82 VC-10& VC-11 START AUX 3Y-4 G.E. - HGA111 EJ-1002 4 RELAY 278 HVAC V-268 E-270 SH.3 REV.1 ;E-271 SH.3 REV. START PERMISSIVE RELAY 3Y-8 G.E. -HGA111 EJ-1002 4 2&SH.4 REV.O;E-82 V-26B 279 RRC 42-1/RPS E-212 SH.1 REV.9 CONTROL ROD CLUTCH 42-1/RPS WESTINGHOUSE-37SD649G04 CSRM 3 BREAKER 280 EPD EB-01 VEN E-7 SH.10 REV.23 STARTER 42-113 C-H 9586H6281 G CSRM 4 281 EPD K-6A E-140-1A REV2, M-12-96 REVOG, M- K-6A LUBE OIL HEATER 42-116A G.E. - CR106D002AAA1 EG-21 2 12-97 REVS 282 EPD K-6A E-140-1A REV2, M-12-96 REVOG, M- K-6A JACKET WATER 42-116B G.E. - CR105D002AAA1 EG-21 2 12-97 REVS HEATERS 283 EPD K-6A E-140-1A REV 2, M-12-96 REV OG, M- K-6A AIR COMPRESSOR 42-116C G.E. - CR106C002XAA1 EG-21 2 12-97 REV5 MOTOR 284 EPD K-6A E-140-1A REV 2, M-12-96 REV OG, M- K-6A LUBE OIL PRIM PUMP 42-1160 G.E. - CR106COOOXAAT EG-21 2 12-97 REVS CONTAC 285 EPD K-6A M-12-18(2) REV 5, M-12-96 REV OG K-6A CRANK EXH MOTORS 42-116E G.E. -CR106B002XAA1 EG-21 2 CONTAC 286 EPD VEN E-7 SH.10 REV.23 STARTER 42-117 C-H 9586H6492G EB-01 4
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 16 NOTES 287 EPD VEN E-7 SH.10 REV.23 STARTER 42-123 C-H 9586H6990G EB-01 4 288 EPD VEN E-7 SH.10 REV.23 STARTER 42-127 C-H 9586H EB-01 4 289 RCPC M0-2169 E-241 REV.16 BORIC ACID VLV M0-2169 42-127/CS1 MICROSWITCH-PT EC-02 3 SWITCH 290 RCPC M0-2169 E-241 REV.16 BORIC ACID VLV M0"2169 42-127/CS2 MICROSWITCH-PT EC-33 3 SWITCH 291 EPD VEN E-7 SH.10 REV.23 STARTER 42-131 .C-H 9586H6281 EB-01 4 292 EPD VEN E-7 SH.10 REV.23 STARTER 42-133 C-H 9586H6281 EB-01 4 293 EPD VEN E-7 SH.10 REV.23 STARTER 42-137 C-H 9656H158A EB-01 4 294 EPD VEN E-7 SH.10 REV.23 STARTER 42-141 C-HA50DNVO EB-01 4 295 EPD VEN E-7 SH.10 REV.23 STARTER 42-147 C-HA50DNVO EB-01 4 296 RCPC EH-0501A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1501 ITE961-C EB-15 4 CONTACTOR 297 RCPC EH-0501A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1501/CS G.E. -SBM EC-02 3 CONTROL SW 298 RCPC EH-0502A>F E-254 SH.1 REV.7 PRESSURIZER HEATERS 42-1502 ITE961-C EB-15 4 CONTACTOR 299 RCPC EH-0502>0505A> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42-1502/CS G.E.-SBM EC-02 3 CONTROL SW 300 RCPC EH-0503A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1503 ITE961-C EB-15 4 CONTACTOR 301 RCPC EH-0504A>F E-254SH.1 REV7 PRESSURIZER HEATERS 42-1504 ITE961-C EB-15 4 CONTACTOR 302 RCPC EH-0505A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1505 ITE 961-C EB-15 4 CONTACTOR 303 RCPC EH-0506A>F . E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1506 ITE961-C EB-15 4 CONTACTOR 304 RCPC EH-0506>051 OA> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42-1506/CS G.E.-SBM EC-02 3 CONTROL SW 305 RCPC EH-0507A>F E-254SH.1 REV7 PRESSURIZER HEATERS 42-1507 ITE961-C EB-15 ,4 CONTACTOR 306 RCPC EH-0508A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1508 ITE961-C EB-15 4 CONTACTOR 307 RCPC EH-0509A>F E-254.SH.1 REV 7 PRESSURIZER HEATERS 42-1509 ITE961-C EB-15 4 CONTACTOR
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 17 LOCATION NOTES 308 EPD VEN E-7 SH.10 REV.23 STARTER 42-151 C-H 9656H158A EB-01 4 309 RCPC EH-0510A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1510 ITE961-C .EB-15 4 CONTACTOR 310 EPD VEN E-7 SH.10 REV.23 STARTER 42-155 C-H 9586H6990G EB-01 4 311 EPD VEN E-7 SH.10 REV.23 STARTER 42-157 C-H 9656H158A El;l-01 4 312 RCPC EH-0601A>F E-254SH.1 REV7 PRESSURIZER HEATERS 42-1601 ITE961-C EB-16 4 CONTACTOR 313 RCPC EH-0601A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1601/CS G.E.-SBM EC-02 3 CONTROL SW 314 RCPC EH-0602A>F E-254SH.1 REV7 PRESSURIZER HEATERS 42-1602 ITE961-C EB-16 4 CONTACTOR 315 RCPC EH-0602>0605A> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42-1602/CS G.E.-SBM EC-02 3 CONTROL SW 316 RCPC EH-0603A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1603 ITE 961-C EB-16 4 CONTACTOR 317 RCPC EH-0604A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1604 ITE 961-C EB-16 4 CONTACTOR 318 RCPC EH-0605A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1605 ITE961-C EB-16 4 CONTACTOR 319 RCPC EH-0606A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1606 ITE961-C EB-16 4 CONTACTOR 320 RCPC EH-0606>061 OA> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42-1606/CS G.E.-SBM EC-02 3 CONTROL SW 321 RCPC EH-0607A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1607 ITE961-C EB-16 4 CONTACTOR 322 RCPC EH-0608A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1608 ITE 961-C EB-16 4 CONTACTOR 323 RCPC EH-0609A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1609 ITE961-C EB-16 4 CONTACTOR 324 EPD VEN E-7 SH.10 REV.23 STARTER 42-161 C-H 9656H158A EB-01 4 325 RCPC M0-2087 E-242 SH.1 REV.21 V C TANK OUTLET VLV MO- 42-161/CS1 G.E.-SBM EC-02 3 2087SW 326 RCPC M0-2087 E-242 SH.1 REV.21 V C TANK OUTLET VLV MO- 42-161/CS2 MICROSWITCH-PT EC-33 3 2087SW 327 RCPC EH-0610A>F E-254 SH.1 REV 7 PRESSURIZER HEATERS 42-1610 ITE961-C EB-16 4 CONTACTOR
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 18 LOCATION NOTES 328 EPD VEN E-7 SH.10 REV.23 STARTER 42-165 C-H 9586H6990G EB-01 4 329 EPD VEN E-7 SH.10 REV.23 STARTER 42-167 C-H 9656H158A EB-01 4 330 RCPC M0-3015 E-242 SH.3 REV.21 SHUTDN COOLG VLV MO- 42-167CS1 MICROSWITCH-PT .EC-02 3 3o15SW 331 RCPC M0-3015 E-242 SH.3 REV.21 SHUTDN COOLG VLV MO- 42-167CS2 MICROSWITCH-PT EC-33 3 3015SW 332 EPD VEN E-7 SH.10 REV.23 STARTER 42-171 C-H A10CNO EB-01 4 333 EPD VEN E-7 SH.10 REV.23 STARTER 42-173 C-H 9586H6990G EB-01 4 334 EPD VEN E-7 SH.10 REV.23;E-5 SH.1 REV. STARTER 42-183 C-H A10DNO EB-01 4 41 335 EPD VEN E-7 SH.10 REV.23 STARTER 42-187 C-H 9656H158A EB-01 4 336 RCPC M0-2170 E-241 REV.16 BORIC ACID VLV M0-2170 42-187/CS1 G.E. - CR2940US200A EC-13 3 SWITCH 337 RCPC M0-2170 E-241 REV.16 BORIC ACID VLV M0-2170 42-187/CS2 G.E. - CR2940UN200BJ EC-33 3 SWITCH 338 EPD VEN E-7 SH.10 REV.23 STARTER 42-191 C-H 9586H6355G EB-01 4 339 EPD VEN E-7 SH.10 REV.23 STARTER 42-197 C-H 9656H158A EB-01 4 340 RRC 42-2/RPS E-212 SH.1 REV.9 CONTROL ROD CLUTCH 42-2/RPS WESTINGHOUSE-375D649G04 CSRM 3 BREAKER 341 EPD EB-02 VEN E-7 SH.13 REV.27 STARTER 42-207 C-H 9656H158A CSRM 4 342 RCPC M0-2160 E-242 SH.1 REV.21 SIRW I CHARG PP VLV 42-207/CS1 MICROSWITCH-PT EC-02 3 CONTROL SW 343 RCPC . M0-2160 E-242 SH.1 REV.21 SIRW I CHARG PP VLV 42-207/CS2 MICROSWITCH-PT EC-33 3 CONTROL SW 344 EPD VEN E-7 SH.12 REV.8 STARTER 42-211 C-H 9568H6281 G EB-02 4 345 EPD VEN E-109 SH.13 REV.2B STARTER 42-2111 G.E. - CR206C022ABCNNUC EB-21 4 346 EPD VEN E-109 SH.13 REV.2B STARTER 42-2113 G.E. - CR209C022ABZDNUC EB-21 4 347 EPD VEN E-109 SH.13 REV.2B STARTER 42-2127 G.E. - CR209C022ARZDNUC EB-21 4 348 EPD VEN E-109 SH.13 REV.2B STARTER 42-2129 G.E. - CR209C022ABZDNUC EB-21 4 349 EPD VEN E-7 SH.12 REV.8 STARTER 42-213 C-H 9586H6281 G EB-02 4 350 EPD VEN E-109 SH.13 REV.2B STARTER 42-2137 G.E. - CR209C022ABZDNUC EB-21 4 351 EPD VEN E-109 SH.13 REV.2B STARTER 42-2139 G.E. - CR209C022ABZDNUC EB-21 4
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 19 NOTES 352 EPD K-6B E-140-1A REV2, M-12-103 REVOC, M- K-6B LUBE OIL HEATER 42-216A G.E. - CR106D002AAA1 EG-31 2 12-104REVOC 353 EPD K-6B E-140-1A REV 2, M-12-103 REV OC, M- K-6B JACKET WATER 42-216B G.E. - CR106D002AAA1 EG-31 2 12-104REVOC HEATERS 354 EPD K-6B ~-140-1A REV 2, M-12-103 REV OC, M- K-6B AIR COMPRESSOR 42-216C G.E. - CR106C002XAA1 EG-31 2 12-104REVOC MOTOR 355 EPD K-6B E-140-1A REV2, M-12-103 REVOC, M- K-6B LUBE OIL PRIMING 42-216D G.E. - CR106COOOXAAT EG-31 2 12-104 REV OC PUMP 356 EPD K-6B E-140-1AREV2, M-12-103 REVOC, M- K-6B CRANK CASE EXHAUST 42-216E G.E. - CR106B002XAA1 EG-31 2 12-104REVOC MOTOR 357 EPD VEN E-7 SH.12.REV.8 STARTER 42-217 C-H 9656H158A EB-02 4 358 RCPC M0-3072 E-242 SH.2 REV.12 CHARGING PUMP TO SIT 42-217/CS MICROSWITCH-PT EC-03 3 M0-3072 359 EPD EB-02 VEN E-7 SH.12 REV.8 STARTER 42-221 C-H 9586H6281 G EB-02 4 360 EPD EB-22 VEN E-109 SH.17 REV.2B STARTER 42-2213 G.E. - CR209C022ABZDNUC EB-22 4 361 EPD EB-22 VEN E-109 SH.17 REV.2B STARTER 42-2227 G.E. - CR209C022ABZDNUC EB-22 4 362 EPD EB-22 VEN E-109 SH.17 REV.2B STARTER 42-2229 G.E. - CR209C022ABZDNUC EB-22 4 363 EPD EB-22 VEN E-109 SH.17 REV.2B STARTER 42-2237 G.E. - CR209C022ABZDNUC EB-22 4 364 EPD EB-22 VEN E-109 SH.17 REV.2B STARTER 42-2239 G.E. - CR209C022ABZDNUC EB-22 4 365 EPD VEN E-7 SH.12 REV.8 STARTER 42-227 C-H 9656H158A EB-02 4 366 RCPC M0-2140 E-241 REV.16 BORIC ACID PP FEED VLV 42-227/CS1 G.E. - CR2940US200A EC-02 3 SWITCH 367 RCPC M0-2140 E-241 REV.16 BORIC ACID PP FEED VLV 42-227/CS2 G.E. - CR2940UN200BJ EC-33 3 SWITCH 368 EPD VEN E-109 SH.21 REV.2B STARTER 42-2313 G.E. - CR209C022ABZDNUC EB-23 4 369 EPD VEN E-109 SH.21 REV.2B STARTER 42-2327 G.E. - CR209C022ABZDNUC EB-23 4 370 EPD VEN E-109 SH.21 REV.2B STARTER 42-2329 G.E. - CR209C022ABZDNUC EB-23 4 371 EPD VEN E-109 SH.21 REV.2B STARTER 42-2337 G.E. - CR209C022ABZDNUC EB-23 4 372 EPD VEN E-109 SH.21 REV.2B STARTER 42-2339 G.E. - CR209C022ABZDNUC EB-23 4 373 EPD VEN E-7 SH.12 REV.8 STARTER 42-237 C-H 9656H158A EB-02 4 374 EPD VEN E-7 SH.12 REV.8 STARTER 42-241 C-H 9656H158A EB-02 4 375 EPD VEN E-109 SH.25 REV.2B STARTER 42-2411 G.E. - CR209C022ABCNNUC EB-24 4
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page20*
LOCATION NOTES 376 EPD VEN E-109 SH.25 REV.2B STARTER 42-2413 G.E. - CR209C022ABZDNUC EB-24 4 377 EPD E-109 SH.44 STARTER 42-2425 G.E. - DD304A3636P015 EB-24 4 37a. EPD K-6B E-280-1 REV 9 K-6B FAN V-24C CONTROL 42-2425/CS G.E. - CR2940 K-6B 3 SW 379 EPD VEN E-109 SH.25 REV.2B STARTER 42-2427 G.E. - CR209C022ABZDNUC EB-24 4 380 EPD VEN E-109 SH.25 REV.2B STARTER 42-2429 G.E. - CR209C022ABZDNUC EB-24 4 381 EPD VEN E-109 SH.25 REV.28 STARTER 42-2435 G.E. - DD304A3636P015 EB-24 4 382 EPD K-6B E-280-1 REV 9 K-6B FAN V-240 CONTROL 42-2435/CS G.E. - CR2940 K-6B 3 SW 383 EPD VEN E-109 SH.25 REV.2B STARTER 42-2437 G.E. - CR209C022ABZDNUC EB-24 4 384 EPD VEN E-109 SH.25 REV.2B . STARTER 42-2439 G.E. - CR209C022ABZDNUC EB-24 4 385 EPD VEN E-7 SH.12 REV.a STARTER 42-245 C-H 9586H6990G EB-24 4 386 EPD VEN E-7 SH.12 REV.a STARTER 42-247 C-HASODNVO EB-24 4 387 EPD VEN E-7 SH.12 REV.a STARTER 42-251 C-HA50DNVO EB-02 4 388 EPD E-5 SH.SC REV.6;VEN E-110 SH.1 STARTER 42-2515 GOULDA213C EB-25 4 REV.40 389 EPO VEN E-110 SH.1 REV.40 STARTER 42-2524 GOULOA203F EB-25 4 390 EPO VEN E-110 SH.1 REV.40, E-242 SH.4 STARTER 42-2525 GOULOA213C EB-25 4 REV19 391 EPO VEN E-110 SH.1 REV.40 STARTER 42-2527 GOULDA203D EB-25 4 392 EPO VEN E-110 SH.1 REV.40 STARTER 42-2529 GOULDA203D EB-25 4 393 EPD VEN E-110 SH.1 REV.40 STARTER 42-2535 GOULDA203D EB-25 4 394 EPD K-6A E-2a0-1 REV 9 K-6A COOLING FAN V24A 42-2535/CS G.E. CR2940 K-6A 3 CNTLSW 395 EPD EB-25 VEN E-110 SH.1 REV.40 STARTER 42-2545 GOULDA203D EB-25 4 396 EPD K-6A E-280-1 REV9 K-6A COOLING FAN V24B 42-2545/CS G.E. CR2940 K-6A 3 CNTLSW 397 EPD EB-25 VEN E-110 SH.1 REV.40 STARTER 42-2549 GOULDA203C EEQRM 4 39a EPD EB-02 VEN E-7 SH.12 REV.a STARTER 42-255 C-H 9586H6990G EB-02 4 399 EPD EB-02 VEN E-7 SH.12 REV.a STARTER 42-257 C-H 9586H6990G EB-02 4 400 EPD . EB-02 VEN E-7 SH.13 REV.27 STARTER 42-261 C-H 9656H158A EB-02 4
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 21 LOCATION NOTES. 401 EPD VEN E-110(Q) SH.2 REV.1C STARTER 42-2615 ITEA213C EB-26 4 402 EPD VEN E-110(Q) SH.2 REV.1C STARTER 42-2624 GOULDA203F EB-26 4 403 EPD VEN E-110(Q) SH.2 REV.1C, E-242 SH. STARTER 42-2625 ITEA213C48 EB-26 4 4REV19 404 EPD VEN E-110(Q) SH.2 REV.1C STARTER 42-2627 ITEA203D EB-26 4 405 EPD VEN E-110(Q) SH.2 REV.1C STARTER 42-2629 ITEA203D EB-26 4 406 EPD VEN E-110(Q) SH.2 REV.1C STARTER 42-2649 ITEA203C EB-26 4 407 EPD VEN E-7 SH.13 REV.27 STARTER 42-267 C-H 9586H6355 EB-02 4 408 EPD VEN E-7 SH.13 REV.27 STARTER 42-271 C-H 9656H158A EB..02 4 409 EPD VEN E-7 SH.13 REV.27 STARTER 42-275 C-H 9586H6990G EB-02 4 410 EPD VEN E-7 SH.13 REV.27 STARTER 42-2n C-H 9586H6492G EB-02 4 411 EPD VEN E-7 SH.13 REV.27 STARTER 42-287 C-H 9586H6355G EB..02 4 412 RCPC P-56A E-203 REV.18 BORIC ACID PP P-56A 42-287/CS G.E. - SBM10AA106 EC-02 3 CONTLSW 413 EPD VEN E-7 SH.13 REV.27 STARTER 42-291 C-H A10CNO EB-02 4 414 EPD VEN E-7 SH.13 REV.27 STARTER 42-299 C-H 9586H6355G EB..02 4 415 EPD EB..07 E-5 SH.4 REV.22 STARTER 42-711 C-H 9586H6281 G RM-121 4 416 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-713 C-H 9586H6281 G RM-121 4 21 417 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-717 C-H 9586H6355G RM-121 4 21 418 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-723 C-H 9586H6990G RM-121 4 21 419 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-727 C-H 9568H6281 G RM-121 4 21 420 EPD EB..07 E-5 SH.4 REV:22;VEN E-7 SH.18 REV. STARTER 42-729 C-H 9586H6990G RM-121 4 21 421 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-731 C-H 9586H6990G RM-121 4 21 422 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-737 C-H 9586H6990G RM-121 4 21 423 EPD EB..07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-739 C-H 9586H6281 G RM-121 4 21
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page22* LOCATION NOTES 424 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-741 C-H 9586H6990G RM-121 4 21 425 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-743 C-H 9586H6281 G RM-121 4 21 426 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-747 C-H 9586H6281 G RM-121 4 21 427 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-749 C-H 9586H6281 G RM-121 4 21 428 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-751 C-H 9586H6990G RM-121 4 21 429 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-753 C-H 9586H6990G RM-121 4 21 430 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-757 C-H 9586H6990G RM-121 4 21 431 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-759 C-HA10CNO RM-121 4 21 432 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-761 C-H 9586H6281 G RM-121 4 21 433 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-763 C-H 9586H6990G RM-121 4 21 434 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV: STARTER 42-771 C-H 9586H6990G RM-121 4 21 435 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-773 C-H 9586H6281 G RM-121 4 21 436 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-775 C-H 9586H6990G RM-121 4 21 437 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. STARTER 42-m C-H 9586H6355G RM-121 4 21 438 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-811 C-H 9586H6990G RM-121 4 439 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-813 C-H 9586H6990G RM-121 4 440 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-817 C-H 9586H6355G RM-121 4 441 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-823 C-H 9586H6281 G RM-121 4 442 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-827 C-H 9586H6990G RM-121 4 443 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-829 C-H 9586H6990G RM-121 4 444 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-831 C-H 9586H6281 G RM-121 4
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SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page23 LOCATION NOTES 445 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-833 C-H 9586H6281 G RM-121 4 446 .EPD EB-08 , < VEN E-7 SH.19 REV.24 STARTER 42-835 C-H 9586H6990G RM-121 4 447 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-837 C-H 9586H6990G .RM-121 4 448 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-839 C-H 9586H6281 G RM-121 4 449 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-841 C-H 9586H6990G RM-121 4 450 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-843 C-H 9586H6990G RM-121 4 451 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-845 C-H A10CNO RM-121 4 452 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-847 C-H 9586H6281 G RM-121 4 453 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-849 C-H 9586H6281G RM-121 4 454 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-851 C-H 9586H6281 G RM-121 4 455 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-853 C-H 9586H6990G - RM-121 4 456 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-857 C-HA1FNO RM-121 4 457 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-863 C-H 9586H6990G RM-121 4 458 EPD EB-08 VEN E-7 SH.19 REV.24 STARTER 42-867 C-H 9588H6990G RM-121 4 459 RCPC M0-2087 E-242 SH.1 REV.21 V C TANK OUTLET VLV MO- 42X-161 WESTINGHOUSE-SG EC-13 4 2087SW 460 RCPC EH-0502>0505A> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42X/1502 CUTLER-HAMMER P/N EB-15 4 CONTACTOR D26MR60A 461 RCPC EH-0506>051 OA> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42X/1506 CUTLER-HAMMER P/N EB-15 4 CONTACTOR D26MR60A 462 RCPC EH-0602>0605A> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42X/1602 CUTLER-HAMMER P/N EB-16 4 CONTACTOR D26MR60A 463 RCPC EH-0606>061 OA> E-254 SH.1 REV 7;E-254 SH.2 REV.9 PRESSURIZER HEATERS 42X/1606 CUTLER-HAMMER P/N EB-16 4 CONTACTOR D26MR60A 464 RCPC P-55C E-257 SH.2 REV.20 CHARGING PP P-55C 43-1105/SS G.E. - CR2940UB200A EC-12 3 SELECTOR SW 465 RCPC P-55B E-257 SH.1 REV.20 CHARGING PP P-55B 43-1206/SS G.E. - CR29400UB200A EC-12 3 SELECTOR SW 466 EPD EA-12 E-143 SH.1 REV.16 XFER 1-21 PROT LOCKOUT 486-12 G.E. - HGA111 EC-04 2 AUX 467 EPD EA-11 E-132-1 REV22, E-132-1A REVS, E- BKR 152-106AUX RLY START 486-12X G.E. - HGA111 EC-04 2 143-1 REV 15,E-143-2REV14 TRAN 468 EPD EA-12 E-117 SH.1A REV.6;E-132 SH.1 REV. BRK 152-202 LOCKOUT AUX 486B-X/R G.E. -12HFA151A42H EC-04 2 22 RELAY
05/16/95 NO. SYSTEM SUBSYSTEM COMPONENT. REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page24 LOCATION NOTES 469 RCPC SV-3030A;SV-303 E-246 SH.1 REV.15 SIRW TK LEVEL CONTROL 4L1 G.E. -12HFA151A42H EC-13 4 VLVCKT1 470 RCPC SV-3029A & SV-3 E-246-1 SIRW TK LEVEL CONTR VLV 4L2 G.E. -12HFA151A42H EC-13 4 CKT2 471 RCPC SV-3030A;SV-303 E-21~ SH.1 REV.10, E-246 SH.1 REV. BKR 152-111 SIRWTKLEVEL 4L3 G.E. -12HFA151A42H EC-13 4 15, E-248REV14 CNTL 472 EPO EA-12 E-219 SH.1 REV.10, E-247REV15 BKR 152-206 SIRW TK LVL 4L4 G.E. -12HFA151A42H EC-13 4 CIR#2 473 EPD EA-11 E-129-1 REV 10, E-129-1A REV 4 BKR 152-105 OVERCUR 51X/WL (152-105) ALLIS CHALMERS 210 EA-11 1 LOCKOUT 474 EPO EB-19 E-4 SH.2 REV.18;VEN E-111 SH.2 MCC #1 480V FEEDER 52-1006 ITE K-600S EEQRM 3 REV.4B 475 EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. BUS 11 FEEDER FROM 52-1102 ITE K-600 EB-11 3 11A XFMER EX-11 476 EPD EB-12 E-4SH.1 REV.31;E-135SH.1 REV.6 CLOSING INT~RLOCK 52-1102 (Cl) ITEL2 CSRM 3 4n EPD EB-07 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. MCC #7 FEEDER 52-1103 ITE K-600 EB-11 3 11A; E-134-1 REV 11 478 EPD EB-07 E-134-1 REV11 BKR 52-1103 CONTROL 52-1103/CS G.E.-SBM EC-04 3 SWITCH 479 EPD EB-11 E-4 SH.1 REV.31 ;VEN E.:S SH.2 REV. CHARGING PUMP P-55C 52-1105 ITE K-225 CSRM 3 11A 480 RCPC P-55C E-257 SH.2 REV.20 CHARGING PP P-55C 52-1105/CS G.E. -SBM10AA106 EC-02 3 CONTROL SW 481 EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. INST AIR COMPRESSOR C- 52-1106 ITE K-225 CSRM 3 11A 2A 482 EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. INST AIR COMPRESSOR C- 52-1107 ITE K-225 CSRM 3 11A 2C 483 EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. CNTMT COOLER RECIRC 52-1108 ITE K-225 CSRM 3 11A FANV-4A 484 EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. MAIN EXHAUST F~N V-6B 52-1111 ITE K-225 CSRM 3 11A 485 EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. MCC 21 & 23 480V FEEDER 52-1112 ITE K-225 CSRM 3 11A 486 EPD EB-21 E-134 SH.1 REV.11 . MCC # 21 & 23 CONTROL 52-1112/CS G.E.-SBM EC-04 3 SWITCH 487 .EPD EB-11 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. LC EB-11 & EB-12 TIE 52-1118 ITE K-1600 CSRM 3 11A BREAKER
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page25 LOCATION NOTES 488 EPD EB-12 E-4 SH.1
- REV.31 ;E-135 SH.1 REV.6 CLOSING INTERLOCK 52-1118 (Cl) ITEL2 CSRM 3 489 EPD EB-01 VEN E-7 SH.10 REV.23;E-S SH.1 REV. HI PRES SEAL OIL BACKUP S2-113 WESTINGHOUSE-FA3560M CSRM 3 41 PP P24 490 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. LIGHTING PNL L 02A S2-11S WESTINGHOUSE-FB3020 CSRM 3 41 491 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. DIG 1-1 AUX S2-116 WESTINGHOUSE- CSRM 3 41 FA3nD944G22 492 EPD K-6A E-140-1 REV 17, E-140-1A REV 2, M- K-6A LUBE OIL HEATER S2-116A G.E. - CR306DOOOAAJA EG-21 3 12-97 REVS CONTAC 493 EPD K-6A E-140-1 REV 17, E-140-1A REV 2, M- . K-6A JACKET WATER HEAT S2-116B G.E. - CR306DOOOAAJA EG-21 3 12-97REVS CONTAC 494 EPD K-6A E-140-1 REV17, E-140-1A REV2, M- K-6A AIR COMPRESSOR 52-116C G.E. - CR306COOOAAJA EG-21 3 12-97 REVS CONTAC 495, EPD K-6A E-140-1 REV 17, E-140-1A REV 2, M- K-6A LUBE OIL PRIM PUMP S2-116D G.E. - CR306COOODAJA EG-21 3 12-97 REVS CONTAC 496 EPD K-6A E-140-1 REV 17, E-140-1A REV 2, M- K-6A CRANKCASE S2-116E G.E. - CR306BOOOAAJA EG-21 3 12-97 REVS EXHAUSTERS 497 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. EMER TG BEARING OIL PP S2-117 *WESTINGHOUSE-FA31550M CSRM 3 41 P-27 498 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. FEED TO MCC #8 52-1201 ITE K-600 CSRM 3 11A;E-134SH.1 REV.11 499 EPD EB-08 E-134SH.1 REV.11 BRK52-1201 CONTROL 52-1201/CS G.E.-SBM EC-04 3 SWITCH 500 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. BUS 12 FEEDER FROM S2-1202 ITE K-1600 CSRM 3 11A;E-135 SH.1 REV.6 XFMER EX-12 501 EPD EB-12 E-4 SH.1 REV.31;VEN E-6 SH.2 REV. CHARGING PUMP P-55A 52-1205 ITE K-22S CSRM 3 11A 502 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. CHARGING PUMP P-55B 52-1206 ITE K-225 CSRM 3 11A 503 RCPC P-55B E-257 SH.1 REV.20 CHARGING PP P-55B S2-1206/CS G.E. -SBM10AA106 EC-02 3 CONTROL SW 504 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. INST AIR COMPRESSOR C- S2-1207 ITE K-22S CSRM 3 11A 2B 505 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. CNTMT COOLER RECIRC 52-1208 ITE K-22S CSRM 3 11A FAN V-1A 506 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. CNTMT COOLER RECIRC 52-1209 ITE K-225 CSRM 3 11A FAN V-2A
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 26 LOCATION NOTES 507 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. CNTMT COOLER RECIRC 52-1210 ITE K-225 CSRM 3 11A FAN V-3A 508 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. MCC 22 & 24 FEEDER 52-1214 ITE K-225 CSRM 3 11A, E-134SH.1 REV.11;E-6SH.21 REV.3 509 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. MAIN EXHAUST FAN V-6A 52-1215 ITE K-225 CSRM 3 11A 510 EPD EB-12 E-4 SH.1 REV.31 ;VEN E-6 SH.2 REV. LC EB-12TIE 52-1217 ITE K-1600 CSRM 3 11A;E-135 SH.1 REV.11 511 EPD EB-12 E-4 SH.1 REV.31 ;E-135 SH.1 REV.6 CLOSING INTERLOCK 52-1217 (Cl) ITEL2 CSRM 3 512 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. FUEL OIL TRANSFER PP P- 52-123 WESTINGHOUSE-FA3080M CSRM 3 41 18B 513 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. CRD TRANSFORMER #2 EX- 52-125 WESTINGHOUSE CSRM 3 41 46 514 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. LIGHTING PNL L 04A 52-126 WESTINGHOUSE-FB3070 CSRM 3 41 515 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. BORIC ACID GF STOP VLV 52-127 WESTINGHOUSE-FA3035M CSRM 3 41 M0-2169 516 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. ESG RM COOLER V-27A 52-131 WESTINGHOUSE-FA3560M CSRM 3 41 517 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. ESG RM COOLER V-27C 52-133 WESTINGHOUSE-FA3560M CSRM 3 41 518 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. HEATING BOILER 52-135 WESTINGHOUSE-3nD943G20 CSRM 3 41 519 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. FEED WATER CONTROL PNL 52-136 WESTINGHOUSE-FA3020 CSRM 3 41 EC-28 520 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. HI PRESS INJECTION VLV 52-137 WESTINGHOUSE-FA3080M CSRM 3 41 M0-3007 521 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. LO PRESS INJECTION VLV 52-141 WESTINGHOUSE-FA3480MRL CSRM 3 41 M0-3008 522 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. INSTRUMENT AC TRANSF #1 52-145 WESTINGHOUSE-FB3050 CSRM 3 41 EX-21 523 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. STATION BATTERY 52-146 WESTINGHOUSE-FB3100 CSRM 3 41 CHARGER#1 524 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. LO PRESS INJECTION VLV 52-147 WESTINGHOUSE-FB3480MRL CSRM 3 41 M0-3010 525 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1501 ITE FJ3 M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page27* LOCATION NOTES 526 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1502 ITE FJ3 M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 527 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1503 ITE FJ3 M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 528 EPD EB-15 E-4 SH.;1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1504 ITE FJ3M125 RM-143 3 3A, E-254SH.1 REV7 BRK 529 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1505 ITE FJ3M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 530 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1506 ITE FJ3 M125 RM-143 3 3A, E-254SH.1 REV7 BRK 531 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1507 ITE FJ3 M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 532 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1508 ITE FJ3M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 533 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1509 ITE FJ3M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 534 EPD EB-01 VEN E~7 SH.10 REV.23;E-5 SH.1 REV. HI PRESS INJECTION VLV 52-151 WESTINGHOUSE-FA3080M CSRM 3 41 M0-3013 535 EPD EB-15 E-4 SH.1 REV.31 ;VEN E-8 SH.2 REV. PRESSURIZER HEATERS 52-1510 ITE FJ3M125 RM-143 3 3A, E-254 SH.1 REV 7 BRK 536 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. ESG RM SUMP PUMP P-728 52-155 WESTINGHOUSE-FA3035M CSRM 3 41 537 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. HI PRESS INJECTION VLV 52-157 WESTINGHOUSE-FA3080M CSRM 3 41 M0-3011 538 EPD EB-16 E-4 SH.1 REV.31;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1601 ITE FJ3 M125 RM-143 3 E-254 SH.1 REV 7 BRK 539 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1602 ITE FJ3 M125 RM-143 3 E-254 SH.1 REV 7 BRK 540 EPD EB-16 E-4 SH.1 REV:31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1603 ITE FJ3M125 RM-143 3 E-254 SH.1 REV 7 BRK 541 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1604 ITE FJ3 M125 RM-143 3 E-254SH.1 REV7 BRK 542 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1605 ITE FJ3 M125 RM-143 3 E-254 SH.1 REV 7 BRK 543 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1606 ITE FJ3M125 RM-143 3 E-254 SH.1 REV 7 BRK 544 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1607 ITE FJ3M125 RM-143 3 E-254 SH.1 REV 7 BRK
NO. 05/12195 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page28 LOCATION NOTES 545 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1608 ITE FJ3 M125 RM-143 3 E-254SH.1 REV7 BRK 546 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3,. PRESSURIZER HEATERS 52-.1609 ITE FJ3M125 RM-143 3 E-254 SH.1 REV 7 BRK 547 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. VOL CONTL TK OUTLET MO- 52-161 WESTINGHOUSE-FA3035M CSRM 3 41 2087 548 EPD EB-16 E-4 SH.1 REV.31 ;VEN E-8 SH.4 REV.3, PRESSURIZER HEATERS 52-1610 ITE FJ3 M125 RM-143 3 E-254 SH.1 REV 7 BRK 549 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. WESG RM SUMP PUMP P- 52-165 WESTINGHOUSE-FA3035M CSRM 3 41 73B 550 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. PRI LOOP SP COOLING MO- 52-167 WESTINGHOUSE-FA3190M CSRM 3 41 3015 551 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. SHIELD COOLING PP #2 P- 52-171 WESTINGHOUSE-FB3190MRL CSRM 3 41 77B 552 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. SIRW TANK RECIRC PUMP 52-173 WESTINGHOUSE-FA3035M CSRM 3 41 P-74 553 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. FREEZE PROT CONTL PNL 52-175 CUTLER-HAMMER CSRM 3 41 EC-145 554 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. HYDROGEN REMCOMBINER 52-176 WESTINGHOUSE-377D021 G23 CSRM 3 41 M69B 555 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. PEN ET & FAN RM SUPPLY 52-183 WESTINGHOUSE-FB348MRL CSRM 3 41 FAN V-78 556 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. LIGHTING PNL L-06 & L-06A 52-185 WESTINGHOUSE-FB3030 CSRM 3 41 557 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. STATION BATTERY 52-186 WESTINGHOUSE-FB3100 CSRM 3 41 CHARGER #4 D18 558 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. BORIC ACID G FEED VLV 52-187 WESTINGHOUSE-FA3035M CSRM 3 41 M0-2170 559 EPD EB-19 E-4SH.2 REV.18;VEN E-111 SH.2 MCC #25 480V FEEDER 52-1901 ITE K-600S EEQRM 3 REV.4B 560 EPD EB-25 E-134SH.1 REV.11 BRK52-1901 CONTROL 52-1901/CS G.E.-SBM EC-04 3 SWITCH 561 EPD EB-19 E-4SH.2REV.18;VEN E-111 SH.2 LC #19 480V FEEDER 52-1902 ITE K-600S EEQRM 3 REV.4B 562 EPD EB-01 E-4 SH.2 REV.18;E-134 SH.1 REV. MCC-1 FEEDER 52-1906 ITE K-600S EB-19 3 11;E-128 SH.1 REV.5 563 EPD EB-01 E-134 SH.1 REV.11 BKR 52-1906 CONTROL 52-1906/CS G.E.-SBM EC-04 3 SWITCH
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 29 NOTES 564 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. BORIC ACID PUMP P-56B 52-191 WESTINGHOUSE-1268C14G04 CSRM 3 41 565 EPD EB-01 VEN E-7 SH.10 REV.23;E-5 SH.1 REV. HI PRES INJECTION VLV MO- 52-197 WESTINGHOUSE-FA3080M CSRM 3 41 3009 566 EPD EB-20 WD950-E-1-A REV.1;VEN E-111 SH.1 MCC EB-26 FEEDER 52-2001 ITE K-1600S EEQRM 3 REV.5B, E-134 SH.1 REV.11 BREAKER 567 EPD EB-20 E-1171 SH.1 REV.21;VEN E-111 SH.1 480V MCC EB-20 INCOMMING 52-2002 ITE K-1600S EEQRM 3 REV.5B BRK 568 EPD EB-20 WD950-E-1-A REV.1;VEN E-111 SH.1 480V MCC EB-02 FEEDER 52-2006 ITE K-600S EEQRM 3 REV.5B, E-134 SH.1 REV.11;E-128 SH. BRK 1 REV.5 569 EPD EB-02 E-134SH.1 REV.11 BKR 52-2006 CONTROL 52-2006/CS G.E.-SBM EC-04 3 SWITCH 570 EPD EB-02 E-100 SH.1 REV.18;E-258 REV.7 HYDROGEN RECOMBINER 52-205 WESTINGHOUSE-FA3100 CSRM 3 M-69A 571 EPD EB-02 VEN E-7 SH.13 REV.27 SECURITY SYSTEM VITAL 52-206 G.E. -TED136125 CSRM 3 FEEDER 572 EPD EB-02 VEN E-7 SH.13 REV.27;E-100 SH.1 REFUEL WTR CHRG PP VLV 52-207 WESTINGHOUSE-FA3035M CSRM 3 REV.18;E-242 SH.1 REV.21 M0-2160 573 EPD EB-02 VEN E-7 SH.12 REV.8 ESG ROOM COOLER V-27B 52-211 WESTINGHOUSE-FA3560M CSRM 3 574 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 BATTERY RM EXHAUST FAN 52-2111 G.E. - TEC36003 CSRM 3 REV.2B V-15A 575 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 HPSI MODE SEL VLV MO- 52-2113 G.E. - TEC36007 CSRM 3 REV.2B 3081 576 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 CNTMT HYDROGEN MON. 52-2123 G.E. - TED134020 CSRM 3 REV.2B PNL C-161 5n EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 AUX FW E-50B ISO VLV MO- 52-2127 FE TEC36007 CSRM 3 REV.2B 0743 578 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 SI TK T-82A OUTLET VLV 52-2129 G.E. -TEC36015 CSRM 3 REV.2B M0-3041 579 EPD EB-02 VEN E-7 SH.12 REV.8 PENET & FAN RM'S EXH FAN 52-213 WESTINGHOUSE-FA3560 CSRM 3 V-79 580 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 TRANSFORMER EX-87 BRK 52-2133 G.E. - TED134050 CSRM 3 REV.2B 581 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 AUX FW E-50B ISO VLV MO- 52-2137 G.E. - TEC36007 CSRM 3 REV.2B 0755 582 EPD EB-21 E-5 SH.5B REV.8;VEN E-109 SH.13 LPSI VLV M0-3189 P-67B 52-2139 G.E. - TEC36007 CSRM 3 REV.2B SUCTION
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 30 LOCATION NOTES 583 EPD EB-02 VEN E-7 SH.12 REV.8 LIGHTING PANEL L-29 52-215 WESTINGHOUSE-FA3030 CSRM 3 584 EPD EB-02 VEN E-7 SH.12 REV.8 DIESEL GEN 1-2 AUX 52-216 WESTINGHOUSE-FB307Q CSRM 3 585 EPD K-6B E-140-1A REV2, M-12-1Q3 REV QC, M- K-6B LUBE OIL HEATER 52-216A G.E. - CR306DOOOAAJA EG-31 3 12-104 REV QC 586 EPD K-6B E-140-1A REV2, M-12-103 REV QC, M- K-6B LUBE JACK WATER 52-216B G.E. - CR306DOOOAAJA EG-31 3 12-104 REV QC HEAT CONT 587 EPD K-6B E-140-1A REV 2, M-12-1 Q3 REV QC, M- K-6B AIR COMPRESSOR 52-216C G.E. - CR306DOOOAAJA EG-31 3 12-104 REV QC CONTACTOR 588 EPD K-6B E-140-1A REV 2, M-12-103 REV QC, M- K-6B LUBE OIL PRIM PUMP 52-216D G.E. - CR306COOODAJA EG-31 3 12-104 REV QC CONTAC 589 EPD K-6B E-140-1A REV2, M-12-1Q3 REV QC, M- K-6B CRANKCASE 52-216E G.E. - CR306BOOOAAJA EG-31 3 12-104 REV QC EXHAUSTERS 590 EPD EB-02 VEN E-7 SH.12 REV.8 FEED TO STOP VLV M0-3072 52-217 WESTINGHOUSE-FA3035M CSRM 3 591 EPD EB-02 VEN E-7 SH.12 REV.8 ESG ROOM COOLER V-270 52-221 WESTINGHOUSE-FB3480MRL CSRM 3 S92 EPD EB-22 E-S SH.5B REV.8;E-244 SH.S REV.3;E- HPSI MODE SEL SW VLV MO- 52-2213 G.E. - TEC3600n 1DSWGR 3 244 SH.6 REV.4 3Q82 S93 EPD EB-22 E-5 SH.SB REV.8 AUX FW E-SQB ISO VLV MO- 52-2227 G.E. - TEC36007 1DSWGR 3 Q789 S94 EPD EB-22 E-S SH.SB REV.8;E-243 SH.1 REV.8 SIS TK T-82C DISCH VLV MO- 52-2229 WESTINGHOUSE-FA302SM 1DSWGR 3 3049 S95 EPD EB-22 E-S SH.SB REV.8;E-13 SH.2 REV.7;E- XFMER EX-2Q LIGHTING PNL 52-2234 G.E. -TED13407Q 1DSWGR 3 44 SH.11 Q REV.S EL-30 596 EPD EB-22 E-5 SH.SB REV.8, E-1174 SH.1 REV. AUX FW E-5QB ISO VLV MO- S2-2237 G.E. - TEC36007 1DSWGR 3 3;E-1174 SH.2 REV.1Q Q748 S97 EPD EB-22 E-S SH.SB REV.8;E-928 SH.13 REV. LPSI INLET VLV M0-3198 52-2239 G.E. - TEC36007 1DSWGR 3 2;E-244 SH.8&9 REV.11 S98 EPD EB-02 VEN E-7 SH.12 REV.8 STATION BATTERY S2-225 WESTINGHOUSE-FB3100 CSRM 3 CHARGER#2 599 EPD EB-02 VEN E-7 SH.12 REV.8 CRD TRANSF #1 S2-226 WESTINGHOUSE-FB3Q30 CSRM 3 600 EPD EB-02 VEN E-7 SH.12 REV.8 BORIC ACID PP FEED VLV S2-227 WESTINGHOUSE-FA3035M CSRM 3 M0-2140 6Q1 EPD EB-23 E-5 SH.5B REV.8;VEN E-109 SH.21 HPSI MODE SEL VLV MO- S2-2313 G.E. - TEC36007 CSRM 3 REV.2B 3Q83 6Q2 EPD EB-23 E-5 SH.5B REV.8;VEN E-1Q9 SH.21 1-E LIGHTING PANEL L-9014 S2-2323 G.E. - TED13402Q CSRM 3 REV.2B
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 31 LOCATION NOTES 603 EPD EB-23 E-5 ~H;5B REV.8;VEN E-109 SH.21 AUX FW E-50A ISO VLV MO- 52-2327 G.E. - TEC36007 CSRM 3 REV.2B 0753 604 EPD EB-23 E-5 SH.5B REV.8;VEN E-109 SH.21 SI TK T-82B OUTLET VLV 52-2329 G.E. -TEC36015 CSRM 3 REV.2B M0-3045 605 EPD EB-23 E-5 SH.5B REV.8;VEN E-109 SH.21 AUX FW E-50A ISO VLV MO- 52-2337 G.E. - TEC36007 CSRM 3 REV.2B 0759 606 EPD EB-23 E-5 SH.5B REV.8;VEN E-109 SH.21 MOV-3190 P-67B SUCTION 52-2339 G.E. - TEC36007 CSRM 3 REV.2B SHUTDN 607 EPD EB-02 VEN E-7 SH.12 REV,8 LIGHTING PANEL L-05A 52-235 WESTINGHOUSE-FB3020 CSRM 3 608 EPD EB-02 VEN E-7 SH.12 REV.8 INSTRUMENT AC MANUAL 52-236 WESTINGHOUSE-FB3050 CSRM 3 TRANSFER 609 EPD EB-02 VEN E-7 SH.12 REV.8 HI PRESS INJECTION VLV 52-237 WESTINGHOUSE-FA3080M CSRM 3 M0-3064 610 EPD EB-02 VEN E-7 SH.12 REV.8 HI PRES INJECTION VLV MO- 52-241 WESTINGHOUSE-FA3080M CSRM 3 3062 611 EPD EB-24 E-5 SH.5B REV.8;E-214 SH.2 REV.4 BATTERY RM EXHAUST FAN 52-2411 .G.E. - TEC36003 CSRM 3 V-15B 612 EPD EB-24 E-5 SH.5B REV.8;E-244 SH.5 REV.3;E- HPSI MODE SEL VLV MO- 52-2413 G.E. - TEC36007 CSRM 3 244 SH.6 REV.4 3080 613 EPD E8-24 E-5 SH.5B REV.8;E-928 SH.13 REV. H2 SAMPLE PUMP PNL C-162 52-2423 G.E. -TED134020 CSRM 3 2;E-928 SH.18 REV.6 614 EPD EB-24 E-5 SH.5B. REV.8;E-280 SH.1 REV.9 DG K-68 RM CL'G VENT FAN 52-2425 . G.E. - DD213A9893P011 CSRM 3 V-24C 615 EPD EB-24 E-5 SH.SB REV.8;E-1174 SH.1 REV.8 AUX FW E-50A ISO VLV MO- 52-2427 G.E. - TEC36007 CSRM 3 0760 616 EPD EB-24 E-5 SH.S8 REV.8;E-243 SH.1 REV.8 SI TK T-82D DISCH VLV MO- S2-2429 WESTINGHOUSE-FA3025M CSRM 3 3052 617 EPD ED-24 E-5 SH.SB REV.8;E-928 SH.13 REV. DIST. PNL EL-58 XFORMER S2-2433 G.E. -TED134050 CSRM 3 1;E-928 SH.18 REV.6 EX-88 618 EPD EB-24 E-5 SH.SB REV.8;E-280 SH.1 REV.9 DIG K-6B RM CL'G FAN V-24D S2-2435 G.E. - DD213A9893P011 CSRM 3 619 EPD EB-24 E-5 SH.SB REV.8;E-1174 SH.1 REV.8, AUX FW E-50A ISO VLV MO- 52-2437 G.E. - TEC36007 CSRM 3 E-1174 SH.2 REV.10 0754 620 EPD EB-24 E-5 SH.58 REV.8;E-928 SH.13 REV. SHUTDN COOLING VLV MO- 52-2439 G.E. - TEC36007 CSRM 3 1;E-244 SH.8 REV.10 3199 621 EPD EB-02 VEN E-7 SH.12 REV.8 W ESG SUMP PUMP P-73A S2-245 WESTINGHOUSE-FA3035M CSRM 3 622 EPD EB-02 VEN E-7 SH.12 REV.8 LO PRESS INJECTION VLV S2-247 WESTINGHOUSE-FB3480MRL CSRM 3 M0-3012
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 32 LOCATION NOTES 623 EPD EB-02 VEN E-7 SH.12 REV.8 . LO PRESS INJECTION VLV 52-251 . WESTINGHOUSE-FA3560M CSRM 3 M0-3014 624 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 FREEZE PROT CONTROL 52-2511 ITE 8015 EEQRM 3 REV.4D PNLC-190A 625 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 AFU VF-26A INLET DAMPER 52-2515 ITEA003 EEQRM 3 REV.4D D-7 626 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 AFU AF-26A HEATER 52-2523 ITEB030 EEQRM 3 REV.4D 627 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 CONDEN UNIT VC-11 FOR 52-2524 ITE225A EEQRM 3 REV.4D AHU V-95 628 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 PRESS RELIEF VLV MO- 52-2525 ITE HE3A010 EEQRM 3 REV.4D, E-242 SH.4 REV 19 1042A 629 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 AIR FILTER UNIT FAN V-26A 52-2527 *ITE L050 .. EEQRM 3
.REV.4D 630 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 AHU FANV-95 52-2529 ITE H050 EEQRM 3 REV.4D 631 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 DIG RM VENT FAN V-24A 52-2535 ITE L050 EEQRM 3 REV.4D 632 EPD EB-25 E-5 SH.5C REV:6;VEN E-110 SH.1 DIG RM VENT FAN V-24B 52-2545 ITE l050 EEQRM 3 REV.4D 633 EPD EB-25 E-5 SH.5C REV.6;VEN E-110 SH.1 AFU FAN V-26A MODUL 52-2549 ITEA005 EEQRM 3 REV.4D DAMP D-20 634 EPD EB-02 VEN E-7 SH.12 REV.8
- E ESG SUMP PUMP P-72A 52-255 WESTINGHOUSE-FA3035M CSRM 3 635 EPD EB-02 VEN E-7 SH.12 REV.8 HI PRESS INJECTION VLV 52-257 WESTINGHOUSE-FA3080M CSRM 3 M0-3066 636 EPD EB-02 VEN E-7 SH.13 REV.27 HI PRESS INJECTION VLV 52-261 WESTINGHOUSE-FA3080M CSRM 3 M0-3068 637 EPD EB-26 E-5 SH.5C REV.6;VEN E-110(Q) SH.2 FREEZE CONTROL PNL C- 52-2611 ITE 8015 EEQRM 3 REV.1C 1908 638 EPD EB-26 E-5 SH.5C REV.6;VEN E-11 O(Q) SH.2 AFU VF-268 INLET DAMPER 52-2615 ITEA003 EEQRM 3 REV.1C D-14 639 EPD EB-26 E-5 SH.5C REV.6;VEN E-11 O(Q) SH.2 AFU AF-26B HEATER 52-2623 ITE 8030 EEQRM 3 REV.1C 640 EPD EB-26 E-5 SH.5C REV.6;VEN E-11 O(Q) SH.2 COND. UNIT FOR AHU V-96 52-2624 ITEA225 EEQRM 3 REV.1C 641 EPD EB-26 E-5 SH.5C REV.6;VEN E-11 O(Q) SH.2 PRESS RELIEF ISO VLV MO- 52-2625 ITE HE3A010 EEQRM 3 REV.1 C, E-242 SH.4 REV 19 1043A
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page33* LOCATION NOTES 642 EPD EB-26 E-S SH.SC REV.6;VEN E-1*10(Q) SH.2 AFU FAN V-26B S2-2627 ITE LOSO EEQRM 3 REV.1C 643 EPD EB-26 E-5 SH.SC REV.6;VEN E-110(Q) SH.2 AHU FANV-96 S2-2629 ITEH050 EEQRM 3 REV.1C 644 EPD EB-26 VEN E-110(Q) SH.2 REV.1C UNIT FAN V-26B MODUL 'S2-2649 ITEA005 EEQRM 3 DAMP 0~21 645 EPD EB-02 VEN E-7 SH.13 REV.27 PC PP BACKSTOP OIL PP P- S2-26S WESTINGHOUSE-FB3020 CSRM 3 83A-D 646 EPD EB-02 VEN E-7 SH.13 REV.27 FREEZE PROT CONTROL S2-266 CUTLER-HAMMER CSRM 3 PNLC-146 647 EPD EB-02 VEN E-7 SH.13 REV.27 GEN TURNING GEAR S2-267 WESTINGHOUSE-FA31550M CSRM 3 MOTOR K-2 648 EPD EB-02 VEN E-7 SH.13 REV.27 PRI LOOP SD COOL'G VLV S2-271 WESTINGHOUSE-FA3190M CSRM 3 M0-3016 649 EPD EB-02 VEN E-7 SH.13 REV.27 TURNING GEAR PONY S2-27S WESTINGHOUSE-FA3080M CSRM 3
*MOTOR K-2A 650 EPD EB-02 VEN E-7 SH.13 REV.27 GEN TURNING GEAR OIL s2-2n WESTINGHOUSE-FA31550M CSRM 3
*PUMP P-26 651 EPD EB-02 VEN E-7 SH.13 REV.27 STATION BATTERY S2-285 WESTINGHOUSE-FB3100 CSRM 3 CHARGER#3 652 EPD EB-02 VEN E-7 SH.13 REV.27 BORIC ACID PUMP P-56A S2-287 WESTINGHOUSE-FA31550M CSRM 3 653 EPD EB-02 VEN E-7 SH.13 REV.27 SHIELD COOL'G PUMP #1 P- S2-291 WESTINGHOUSE-FB3190MRL CSRM 3 nA 654 EPD EB-02 VEN E-7 SH.13 REV.27 T/GEN EMERG AIR BACKUP S2-299 WESTINGHOUSE-FB- CSRM 3 PP P-23 31550MRL 655 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. SPENT RESIN TRANSFER PP S2-711 WESTINGHOUSE RM-121 3 21 P-107 656 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. AIR RM PURGE FAN V-46 S2-713 WESTINGHOUSE-FA3560M RM-121 3 21 657 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. AUX BLDG ELEVATOR M-4 S2-71S WESTINGHOUSE-FB3030 RM-121 3 21 658 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. LIGHTING PANEL EL-05 S2-716 WESTINGHOUSE-FB31 OOL RM-121 3 21 659 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. FUEL POOL COOLING PUMP S2-717 WESTINGHOUSE-FA31550M RM-121 3 21 P-51A 660 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. FUEL HANDL'G AREA AHU V- S2-723 WEST. FA3190M/FB-3190MRL RM-121 3 21 7
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 34 NOTES 661 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. FUEL BUILDING CRANE L-3 52-725 WESTINGHOUSE-KA3225F RM-121 3 21 662 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. RADW SYS DEGASIFIER PP 52-727 WESTINGHOUSE-FA3560M RM-121 3 21 P-68A 663 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. FUEL HANDL'G AREA EXH 52-729 WESTINGHOUSE RM-121 3 21 FAN V-8A 664 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. LAUNDRY DRAIN TK PUMP 52-731 WESTINGHOUSE-FA3190M RM-121 3 21 P-62 665 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. FUEL XFER MECH SPENT 52-736 WEST. FA3030/FB303 RM-121 3 21 FUEL SIDE 666 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. PRI SYS DRAIN TK PUMP P- 52-737 WEST. FA3080M/FB3110MRL RM-121 3 21 71A 667 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. RADWAREA EXH FAN V-14A 52-739 WEST. FA3560M/FB3480MRL RM-121 3 21 668 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. CHEM LAB DRAIN PUMP P-61 52-741 WEST. FA3190M/FB3190MRL RM-121 3 21 669 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. RECEIVER TK CIRC PUMP P- 52-743 WEST. FA3560M/FB3480MRL RM-121 3 21 70 670 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. CONF RM AIR COND VC-2 52-745 WEST. FA3070/FB3070 RM-121 3 21 671 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. RECEIVER TANK PUMP P- 52-747 WEST. FA3560M/FB3480MRL RM-121 3 21 69A 672 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. TREATED WASTE MONITOR 52-749 WEST. FA3560M/FB3480MRL RM-121 3 21 PP P-58A 673 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. WASTE GAS COMPRESSOR 52-751 WEST. FA3080M/FB3110MRL RM-121 3 21 C-50A 674 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. DIRTY WASTE DRAIN PUMP 52-753 WEST. FA3190M/3190MRL RM-121 3 21 P-60B 675 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. BACKSTOPS P-84A THRU D 52-755 WEST. FA3020/FB3020 RM-121 3 21 676 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. LIGHTING TRANSFORMER 52-756 WESTINGHOUSE-FA3040 RM-121 3 21 EX-48 677 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. TKT-102 IMMERS HTR HT- 52-757 WESTINGHOUSE-FA3015 RM-121 3 21 0437A 678 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. RADW DEGASIFIER VAC PP 52-759 WEST. FA3080M/FB3110MRL RM-121 3 21 C-518 679 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. EQUIP DRAIN TK PUMP P- 52-761 WEST. FA3560M/FB3480MRL RM-121 3 21 75A
05/12195 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 35 LOCATION NOTES 680 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. SWGR RM RECIRC FAN V-43 52-763 WEST. FA3080M/FB3110MRL RM-121 3 21 681 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. BORIC ACID HT TRACE PNL 52-768 WESTINGHOUSE-FA3040 RM-121 3 21 EC,.3QA 682 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. HI PRESS AIR 52-n1 WEST. FA3190M/FB3190MRL .RM-121 3 21 COMPRESSOR C-6A 683 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. BORIC AICD BATCH TK HTR 52-n3 WEST. FA3070/FB3070 RM-121 3 21 EH-73 684 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. TKT-103 IMMERS HTR HT- 52-n5 WESTINGHOUSE-FA3015 RM-121 3 21 0438A 685 EPD EB-07 E-5 SH.4 REV.22;VEN E-7 SH.18 REV. RADW AREA SUPPLY FAN V- 52-m WEST. FA3560M/FB3480MRL RM-121 3 21 10 686 EPD EB-08 VEN E-7 SH.19 REV.24 HI PRESS AIR 52-811 WESTINGHOUSE-FA3190M RM-121 3 COMPRESSOR C-6B 687 EPD EB-08 VEN E-7 SH.19 REV.24 AUX BULDG RECIRC FAN V- 52-813 WESTINGHOUSE-FA3190M RM-121 3
- 42 688 EPD EB-08 VEN E-7 SH.19 REV.24 BORIC ACID PNL EC-30B & 52-815 WESTINGHOUSE-FB3070 RM-121 3 EC-301 689 EPD EB-08 VEN E-7 SH.19 REV.24 FUEL POOL COOL'G PUMP 52-817 WESTINGHOUSE-FA31550M RM-121 3 P-51B 690 EPD EB-08 VEN E-7 SH.19 REV.24 DEGASIFIER PUMP P-68B 52-823 WESTINGHOUSE-FA3560M RM-121 3 691 EPD EB-08 VEN E-7 SH.19 REV.24 NEW FUEL ELEVATOR H-5 52-825 WESTINGHOUSE-FA3030 RM-121 3 692 EPD EB-08 VEN E-7 SH,19 REV.24 LIGHTING TRANSFORMER 52-826 WESTINGHOUSE-FA3070 RM-121 3 EX-37 693 EPD EB-08 VEN E-7 SH.19 REV.24 DEGASIFIER VAC PUMP C- 52-827 WESTINGHOUSE-FB311 OMRL RM-121 3 51A 694 EPD EB-08 VEN E-7 SH.19 REV.24 DIRTY WASTE DRAIN PUMP 52-829 WESTINGHOUSE-FA3560M RM-121 3 P-60A 695 EPD EB-08 VEN E-7 SH.19 REV.24 EQUIP DRAIN TANK PUMP P- 52-831 WESTINGHOUSE-FA3560M RM-121 3 75B 696 EPD EB-08 VEN E-7 SH.19 REV.24 SW GEAR SUPPLY FAN V-33 52-833 WESTINGHOUSE-FA3560M RM-121 3 697 EPD EB-08 VEN E-7 SH.19 REV.24 FILTERED WASTE MONITOR 52-835 WESTINGHOUSE-FA3560M RM-121 3 PP P-63 698 EPD EB-08 VEN E-7 SH.19 REV.24 FUEL HANDL'G AREA EXH 52-837 WESTINGHOUSE-FA3560M RM-121 3 FAN V-8B 699 EPD EB-08 VEN E-7 SH.19 REV.24 FUEL POOL BOOSTER PUMP 52-839 WESTINGHOUSE-FB3480MRL RM-121 3 P-82
NO. 05/12/95 SYSTEM SUBSYSTEM COMPON.ENT . REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 36 LOCATION NOTES 700 EPD EB-08 . VEN E-7 SH.19 REV.24 OFFICE AREA SUPPLY FAN 52-841 WESTINGHOUSE-FA3190M RM-121 3 V-45 701 EPD EB-08 VEN E-7 SH.19 REV.24 PRl*SYS DRAIN TK PUMP P- 52-843 WESTINGHOUSE-FA3190M RM-121 3 71B 702 EPD EB-08 VEN E-7 SH.19 REV.24 T-103 IMMERSION HTR HTR- 52-845 WESTINGHOUSE-FB3015 RM-121 3 0438B 703 EPD EB-08 VEN E-7 SH.19 REV.24 RADW AREA EXHAUST FAN 52-847 WESTINGHOUSE-FA3560M RM-121 3 V-14B 704 EPD EB-08 VEN E-7 SH.19 REV.24 RECEIVER TANK PUMP P- 52-849 WESTINGHOUSE-FA3560M RM-121 3 696 705 EPD EB:.OS VEN E-7 SH.19 REV.24 TREATED WASTE MONITOR 52-851 WESTINGHOUSE-FA3560M RM-121 3 PP P-58B 706 EPD EB-08 VEN E-7 SH.19 REV.24 WASTE GAS COMPRESSOR 52-853 WESTINGHOUSE-FA3080M RM-121 3 C-50B 707 EPD EB-08 VEN E-7 SH.19 REV.24 WELDING OUTLETS W801 52-855 WESTINGHOUSE-FB3070L RM-121 3 THRU804 708 EPD EB-08 VEN E-7 SH.19 REV.24 AUX BLDG SFPOOL SERVICE 52-856 WESTINGH0USE-FA3030 RM-121 3 PLATFM 709 EPD EB-08 VEN E-7 SH.19 REV.24 SW GR EXHAUST FAN V-47 52-857 WESTINGHOUSE-KA3225F RM-121 3 710 EPD EB-08 VEN E-7 SH.19 REV.24 TKT-102 IMMERS. HTR HTR- 52-863 WESTINGHOUSE-FB3015 RM-121 3 0437B 711 EPD EB-08 VEN E-7 SH.19 REV.24 FUEL POOL ROLL UP DOOR 52-866 WESTINGHOUSE-FB3020 RM-121 3 712 EPD EB-08 VEN E-7 SH.19 REV.24 FUEL OIL XFER PUMP P-18A 52-867 WESTINGHOUSE-FA3080M RM-121 3 713 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-102 AUXILIARY 52/X (152-102) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 714 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-103AUXILIARY 52/X (152-103) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 715 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-104AUXILIARY 52/X (152-104) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 716 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-107 AUXILIARY 52/X (152-107) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 717 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152*108 AUXILIARY 52/X (152-108) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 718 EPD EA-11 E-130-1 REV 13, E-5-100 REV 1 PAGE BKR 152-109AUXILIARY 52/X (152-109) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 719 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-110 AUXILIARY 52/X (152-110) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 37 LOCATION NOTES 720 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-111 AUXILIARY 52/X (152-111) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 721 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE
- BKR 152-112 AUXILIARY 52/X (152-112) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 722 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-113 AUXILIARY . 52/X (152-113) ALLIS CHALMERS J0-802 EA-11 1 156-164 RELAY 723 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-114AUXILIARY 52/X (152-114) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 724 EPD EA-11 E-130-1 REV.13, E-5-100REV1 PAGE BKR 152-115 AUXILIARY 52/X (152-115) ALLIS CHALMERS J0-802 EA-11 1 156-164 RELAY 725 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-116 AUXILIARY 52/X (152-116) ALLIS CHALMERS JD-802 EA-11 1 156-164 RELAY 726 EPD EA-12 .E-130 SH.1 REV.13 BRK AUX RELAY 52/X (152-201) ALLIS CHALMERS JD-802 1DSWGR 1 727 EPD EA-12 E-130 SH.1 REV.13;E-130 SHJA REV. BRK AUX RELAY 52/X (152-204) ALLIS CHALMERS JD-802 1DSWGR 1 0
728 EPD EA-12 E-130 SH.1 REV.13;E-130 SH.1A REV. BRK AUX RELAY 52/X (152-205) ALLIS .CHALMERS JD-802 1DSWGR 1 0 729 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-206 AUXILIARY 52/X (152-206) ALLIS CHALMERS JD-802 EA-12 1 RELAY 730 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-207 AUXILIARY 52/X (152-207) ALLIS CHALMERS JD-802 EA-12 1 RELAY 731 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-208 AUXILIARY 52/X (152-208) ALLIS CHALMERS JD-802 EA-12 1 RELAY 732 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-209 AUXILIARY 52/X (152-209) ALLIS CHALMERS JD-802 EA-12 1 RELAY 733 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-210 AUXILIARY 52/X (152-210) ALLIS CHALMERS JD-802 EA-12 1 RELAY 734 EPD EA-12 E-130-1REV13, E-130-1A REVO BKR 152-211 AUXILIARY 52/X (152-211) ALLIS CHALMERS JD-802 EA-12 1 RELAY 735 EPD EA-12 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-213 AUXILIARY 52/X (152-213) ALLIS CHALMERS JD-802 EA-12 1 156-164 RELAY 736 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-102 ANTI-PUMPING 52/Y (152-102) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 737 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-103 ANTI-PUMPING 52/Y (152-103) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 738 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-104ANTl-PUMPING 52/Y (152-104) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY
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.CONTACT/CONTACT GROUP RELAY ID TYPE Page 38 LOCATION NOTES 739 EPD EA-11 E-129-1 REV 10, E-5-100REV1 PAGE BKR 152-105ANTl-PUMPING 52/Y (152-105) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 740 EPD EA-11 E-129-1,A REV 4, E-129-1B REV3, E BKR 152-106ANTl-PUMPING 52/Y (152-106) ALLEN BRADLEY TYPE G-110 EA-11 1 100REV1 PAGE 160-164 RELAY 741 EPD EA-11 E-13Q.:.1 REV 13, E-5-100REV1 PAGE BKR 152-107 ANTI-PUMPING 52/Y (152-107) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 742 EPD EA-11 .E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-108 ANTI-PUMPING 52/Y (152-108) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 743 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-109 ANTI-PUMPING 52/Y (152-109) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 744 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-110ANTl-PUMPING 52/Y (152-110) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 745 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-111 ANTI-PUMPING 52/Y (152-111) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 746 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-112 ANTI-PUMPING 52/Y (152-112) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 747 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-113 ANTI-PUMPING 52/Y (152-113) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 748 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-114 ANTI-PUMPING 52/Y (152-114) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 749 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-115 ANTI-PUMPING 52/Y (152-115) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 750 EPD EA-11 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-116ANTl-PUMPING 52/Y (152-116) ALLEN BRADLEY TYPE G-110 EA-11 1 160-164 RELAY 751 EPD EA-12 E-130 SH.1 REV.13 BRKANTl-PUMPING RELAY 52/Y (152-201) ALLEN BRADLEY TYPE G-110 1DSWGR 1 752 EPD EA-12 E-129 SH.1 REV.1 O;E-5 SH.100 REV.1 BREAKER ANTI-PUMPING 52/Y (152-202) ALLEN BRADLEY TYPE G-110 1DSWGR 1 PG.160-164 RELAY 753 EPD EA-12 E-129 SH.1 REV.10 BRKANTl-PUMPING RELAY 52/Y (152-203) ALLEN BRADLEY TYPE G-110 1DSWGR 1 754 EPD EA-12 E-130'SH.1 REV.13;E-130 SH.1A REV. BRKANTl-PUMPING RELAY 52/Y (152-204) ALLEN BRADLEY TYPE G-110 1DSWGR 1 0
755 EPD EA-12 E-130 SH.1 REV.13;E-130 SH.1A REV. BRK ANTI-PUMPING REALY 52/Y (152-205) ALLEN BRADLEY TYPE G-110 1DSWGR 1 0 756 EPD EA-12 E-130-1REV13, E-130-1A REVO BKR 152-206 ANTI-PUMPING 52/Y (152-206) ALLEN BRADLEY TYPE G-110 EA-12 1 RELAY 757 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-207 ANTI-PUMPING 52/Y (152-207) ALLEN BRADLEY TYPE G-110 EA-12 1 RELAY
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST *
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 39 LOCATION NOTES 758 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-208ANTl-PUMPING. 52N (152-208) ALLEN BRADLEY TYPE G-110 EA-12 1 RELAY 759 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-209 ANTI-PUMPING 52N (152-209) ALLEN BRADLEY TYPE G-110 EA-12 1 RELAY 760 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-210ANTl-PUMPING 52N (152-210) ALLEN BRADLEY TYPE G-110 EA-12 1 RELAY 761 EPD EA-12 E-130-1 REV 13, E-130-1A REV 0 BKR 152-211 ANTI-PUMPING 52N (152-211) ALLEN BRADLEY TYPE G-110 EA-12 1 RELAY 762 EPD EA-12 E-130-1 REV 13, E-5-100REV1 PAGE BKR 152-213 ANTI-PUMPING 52N (152-213) ALLEN BRADLEY TYPE G-110 EA-12 1 160-164 RELAY 763 EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI PRES RLY 5P-1 CLARK CONTROL 5U-12 (AC) EC-13 4 764 EPD EY-40 E-208-1REV16, E-208-2 REV28 CONTAINMENT HI PRES RLY 5P-2 CLARK CONTROL 5U-12 (AC) EC-13 4 765 EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI PRES RLY 5P-3 CLARK CONTROL 5U-12 (AC) EC-13 4 766 EPD EY-40 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI PRES RLY 5P-4 CLARK CONTROL 5U-12 (AC) EC-13 4 767 EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI PRES RLY 5P-5 CLARK CONTROL 5U-12 (AC) EC-13 2 768 EPD EY-40 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI PRES RLY 5P-6 CLARK CONTROL 5U-12 (AC) EC-13 2 769 EPD EA-11 E-208-1 REV 16, E-251-1 REV 14, E- BKR 152-112,114 CNT ISO HI 5P-7 CLARK CONTROL 5U-12 (AC) EC-13 4 251-1A REV4 PRS no EPD EA-12 E-251-1 REV 14 BKR 152-210 CONT ISO HI 5P-8 CLARK CONTROL 5U-12 (AC) EC-13 4 PRES n1 EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI RAD RLY 5R-1 CLARK CONTROL 5U-12 (AC) EC-13 4 n2 EPD EY-40 E-208-1REV16, E-208-2 REV28 CONTAINMENT HI RAD RLY 5R-2 CLARK CONTROL 5U-12 (AC) EC-13 4 n3 EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI RAD RLY 5R-3 CLARK CONTROL 5U-12 (AC) EC-13 2 n4 EPD EY-40 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI RAD RLY 5R-4 CLARK CONTROL 5U-12 (AC) EC-13 2 n5 EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI RAD 5R-5 CLARK CONTROL 5U-12 (AC) EC-13 2 RELAY n6 EPD EY-40 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI RAD 5R-6 CLARK CONTROL 5U-12 EC-13 2 RELAY m EPD EY-10 E-208-1 REV 16, E-208-2 REV 28 CONTAINMENT HI RAD 5R-7 CLARK CONTROL 5U-12 (AC) EC-13 2 RELAY n8 EPD EY-40 E-208-1REV16, E-208-2 REV28 CONTAINMENT HI RAD RLY 5R-8 CLARK CONTROL 5U-12 (AC) EC-13 2 ns EPD EA-12 E-196-8 REV7 BKR 152-209 DELAY TIMER 62-1 CONTROL PRODUCTS DIV.- EJ-1006 4 HVAC 7000SER 780 EPD EA-11 E-196-1 REV 12, E-196-2REV10, E- BKR 152-104 P-8A AUX 62-1/P8A CONTROL PRODUCTS DIV.- EJ-1005 4 196-6 REV3 START RLY E7012 PC
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAYiD TYPE Page40*
LOCATION NOTES 781 OHR P-8C E-196 SH.9 REV:9;E-196 SH.13 REV.1 START AUX FW PP P-8C 62-1/P8C CONTROL PROD. E-7012PD .EJ-1006 4 782 RCPC P-55C E-257 SH.2 REV.20 CHARGING PP P-55C TD 62-1-105 AGASTAT7012PD (E7012PD) EC-12 4 RELAY 783 -RCPC P-558 E-257 SH.1 REV.20 CHARGING PP P-558 TD 62-12<>6 .AGASTAT RELAY CO. 7012PD
- EC-12 4 RELAY 784 'HVAC VC-11 E-270.SH.7 REV.3 AUX RELAY 62-15 AGASTAT E7012AD EJ-1003 4 785 .HVAC VC-10 E-270 SH;7 REV.3 AUX RELAY 62-1.6 AGASTAT E7012AD EJ-1002 4 786 'EPD EA-12 E-196-8REV7 BKR 152-209 DELAY TIMER *62-2 CONTROL P.RODUCTS DIV.- EJ-1006 4 HVAC 7012 787 EPD EA-11 E-196-1 REV 12, E-196-2.REV 10, E- BKR 152~104 P-8A AUX .62-2/P8A CONTROL PRODUCTS DIV.- EJ-1005 4 196-6 REV3 START RLY E7012 PC 788 OHR P-8C E-196 SH.9 REV.9;E-196 SH.13 REV.1 AUX FW PP P-8C 62-2/P8C CONTROL PROD~ E-7012PD EJ-1006 4 AUTOSTART RESET 789 HVAC V-26A E-270 SH.2 REV.4;E-271 SH.3 REV. DELAY TIMER FOR EMG 62-3 AGASTAT E7022PF EJ-1003 4 2&SH.9 REV.O;E-79 HVACSYS 790 EPD EA-11 E-196-1,2,3REV12,10,3; E-196-7 REV *eKR 152-104AFW LO sue *62-3/P8A CONTROL PRODUCTS DIV.- :EJ-1005 4 4 PRES E7012 PC 791 HVAC V-268 E.270 SH.2 REV.4;E-271 SH.3 REV. DELAY TIMER FOR EMG 62-4 AGASTAT E7022PF EJ-1002 4 2&SH.9 REV.O;E-79 HVACSYS 792 HVAC V-26A E-271 SH.3 REV.2&SH.4 REV.O;E-79 V-26A TIMER OPEN INLET 62-5 AGASTAT E7012AD EJ-1003 4 DAMPER 793 HVAC V-268 E-271 SH.4 REV.O;E*79 V-268 TIMER OPEN INLET 62-8 . AGASTAT E7012AD EJ-1002 4 DAMPER 794 EPD EA-11 E-196-2REV10, E-196-6 REV 3 BKR 152-104 AUXILIARY 62X-2/P8A G.E. -12HGA111J2 EJ-1005 4 RELAY 795 EPD EA-11 E*251-1 REV 14, E-251-1A REV 4 BKR 152-114 START TIME 62X/152-114 AGASTAT-E7014PD-002 EA-11 1 DELAY 796 RCPC M0-2087 E-242 SH.1 REV.21 PRZ LVL& PRESS CONTROL 62X/LS-0204 AGASTAT CO. E7022AC002 EC-12 4 RELAY 797 RCPC SV-2004;SV-2005 E-236 SH.1 REV.14, E-257 SH.1 REV. PZR LEVEL & PRESS 63X-1/LA-0101 CLARK CONTROL CO. 5U-10 EC-12 4 20 CONTROL SW 798 RCPC EH-0502>051 OA> E-254 SH.2 REV.9, E-257 SH.1 REV.20 PRZ LEVEL & PRESS 63X-1/LC-0101 CLARK CONTROL 5U.10 EC-12 4 CONTROL SW 799 RCPC P-55C E-257 SH.2 REV.20 PRZ LEVEL & PRESS CONTL 63X-2/LA-0101 CLARK CONTROL 5U-10 EC-12 2
~ELAY 800 RCPC P-55C E-257 SH.2 REV.20 PRZ LEVEL & PRESS CONTL 63X-2/LC-0101 CLARK CONTROL 5U-10 EC-12 4 RELAY
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 41 NOTES 801 RCPC SV-2153 E-234 SH.1 REV.19 BORIC ACID MAKE-UP 63X/0210B ALLEN BRADLEY 200G200B1 EC-02 2 CONTROL SW 802 RCPC SV-2002A E-236 SH.3 REV.11 ORIFICE BYPASS STOP VLV *53)(/20Q2A WESTINGHOUSE-SG EC-12 4 RELAY 803 RCPC SV-2002B E-236 SH.3 REV.11 ORIFICE BYPASS STOP VLV 63X/2002B WESTINGHOUSE-SG EC-12 4 RELAY 804 EPD EA-12 E-236 SH.1 REV.14, E-253-1 REV 15 BKR 152-211 PRES 63X/LIC-0101 G.E. -12HFA151A49H .EC-12 4 LVL&PRES CNTL 805 EPD EA-11 E-151REV16 BKR 152-102 PRES HTR 63X/LIC-0101/HS G.E. - CR2440 KEYLOCK EA-11 3 XFORM15 806 RCPC SV-2153;SV-2155 E-203 REV.18, E-234SH.1 REV.19 PZR LEVEL & PRESS 63X/LIC-0205 CLARK CONTROL 5U-8 EC-12 4 CONTROL SW 807 RCPC EH-0502>051 OA> E-254 SH.2 REV.9 PRZ LOW PRESS CONTROL 63X/PIC-0101 G.E. -12HFA151A49H EC-12 4 SWITCH 808 EPD ED-06; EY-10 E-8 SH.2 REV.25 PERF AS BUS 1 GROUND 64-1 ELECTRONIC DEVELOP AS84 CSRM 2 DETECTOR 809 EPD ED-07; EY-20 E-8 SH.2 REV~25 PERF AC BUS 2 GROUND 64-2 ELECTRONIC DEVELOP AS84 CSRM 2 DETECTOR 810 EPD ED-08; EY-30 E-8 SH.2 REV.25 PERFACBUS3GROUND 64-3 ELECTRONIC DEVELOP AS84 CSRM 2 DETECTOR 811 EPD ED-09; EY-40 E-8 SH.2 REV.25 PERF AC BUS 4 GROUND 64-4 ELECTRONIC DEVELOP AS84 CSRM 2 DETECTOR 812 EPD ED-13 E-18 SH.1 REV.1 DC BUS 1 GROUND 64-D1 WESTON INST. 705 TYPE 3 CSRM 2 DETECTOR 813 EPD ED-23 E-18 SH.1 REV.1 DC BUS 2 GND DETECTOR 64-D2 WESTON INST. 705 TYPE 3 CSRM 2 ED-23 814 EPD ED-01 E-359 SH.5 REV.6 BATT N0.1 ED-01 ISOLATION 72-01 GOULD KM3B-800 EJL-423 3 BRK 815 EPD ED-02 E-359 SH.5 REV.6 BATT N0.2 ED-02 ISOLATION 72-02 GOULD KM3B-800 EJL-422 3 BRK 816 EPD ED-10 E-1 SH.1 REV.AV 125VDC TIE BRK ED-1 OL & 72-10 WESTINGHOUSE-KA-2225 CSRM 3 ED-10R 817 EPD ED-11 E-8 SH.2 REV.25 REACTOR HEAD VENT PRV- 72-103 WESTINGHOUSE-HFB2020 CSRM 3 C11A 818 EPD ED-11 E-8 SH.2 REV.25 480V.L.C. N0.11 (B11) 72-105 WESTINGHOUSE-FB3100 CSRM 3 819 EPD ED-11 E-8 SH.2 REV.25 480V.L.C. N0.19 (B19) 72-106 WESTINGHOUSE-FB3100 CSRM 3
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page42*
LOCATION NOTES 820 EPD ED-11 E-8 SH.2 REV.25 CNTRL RM C01 AUX FW '72-108 .VVESTINGHOUSE-FB2270ML CSRM 3 RELAY BOX 821 EPD ED-08 E-1 SH.1 REV.AV INVERTER N0.3 ED-08 72-11 WESTINGHOUSE-FB21550ML CSRM 3 822 EPD ED-17 E-1 SH.1 REV.AV CHARGER N6.3 ED-17 72-12 WESTINGHOUSE-KA-2225 CSRM 3 823 EPD ED-11 E-8 SH.2 REV.25 CONTROL RM PANEL C-OBL 72-129 WESTINGHOUSE-FB2270ML CSRM 3 824 EPD ED-15 E-1 SH.1 REV.AV Cl:fARGER N0.1 ED-15 72-15 WESTINGHOUSE-KA-2225 CSRM 3 825 EPD ED-06 E-1 SH.1 REV.AV INVERTER N0.1 ED-06 72-16 WESTINGHOUSE-FR-21550ML CSRM 3 826 EPD ED-01 E-1 SH.1 REV.AV BATTERY N0.1 ED-01 72-18 WESTINGHOUSE-MA-2800 CSRM 3 827 EPD ED-20 E-1 SH.1 REV.AV 125VDC TIE BRK ED-20R & 72-20 WESTINGHOUSE-KA-2225 CSRM 3 ED-20L 828 EPD ED-21 E-8 SH.2 REV.25 REACTOR HEAD VENT PRV- 72-203 WESTINGHOUSE-HFB2020 CSRM 3 C11A 829 EPD ED-21 E-8 SH.2 REV.25 . 480VLOADCENTER N0.12 72-205 WESTINGHOUSE-FB3100 CSRM 3 (B12) 830 EPD ED-21 E-8 SH.2 REV.25 480V LOADCENTER N0.20 72-206 WESTINGHOUSE-FB3100 CSRM 3 (B20) 831 EPD ED-21 E-8 SH.2 REV.25 CNTRL RM C-01 AUX FW 72-208 WESTINGHOUSE-FB2270ML CSRM 3 RELAY BOX 832 EPD ED-09 E-1 SH.1 REV.AV INVERTER N0.4 ED-09 72-21 WESTINGHOUSE-FB21550ML CSRM 3 833 EPD ED-18 E-1 SH.1 REV.AV CHARGER N0.4 ED-18 72-22 WESTINGHOUSE-KA-2225 CSRM 3 834 EPD ED-16 E-1 SH.1 REV.AV CHARGER N0.2 ED-16 72-25 WESTINGHOUSE-KA-2225 CSRM 3 835 EPD ED-07 E-1 SH.1 REV.AV INVERTER N0.2 ED-07 72-26 WESTINGHOUSE-FB-21550ML CSRM 3 836 EPD ED-02 E-1 SH.1 REV.AV BATTERY N0.2 ED-02 72-28 WESTINGHOUSE-MA-2800 CSRM 3 837 EPD ED-11A E-8 SH.2 REV.25;E-13 SH.36 REV.4C DG 1-1 CONTROL C-22 72-301 GOULD HE3-A030 1CSWGR 3 838 EPD ED-11A E-8 SH.2 REV.25;E-13 SH.36 REV.4C DG 1-1 FIELD FLASHING- 72-302 GOULD HE3-A030 1CSWGR 3 C22 839 EPD ED-11A E-8 SH.2 REV.25;E-13 SH.36 REV.4C BATT ED-01 TRIP CKT ISO 72-305 GOULD HE3-A025 EC SW GR 3 BRK 840 EPD ED-11A E-8 SH.2 REV.25;E-13 SH.36 REV.4C 2400V SWGR-1 C INCOMING 72-307 GOULD HE2-B100 1CSWGR 3 BRK 841 EPD ED-11A E-8 SH.2 REV.25;E-13 SH.36 REV.4C 2400V SWGR-1 C FEEDER 72-308 GOULD HE2-B100 1CSWGR 3 BRK 842 EPD ED-21A E-8 SH.2 REV.25;E-13 SH.37 REV.4C DG 1-2 FIELD FLASHING- 72-401 GOULD HE3-A030 DG1-2 RM 3 EC-26
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page43*
LOCATION NOTES 843 EPD ED-21A E-8 SH.2 REV.25;E-13 SH.37 REV.4C 2400VSWGR 10 INCOMING 72-402 GOULD HE3-A100 DG1-2RM 3 BRK'S 844 EPD ED-21A E-8 SH.2 REV.25;E-13 SH.37 REV.4C 2400V SWGR 1D FEEDER 72-403 GOULD HE3-A100 DG1-2 RM 3 BRK'S 845 EPD ED-21A E.,S SH.2 REV.25;E-13 SH.37 REV.4C STA BATT ED-02TRIP CKT 72-406 .GOULD HE3-A025 DG1-2 RM 3 846 EPD ED-21A E-8 SH.2 REV.25;E-13 SH.37 REV.4C DG 1-2 CONTROL- EC-26 72-407 GOULD HE3-A030 DG1-2 RM 3 847 EPD ED-13 E-:359 SH.1A REV.9;E-609 SH.10A DC BUS 1 UNDERVOLTAGE 74-01 POTTER&BRUMFIELD CSRM 2 REV.1 RELAY *KRP11DG 848 EPD ED-23 E-359 SH.1A REV.9;E-609 SH.20A DC BUS 2 UV RELAY ED-23 74-02 POTTER&BRUMFIELD CSRM 2 REV.1 ;E-609 SH.20 REV.3 KRP11DG 849 EPD EY-10 .E-208-1 REV 16 CONT HI PRES&RAD UV 74/CIS-1 WESTINGHOUSE-SG EC-13 2 RELAY 850 EPD EY-40 E-208-1 REV 16 CONT HI PRES&RAD UV 74/CIS-2 WESTINGHOUSE-SG EC-13 2 RELAY 851 EPD EB-07 E-134-1 REV 11 2400V BUS 1C; 480V BUS 11 94-1109A WESTINGHOUSE MG-6 EB-11 4 UV 852 EPD EB-08 E-134SH.1 REV.11 UV & LOAD SHED RELAY 94-1213A WESTINGHOUSE-MG6 CSRM 4 853 HVAC V-95 E-270 SH.2 REV.3&SH.13 REV.4 V-95 LOAD SHEDDING AUX 94X1-1909 AGASTAT EGPD002 EJ-1003 4 RELAY 854 HVAC V-96 E-270 SH.2 REV.3&SH.13 REV.4 V-96 LOAD SHEDDING AUX 94Y2-2013 AGASTAT EGPD002 EJ-1002 4 RELAY 855 EPD EA-11 E-196 SH.1 REV.12;E-196 SH.2 REV. BKR 152-104 P-8A AUTO INIT AFAS-AL-1 CONTROL PROD. GPD-N-R EC-187A 4 10;E-196 SH.3 REV.3 RLY 856 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW PUMP AUTO AFAS-BR-1 CONTROL PROD. GPD-N-R EC-187B 4 O;E-79 SH.3G REV.1, E-196 SH.12 INITIATIATION REV.3 857 RCPC EU-1;EU-2 E-253 SH.1REV13, SH.1A REV3 PRESSURIZER HEATERS AMS-1057 G.E. - CR2940 EC-02 3 HAND SW 858 RCPC EU-1;EU-2 E-253SH.1 REV13,SH.1AREV3 PRESSURIZER HEATERS AMS-1059 G.E. - CR2940 EC-02 3 HAND SW 859 RCPC SV-2155 E-234 SH.1 REV.19;M-202 SH.1A REV. PRI SYS MAKE-UP VALVE AMS-2155 G.E. - CR2940 EC-02 3 24 SWITCH 860 RRC 42-1/RPS; 42-2/R E-212 SH.1 REV.9 ATWS TO TRIP TRUBINE & ATWS1 TELEMECANIQUE J10C4012 CSRM 4 REACTOR 861 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4, E- BKR 152-112 CRITICAL FUNC CFM#148 (MX04) CUTLER HAMMER-0520 RC3 EJ-450 2 618-450G REV 3 MON.
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page44*
LOCATION NOTES 862 EPD EA-11 E-248 REV 14, E-618-450G REV 3 BKR 152-111 CRITICAL FUNC CFM#159 (MX04) CUTLER HAMMER-0520 RC3 EJ-450 2 MON. 863 EPD EY-10 E-208-1 REV 16, E-210-2 REV 10 CONTAINMENT HI PRES CHP-URESET G.E. - CR2946 EC-13 3 RESET PB 864 EPD EY-40 E-208-1 REV 16; E-210-2REV10 CONTAINMENT HI PRES CHP-R/RESET G.E. - CR2946 EC-13 3 RESET PB 865 EPD EY-10; EY-30 E-210-2 REV 1O CONTAINMENT HI PRES CHPUCS G.E. - CR2940 EC-13 3 TEST SW . 866 EPD EY-20; EY-40 E-210-2REV10 CONTAINMENT HI PRES CH PR/CS G.E. - CR2940 EC-13 3 TEST SW 867 EPD EY-10; EY-30 E-207-1 REV23, E-210-2REV10 CONTAINMENT HI PRES CHPX-1L G.E. -12HFA151A49H EC-13 2 TESTRLY 868 EPD EY-20; EY-40 E-207-1 REV23, E-210-2REV10 CONTAINMENT HI PRES CHPX-1R G.E. -12HFA151A49H EC-13 2 TESTRLY 869 EPD EY-10; EY-30 E-210-2REV10 CONT HI PRESS TEST T.D. CHPX-2L AGASTAT E7012 EC-13 4 RLY 870 EPD EY-20; EY-40 E-210-2 REV 10 CONT HI PRESS TEST T.D. CHPX-2R AGASTAT E7012 EC-13 4 RLY 871 EPD EY-10 E-208-1 REV 16, E-210-2REV10 CONTAINMENT HI RAD CHR-URESET G.E. - CR2946 EC-13 3 RESET PB 872 EPD EY-40 E-208-1 REV 16, E-210-2REV10 CONTAINMENT HI RAD CHR-R/RESET G.E. - CR2946 EC-13 3 RESET PB 873 EPD EY-10; EY-30 E-207-1 REV23 CONTAINMENT HI RAD CHRUCS G.E. - CR2940 EC-13 3 CONTROL SW 874 EPD EY-20; EY-40 E-207-1 REV 23 CONTAINMENT HI RAD CH RR/CS G.E. - CR2940 EC-13 3 CONTROL SW 875 RRC CRD1-41 E-226 SH.1 REV.15 CONTROL ROD DRIVE CRD1-41 COMBUSTION ENG. (NONE) RB 3 MECHANISM 876 RCPC SV-1901,2,3,4 E-230 REV11; NSSS D.C. POWER SW CS-J057 G.E. -CR2940 EC-32 3 877 EPD K-6A M-12-6 REV XO K-6A LUBE OIL FILTER DPI DPl-1477 ASHCROFT-1279 K-6A 7 878 EPD K-6A M-12-6 REV XO K-6A LUBE OIL STRAINER DPl-1478 ASHCROFT GAGE-TYPE 1279 K-6A 2 DIF PRE 879 EPD K-68 M-12-6 REV XO K-6B LUBE OIL FILTER DPI DPl-1487 ASHCROFT-1279 K-6B 7 880 EPD K-68 M-12-6 REV XO K-68 LUBE OIL STRAINER DPl-1488 ASHCROFT GAGE-TYPE 1279 K-6B 2 DIF PRE 881 HVAC V-95 E-270 SH.5 REV.2 V-95 MODULATING DAMPER DPIC-1659 BAILEY 701132AAAA1WEP EC-11A 4 D-2
05/12195 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page45*
LOCATION NOTES 882 HVAC V-96 E-270 SH.5.REV.2 V-96 MODULATING DAMPER DPIC-1660 BAILEY 701132AAAA1VVEP EC-11A 4 D-9 883 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A LUBE OIL FILTER DPS-1477 (HLODS) UNITED ELECT. CNTL.- K-6A 2 J21K9504 884 EPD K-6B E-140-1. REV 17, M-12~105(2) REV 10 ~"6B*LUBE OIL FILTER DIFF DPS-1487 (HLODS) UNITED ELECT. CNTL.-357 K-6B 2 PRES 885 HVAC . V-95 E-270 SH.5 REV.2 AHU CONT.ROL RM D!=IS-1659 ROCHESTER ET1214 EC-11A . 3 PRESSURE 886 HVAC V-96 E-270 SH.5 REV.2 CONrL RM DIFF PRESS DPS-1660 ROCHESTER ET1214 EC-11A 3 SWITCH 887 HVAC V-95 E-270 SH:5 REV.2 V-95 MODULATING DAMPER DPT-1659 TAVIS P8C(S) CONrLRM 3 D-2 888 HVAC V-96 E-270 SH.5 REV.2 V-96 MODULATING DAMPER DPT-1660 TAVIS P8C(S) CONrLRM 3 D-9 889 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW FLOW CONTR E/l-0736 MOORE INDUSTRIES SCT/1" EC-01 4
.O;E-79 SH.3G REV.1 BYPASS E-SOB 5VJ4 890 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW FLOW CONTR E/1-0737 MOORE INDUSTRIES SCT/1- EC-01 4 O;E-79 SH.3G REV.1 BYPASS E-SOA 5V/4 891 RCPC SV-0338 E-85 SH.1. REV.9;M-203 SH.1 REV.37, SAFETY INJECTION TANK T- E/P-0338 ROSEMOUNT RB 3 VEN M-232-18 820 3311SS1A1B1FIG3G4 892 RCPC SV-0342 E-85 SH.1 REV.9;M-203 SH.1 REV.37, SAFETY INJECTION TANK T- E/P-0342 ROSEMOUNT RB 3 VEN M-232-18 82A 3311SS1A1B1FIG3G4 893 RCPC *sv-0346 E-85 SH.1 REV.9;M-203 SH.1 REV;37, SAFETY INJECTION TANK T- E/P-0346 ROSEMOUNT RB 3 VEN M-232-18 82B . 3311SS1A1B1FIG3G4 894 RCPC SV-0347 E-85 SH.1 REV.9;M-203 SH.1 REV.37, SAFETY INJECTION TANK T- E/P-0347 ROSEMOUNT RB 3 VEN M-232-18 82C 3311 SS1A1 B1 FIG3G4 895 RCPC CV-2153 PIO M-202-1A, E-90-2, E-234-1 CONC BORIC ACID MAKEUP E/P-2153 FOXBOR069 RM-107A 3 FLOW 896 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A LOCAL AMP IND. EAl-1107DC (FA) WEST. VX-252, STY EC-22 7 REV9 606B623A20 897 EPD K-6A
- E-14REV15, M-12-16REV11, M-12-94 K-6A AMP IND. EAl-1107XX (A1) WEST. VC-252, STY EC-22 7 REV9 644B014A24 898 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A AMP IND. EAl-1107YY (A2) WEST. VC-252, STY EC-22 7 REV9 644B014A24 899 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A AMP IND. EAl-1107ZZ (A3) WEST. VC-252, STY EC-22 7 REV9 644B014A24 900 EPD K-6B M-12-16REV11,M-12-101 REV10 K-6B LOCAL AMP IND EAl-1213DC (FA) WEST. VX-252, STY EC-26 7 606B623A20
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT* REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page46 LOCATION NOTES 901 EPD K-6B E-14REV1S, M-12-16REV11, M-1.2- K-6B LOCAL AMP IND EAl-1213XX (A1) WEST. VC*2S2, STY EC-26 7 101REV10 644B014A24 902 EPD K-6B E-14REV1S, M-12-16REV11, M K-6B LOCAL AMP IND EAl-1213YY (A2) WEST. VC-2S2, STY EC-26 7 101 REV 10 .644B014A24 903 EPD K-6B E-14REV1S, M-12-16REV11, M K-6B,LOCAL AMP IND EAl-1213ZZ (A3) WEST.VC-2S2,STY EC-26 7 101REV10 644B014A24 904 EPD ED-01 E-1 SH.1 REV.AV MAIN STATION BATTERIES ED-01 C&D BATTERIES LC-25 RM-225A 7 LEFT CH 905 EPD ED-02 E-1 SH.1 REV.AV MAIN STATION BATTERIES ED-02 C&D BATTERIES LC-25 RM*22S 7 RTCHL 906 EPD ED-06 E-1 SH.1 REV.AV INVERTER N0.1 ED-06 GNB BATTERIES 120G6000FE CSRM 3 907 EPD ED-07 E-1 SH.1 REV.AV;VEN E-11 SH.1(2) INVERTER N0.2 ED-07 SOLA ELEC. 23-23-220-8 CSRM 3 REV.O 908 EPD ED-08 E-1 SH.1 REV.AV AC INVERTER N0.3 ED-08 GNB BATTERIES 120G6000FE CSRM 3 909 EPD ED-09 E-1 SH.1 REV.AV INVERTER N0.4 ED-09 GNB BATTERIES 120G6000FE CSRM 3 910 EPD ED-1S E-1 SH.1 REV.AV;E-8 SH.1 REV.27;E- BATTERY CHARGER N0.1 ED-1S GNB GRF120T-200 CSRM 3 11 SH.26 REV.O 911 EPD ED-16 E-1 SH.1 REV.AV;E-8 SH.1 REV.27;E- BATTERY CHARGER N0.2 ED-16 GNB GRF120T-200 CSRM 3 11 SH.26 REV.O 912 EPD ED-17 E-1 SH.1 REV.AV;E-8 SH.1 REV.27;E- BATTERY CHARGER N0.3 ED-17 GNB GRF120T-200 CSRM 3 11 SH.26 REV.O 913 EPD ED-18 E-1 SH.1 REV.AV;E-8 SH.1 REV.27;E- BATTERY CHARGER N0.4 ED-18 GNB GRF120T-200 CSRM 3 11 SH.26 REV.0 914 EPD K-6A E-140-1A REV 2, M-12-18(2) REVS, E- K-6A CRANKCASE EMG-0501 (CKE1) RELIANCE ELECTRIC-434175- EC-22 7 627-1 REV2S, M-12-37 REV OE EXHAUSTER MOTOR cu 91S EPD K-6B E-140-1A REV 2, M-12-18(2) REVS, E- K-6B CRANKCASE EMG-0502 (CKE1) RELIANCE ELECTRIC-434175- EC-26 7 627-2 REV19 EXHAUSTER MTR cu 916 EPD K-6A E-140-1A REV2, M-12-18(2) REVS, E- K-6A CRANKCASE EMG-0503 (CKE2) RELIANCE ELECTRIC-434175- EC-22 7 627-1 REV 2S, M-12-37 REV OE EXHAUSTER MOTOR cu 917 EPD K-6B E-140-1A REV2, M-12-18(2) REVS, E- K-6B CRANKCASE EMG-0504 (CKE2) RELIANCE ELECTRIC-434175- EC-26 7 627-2 REV19 EXHAUSTER MTR cu 918 RCPC EH-0501A>F E-254 SH.1 REV 7;M1-LD SHT 663 PRES HTR SILICON EU-1 ROBICON 413-017 EB-16 3 REV 1;E-253 SH.1 REV.13 RECTIFIR CTRL - 919 RCPC EH-0601A>F E-254 SH.1 REV 7;M1-LD SHT 663 PRES HTR SILICON EU-2 ROBICON 413-017 EB-16 3 REV 1;E-253 SH.1 REV.13 RECTIFIR CTRL 920 EPD K-6A E-14 REV 1S, M-12-16 REV 11, M-12-94 K-6A LOCAL FIELD EVl-1107DC (FV) WEST. VX-2S2, STY EC-22 7 REV9 VOLTMETER 606B413A19
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page47 LOCATION NOTES 921 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A LOCAL VOLTMETER EVl-1107L WEST. VC-252, STY EC-22 7 REV9 644B018A11 922 EPD K-6B M-12-16REV11, M-12-101 REV 10 K-6B FIELD VOLTMETER EVl-1213DC (FV) WEST. VX-252, STY EC-26 7 606B413A19 923 EPD K-6B E-14 REV-15, ~12-16REV11, M K-6BLOCALVOLTMETER EVl-1213L (V) WEST. VC-252, STY EC-26 7 101REV10 644B018A11 924 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A LOCAL WATIMETER EWl-1107L (W) WEST. VX-252, STY EC-22 7 REV9 714B607A10 925 EPD . K-6B E-14REV15, M-12-16REV11, M K-6B LOCAL WATIMETER EWl-1213L (W) WEST. VX-252, STY E~-26 7 101REV10 7148607A10 926 EPD EX-11 E-4 SH.1 REV.31 ;VEN E-6 SH.19 REV. .STATION PWR XFORMER EX-11 ITE NU-1 CSRM 3 0 PG.86-92 #11 927 EPD EX-12 E-4 SH.1 REV.31 ;VEN E-6 SH.19 REV. STATION PWR XFORMER EX-12 ITE NU-1 CSRM 3 0 PG.86-92 #12 928 EPD EX-15 E-4 SH.1 REV.31 ;VEN E-8 SH.18 REV. PRESSURIZER HTR EX-15 ASEA BROWN BOVERI VPI RM-142 3 OA XFORMER#15 929 EPD EX-16 E-4 SH.1 REV.31 ;VEN E-8 SH.18 REV. PRESSURIZER HTR EX-16 ASEA BROWN BOVERI VPE RM-142 3 OA XFORMER#16 930 EPD EX-19 E-4SH.2REV.18;VEN E-111 SH.2 STATION PWR XFORMER EX-19 ASEA BROWN BOVERI FORM- EEQRM 3 REV.4B #19 1009 931 EPD EY-10 E-11 SH.1 REV.9;E-8 SH.2 REV.25
- CNTMT & FUEL HDLG AREA EY-10CB14 ITE EQ20A CSRM 3 RAD C11 932 EPD EY-10 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C11A-L EY-10CB15 ITE EQ20A CSRM 3 933 EPD EY-10 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C13L EY-10CB2 ITE 20-2 POLE EQ20A CSRM 3 934 EPD EY-10 E-11 SH.1 REV.9;E-8 SH.2 REV.25 INVERTER & CHARGER CLG EY-10CB20 ITE EQ20A CSRM 3 FANS 935 EPD EY-10 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONRTOL RM PANEL C12L EY-10CB5 ITE 20-2 POLE EQ20A CSRM 3 936 EPD EY-10 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONRTOL RM PANEL C12L EY-10CB6 ITE 20-2 POLE EQ20A CSRM 3 937 RCPC LT-0103;PT-0101 E-82 SH.3REV16;E-84 SH.1 REV 15 WD RANGE PRESSZR EY-20-06 ITE EQP EY-20 3 LVUPRESS BRK 938 EPD EY-20 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CNTMT & FUEL HDLG AREA EY-20CB14 ITE EQ20A CSRM 3 RAD 939 EPD EY-20 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C11A EY-20CB16 ITE EQ20A CSRM 3 940 EPD EY-20 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C13R EY-20CB2 ITE EQ20A CSRM 3 941 EPD EY-20 E-11 SH.1 REV.9;E-8 SH.2 REV.25 INVERTER & CHARGER CLG EY-20CB20 ITE EQ20A CSRM 3 FANS
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page48* LOCATION NOTES 942 EPD EY-20 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12R EY-20CB6 ITE EQ20A CSRM 3 943 EPD EY-20 E-11 SH.1 REV,9;E-8 SH.2 REV.25 CONTROL RM PANEL C13R EY-20CB8 ITi; EQ20A CSRM 3 944 EPD EY-30 *E-11 SH.1 REV.9;E-8 SH.2 REV.25 NEUTRON MON AMP Nl-1/38 EY-30CB12 ITE EQ20A CSRM 3 ISOL 945 EPD . EY-30 E-11 SH.1 REV.9;E-8 SH.2 REV.25 REACTOR PROT C06L & NUC EY-30CB13 . ITE EQ20A CSRM 3 INSTR 946 EPD EY-30 E-11 SH.1 REV.9;E-8 SH.2 REV.25 INVERTER & CHARGER CLG EY-30CB20 ITE EQ20A CSRM 3 FANS 947 EPD EY-30 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C13L EY-30CB3 ITE EQ20A CSRM 3 948 EPD EY-30 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12L EY-30CB4 ITE EQ20A CSRM 3 949 EPD EY-30 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12L EY-30CB5 ITE EQ20A CSRM 3 950 EPD EY-30 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12L EY-30CB8 ITE EQ20A CSRM 3 951 RCPC TE-0112CD;TE-O E-96 SH.8 REV 2 PSTC LEG CHANNEL D BRK EY-40-04 ITE EQP EY-40 3 952 EPD EY-40 E-11 SH.1 REV.9;E-8 SH.2 REV.25 NEUT MON AMP Nl-2/4B& I/I EY-40CB12 ITE EQ20A CSRM 3 C176 953 EPD EY-40 E-11 SH.1 REV.9;E-8 SH.2 REV.25 REACTOR PROT C06R & EY-40CB13 ITE EQ20A CSRM 3 NUCINSTR 954 EPD EY-40 E-11 SH.1 REV.9;E-8 SH.2 REV.25 INVERTER & CHARGER CLG EY-40CB20 ITE EQ20A CSRM 3 FANS 955 EPD EY-40 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12R EY-40CB4 ITE EQ20A CSRM 3 956 EPD EY-40 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12R EY-40CB5 ITE EQ20A CSRM 3 957 EPD EY-40 E-11 SH.1 REV.9;E-8 SH.2 REV.25 CONTROL RM PANEL C12R EY-40CB8 ITE EQ20A CSRM 3 958 RCPC CV-2153 E-90-2, M-202-1A CONC BORIC ACID MAKEUP FA-0210B ROCHESTER ET-224 EC-02 4 FLO DEV 959 RCPC CV-2153 E-90-2, M-202-1A BORIC ACID MAKEUP FE-0210B FISCHER & PORTER 10D1418A RM-107A 3 BORATION FLO 960 EPD K-6A M-503-13R K-6A SERVICE WATER Fl-0890 MERIAM INSTRUMENTS-1126 K-6A 2 FLOW IND. 961 EPD K-6B M-503-13R K-68 SERVICE WATER Fl-0891 MERIAM INSTRUMENTS-1126 K-6B 2 FLOW IND 962 RCPC P-558 E-257 SH.1 REV.20 CHRG LINE FLOW FIA-0212 SIGMA9223 EC-02 3 INDICATOR ALARM 963 RCPC SV-20028 E-236 SH.3 REV.11 ;M-202 SH.1 REV. LETDOWN FLOW IND. FIC-0202 VERSATILE INST. EC-02 4 51 CONTROLLER 928310EVB13M
NO. 05/12195 SYSTEM SUBSYSTEM COMPONENT REFERENCE"DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page49* LOCATION NOTES 964 RCPC CV-2153 E-90-2, M-202-1A, M-201-48 BORIC ACID MAKEUP FIC-0210B FISCHER & PORTER 53EL3000 EC-02 3 BORATION FLO 965 OHR FT-0727;1/P-0727 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW FLOW TO STEAM FIC-0727 BAILEY 701132AAAA1WEP EC-01 4 79 SH.3B REV.6 GEN E-50B 966 OHR FT-0736A;l/P-073 E-79 SH.3E REV,2;E-79 SH.3F REV. FW PP P-8C FLOW CONTR FIC-0736A YOKOGAWA SPLC-171- EC-01 4 O;E-79 SH.3G REV.1 TO E-50B E/NPR/NPE 967 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. .FW PP P-8C FLOW CONTR FIC-0737A YOKOGAWA SPLC-171- EC-01 4
'O;E-79 SH.3G REV.1 TO E-50A E/NPR/NPE 968 OHR FT-0749;1/P-0749 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX fiW FLOW TO STEAM FIC.-0749 BAILEY 701132AAAA1WEP EC-01 4 79 SH.3B REV.6 GEN E-50A 969 HVAC P0-1711 E-271 SH.17 REV.O FLOW FIC-1711 BAILEY 701132AAAA1WEP HVACRM 4 INDICATING/CONTROLLER 970 HVAC P0-1712 E-271 SH.17 REV.O FLOW FIC-1712 BAILEY 701132AAAA 1WEP *RM-300A 4 INDICATING/CONTROLLER 971 HVAC V-95 E-270 SH.2 REV.3&SH.10 REV.3 V-95 LOW FLOW COND AUX FISX-1681 G.E. - HGA111 EJ-1003 4 RELAY 972 HVAC V-96 E-270 SH.2 REV.3&SH.10 REV.3 V-96 LOW FLOW COND AUX FISX-1682 G.E. - HGA111 EJ-1002 4 RELAY 973 OHR FT-0727;1/P-0127 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW FLOW P-8A&B TO E- FM-0727 BAILEY 745210AAAN2 EJ-1051 4 79 SH.3B REV.6 50B 974 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW PP P-8C FLOW TO FM-0736AA BAILEY 75001 OAAAN2 EJ-1052 4 O;E-79 SH.3G REV.1 E-50B 975 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW PP P-8C FLOW TO FM-0737AA BAILEY 750020AAAN2 EJ-1052 4 O;E-79 SH.3G REV.1 E-50A 976 OHR FT-0749;1/P-0749 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW FLOW P-8A&B TO E- FM-0749 BAILEY 750020AAAN2 EJ-1051 4 79 SH.3B REV.6 50A 977 OHR FT-0727;1/P-0727 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW P-8A&B FMA-0727 BAILEY 74521 OAAAN2 EJ-1051 4 79 SH.3B REV.6 CONTROLER IND 978 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW P-8C CONTROLER FMA-0736A BAILEY 745210AAAN2 EJ-1052 4 O;E-79 SH.3G REV.1 IND 979 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW P-8C CONTROLER FMA-0737A BAILEY 745210AAAN2 EJ-1052 4 O;E-79 SH.3G REV.1 IND 980 OHR FT-0749;1/P-0749 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW P-8A&B FMA-0749 BAILEY 74521 OAAAN2 EJ-1051 4 79 SH.3B REV.6 CONTROLER IND 981 OHR M0-0743;M0-075 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW ISOL VLV'S M0-0743 FOGG-AL-5 CONTROL PRODUCTS GPD-N- EC-187 4 10 R 982 OHR M0-0755;M0-075 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW ISOL VLV'S M0-0755 FOGG-AL-6 CONTROL PRODUCTS GPD-N- EC-187 4 10 R
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page50* LOCATION NOTES 983 OHR
- M0-0748;M0-075 E-1174SH.1 REV.3;E-1174SH.2 REV. AUX FW TO SIG E-SOB .FOGG-AR-5 CONTROL PRODUCTS GPD-N- EC-187 4 10 ISOLATION R 984 OHR . M0-0798;M0-076 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW ISOL VLV'S M0-0798 FOGG-AR-6 CONTROL PRODUCTS GPD-N- EC-187 4 10 R 985 DHR M0-0754;M0-076 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW FOGG A ISOL VLV FOGG-AX-7 G.E. -12HGA111J2 EC-187 4
. 10 CLOSE 986 OHR M0-0759;M0-075 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW FOGG A ISOL VLV FOGG-AY-7 G.E. -12HGA111J2 EC-187 4 10 CLOSE 987 OHR M0-0759;M0-075 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW ISOL VLV'S M0-0759 FOGG-BL-10 CONTROL PRODUCTS GPD-N- EC-187 4 10 R 988 OHR M0-0753;M0-074 E-1174SH.1 REV.3;E-1174SH.2 REV. AUX FW ISOL VLV'S M0-0753 FOGG-BL-9 CONTROL PRODUCTS GPD-N- EC-187 4 10 R 989 OHR M0-0760;M0-079 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW ISOL VLV'S M0-0760 FOGG-BR-10 CONTROL PRODUCTS GPD-N- EC-187 4 10 R 990 OHR M0-0754;M0-074 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW ISOL VLV'S M0-0754 FOGG-BR-9 CONTROL PRODUCTS GPD-N- EC-187 4
> 10 R 991 OHR M0-0748;M0-079 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW FOGG B ISOL VLV FOGG-BX-12 G.E. -12HGA111J2 EJ-1005 4 10 CLOSE 992 OHR M0-0755;M0-074 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW FOGG B ISOL VLV FOGG-BY-12 G.E. -12HGA111J2 EJ-1006 4 10 CLOSE 993 RCPC CV-2153 E-90-2, M-202-1A CONC BORIC ACID MAKEUP FQl-0210B FISCHER & PORTER EC-02 3 FLOW 52ET2115BA 994 RCPC SV-2153 E-234 SH.1 REV.19;M-202 SH.1 A REV. CONC. BORIC ACID MAKE- FQIS-0210B OMRON ELEC. H7AN-4DM EC-02 4 24 UP FLOW 995 EPD CV-2153 E-90-2, M-202-1A BORIC ACID MAKEUP FR-0210B LEEDS&NORTHROP 132-203- EC-02 2 BORATION FLO 00-00-L 996 OHR FT-0727;1/P-0727 E-79 SH.3 REV.S;E-79 SH.3A REV.7;E- AUX FW FLOW P-BA&B TO E- FS-0727 BAILEY 74521 OAAAN2 EJ-1051 4 79 SH.3B REV.6 SOB 997 OHR P-BA E-196 SH.1 REV.12;E-196 SH.2 REV. AUX FW FLOW P-8A/B TO E- FS-0727A BAILEY 74521 OAAAN2 1DSWGR 4 10;E-196 SH.3 REV.3 SOB 998 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E~79 SH.3F REV. AUX FW PP P-8C FLOW TO FS-0736A BAILEY 74521 OAAAN2 EJ-1052 4 O;E-79 SH.3G REV.1 E-SOB 999 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW PP P-8C FLOW TO FS-0737A BAILEY 74521 OAAAN2 EJ-1052 4 O;E-79 SH.3G REV.1 E-SOA 1000 OHR FT-0749;1/P-0749 E-79 SH.3 REV.S;E-79 SH.3A REV.7;E- AUX FW FLOW P-8A&B TO E- FS-0749 BAILEY 74521 OAAAN2 EJ-1051 4 79 SH.3B REV.6 SOA 1001 OHR P-8A E-196 SH.1 REV.12;E-196 SH.2 REV. AUX FW FLOW P-BA/B TO E- FS-0749A BAILEY 74521 OAAAN2 1DSWGR 4 10;E-196 SH.3 REV.3 SOA
NO. 05/17/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 51 LOCATION NOTES 3 1002 EPD K-6A E-140-1A REV2, M-12-37 REV OE K-6A LUBE OIL FLOW FS-1477 (FS) GEMS-FS-200 K-6A SWITCH 1003 EPD K-6B E-140-1A REV2, M-12-36 REVS, M K-6B LUBE OIL FLOW FS-1487 (FS) *GEMS K-6B 3 104REVOC SWITCH 1004 HVAC P0-1711 E-271 SH.17 REV.O FLOW SWITCH FS-1711 RODCHESTER ET1214 HVACRM 3 1005 HVAC P0-1712 E-271 SH.17 REV.O FLOW SWITCH FS-1712 RODCHESTERET1214 RM-300A 3 1006 HVAC V-26A .E-270 SH.11 REV.2;E-271 SH.3 REV. VF-26A/B LOW FLOW AUX FSX-1711 G;E. - HGA111 EJ-1003 4 2;E~2 RELAY 1007 HVAC V-26B E-270 SH.11 REV.2;E-271 SH.3 REV. VF-26A/B LOW FLOW AUX FSX-1712 G.E. - HGA111 EJ-1002 4 2;E-82 RELAY 1008 RCPC CV-2153 E-90-2, M-202-1A BORIC ACID MAKEUP FT-0210B FISCHER & PORTER RM-107 3 BORATION FLO 50SF2221A1.1 1009 OHR l/P-0727 E"79 SH.3,REV.5;E-79 SH.3A REV.7;E- AUX FW PPS P-SA&B FLOW FT-0727 ROSEMOUNT 1153DB5 CCW 4 79 SH.3B REV:6 TRANS 1010 OHR l/P-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW PP P-SC FLOW FT-0736A ROSEMOUNT 1153DB4 WESG 4 O;E-79 SH.3G REV.1 TRANS 1011 OHR l/P-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW PP P,.SC FLOW FT-0737A ROSEMOUNT 1153DB4 WESG 4 O;E-79 SH.3G REV.1 TRANS 1012 OHR l/P-0749 E~79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW PPS P-SA&B FLOW FT-0749 ROSEMOUNT 1153DB5 ccw 4 79 SH.3B REV.6 TRANS 1013 HVAC P0-1711 E-271 SH.17 REV.O FLOW TRANSMITTER FT-1711 TAVIS P8C(S) HVACRM 3 1014 HVAC P0-1712 E-271 SH.17 REV.O FLOW TRANSMITTER FT-1712 TAVIS P8C(S) RM-300A 3 1015 EPD K-6A M-12-95(2) REV 10, M-12-98(2) REV 7 ALARM ACKNOWLEDGE G1-1/ACK G.E. - CR2940 EG-20 3 PUSHBUTTON 1016 EPD K-6A M-12-95(2) REV 10, M-12-97 REV 5, E- MAN/AUTO SW FOR AIR G1-1/ACS G.E. - CR2940 EG-20 3 627-1 REV25 COMP MOTOR 1017 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A AIR PRESSURE RELAY G1-1/APR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 BFD5072A49G12 1018 EPD K-6A M-12-98(1) REV 15, M-12-99 REV 2 K-6A SETPOINT MOTOR G1-1/AVM OHMITE - 55677-3 EC-22 3 1019 EPD K-6A M-12-18(2) REVS, M-12-96 REVOG, M- K-6A CRANK EXH BLOW ACT G1-1/CKR G.E. - CR120J22002 EG-21 2 12-97 REV5 RLY 1020 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A ENGINE CRANKING RLY G1-1/CR1 WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 CKTA BFD5072A49G05 1021 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A ENGINE CRANKING RLY G1-1/CR2 WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 CKTB BFD5072A49G05
05/12195 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 52 LOCATION NOTES 1022 EPD K-6A E-140-3REV12, M-12-98(1) REV 15, K-6A START/STOP SWITCH
- G1-1/CS -G.E. - SBM10BB501 EC-04 3 M-201-63 REV 33 1023 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A DC FAILURE RELAY G1-1/DCFR1 WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 CKTA BFD5072A49G04 1024 EPD K-6A E-140-1 REV 17, M-12-95(1)- REV 11, _ K-6A DC FAILURE RELAY G1-1/DCFR2 WESTING. ELEC.- 'EG-20 2 M-12-98(1) REV 15 CKTB BFD5072A49G04 1025 EPD K-6A E-140-2REV16, M-12-98(1) REV 15, K-6A DROOP RELAY G1-1/DR SQUARE D-P04 TYPE, CLASS EC-22 6B M-12-99 REV 2 7001 1026 EPD K-6A E~140-3REV12, M-12-98(1) REV 15 K-6A DROOP $WITCH G1-1/DSR G.E. - SBM1 OAA050 EC-04. 3 REMOTE 1027 EPD K-6A M-12-16REV11, M-12-94 REV 9 K-6A ELECT. GOVERNOR G1-1/EGA WOODWARD-8270-092 EC-22 3 1028 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A ENGINE RUNNING G1-1/ERR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY BFD5072A49G04 1029 EPD K-6A M-12-37 REV OF, M-12-98(1) REV 15 K-6A ENGIN RUN SOLENOID G1-1/ERS (K11) WOODWARD K-6A 7 1030 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A ENGINE START RELAY G1-1/ESR1 WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 CKTA BFD5072A49G12 1031 EPD K-6A E-140-1REV17, M-12-95(1) REV 11, K-6A ENGINE START RELAY G1-1/ESR2 WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 CKTB BFD5072A49G12 1032 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A ENGINE TROUBLE G1-1/ETR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY BFD5072A49G04 1033 EPD K-6A M-12-96 REVOG, M-12-97 REV5 K-6A FUEL LEVEL RELAY G1-1/FLR (FLR) G.E. - CR120J22002 EG-21 2 1034 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A FIELD SHUTDOWN G1-1/FST CONTROL PRODUCTS DIV.- EG-20 4 M-12-98(1) REV 15 TIMER E7012 PD 1035 EPD K-6A E-140-2REV16, M-12-94 REV9 K-6A GOVERNOR SET POINT G1-1/GSL G.E.-SBM EC-22 3 SW 1036 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A HORN ALARM RELAY G1-1/HAR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 BFD5072A49G04 1037 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6,A. HEATER CUTOFF G1-1/HCR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY BFD5072A49G04 1038 EPD K-6A E-140-1REV17, M-12-95(1) REV 11, K-6A HIGH LUBE OIL DIFF. G1-1/HLODR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY BFD5072A49G05 1039 EPD K-6A E-140-1REV17, M-12-95(1) REV 11, K-6A HIGH LUBE OIL TEMP G1-1/HLOTR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY - BFD5072A49G12 1040 EPD K-6A M-12-94 REV9, M-12-99 REV2 K-6A HI VOLT. EXCITER G1-1/HVE BASLER 59001-100 EC-22 7 CHASSIS 1041 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6AJACKETWATER LEVEL G1-1/JWLR WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY BFD5072A49G08
05/12195 NO. SYSTEM SUBSYSTEM COMPON_ENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 53 LOCATION NOTES 1042 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A FLASHING RELAY CKT G1-1/JWPR1 WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 A BFD5072A49G112 1043 EPD K-6A E-140-1 _REV 17, M-12-95(1) REV 11, K-6A FLASHING RELAY CKT G1-1/JWPR2 WESTINGHOUSE- EG-20 4 M-12-98(1.) REV 15 B BFD5072A49G12 1044 EPD K-6A E-140-1 REV17,M-12-95(1)REV11, *K-6A JACKET WATER TEMP .G1-1/JWTR WESTING. ELEC.- EG-20 2
-M-12-98(1) REV 15 RELAY BFD5072A49G05 1045 EPD K-6A E-140-1REV17, M-12-95(1) REV 11, K-6A JACKET WATER TEMP G1-1/JWTR1 WESTING. ELEC.- EG-20 2 M-12-98(1) REV 15 RELAY BFD5072A49G04 1046 EPD K-6A M-12-99 REV 2 K-6A CONTROL RELAY G1-1/K1 WESTINGHOUSE-MD-101 EC-22 6C 1047 EPD K-6A M-12-99 REV2 K-6A FIELD SHORTING G1-1/K1A WESTINGHOUSE-MD-101 EC-22 6C CONTACTOR 1048 EPD K-6A M-12-99 REV2 K-6A FIELD FLASHING G1-1/K2 WESTINGHOUSE-MD-110 EC-22 6E CONTACTOR 1049 EPD K-6A M-12-99 REV2 K-6A FIELD CURRENT RELAY G1-1/K3 POTTER BRUMFIELD-PRD11 DY EC-22 4 1050 EPD K-6A M-12-99 REV2 K-6A CONTROL RELAY G1-1/K4 POTTER BRUMFIELD-PRD11 DY EC-22 4 1051 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A FUEL LEVEL RELAY G1-1/LFLR WESTINGHOUSE-BFD 47E8406 EG-20 2 M-12-98(1) REV 15 HI/LO 1052 EPD K-6A .*E-140-1 REV 17, M-12-95(1) REV 11, K-6A LOW LUBE OIL TEMP G1-1/LLOTR WESTING-BFD5072A49G08 EG-20 2 M-12-98(1) REV 15 RELAY 1053 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A LOW OIL LEVEL RELAY G1-1/LOLR WESTINGHOUSE-BF33F EG-20 2 M-12-98(2) REV7 1054 EPD K-6A M-12-95(1) REV 11, M-12-97 REV 5 K-6A LUBE OIL HEATER G1-1/LP1 TRANSAMERICAN DE LAVAL- EG-20 3 RELAY ST22155 1055 EPD ~-6A M-12-95(1) REV 11, M-12-97 REV 5 K-6A LUBE OIL LEVEL RELAY G1-1/LP2 TRANSAMERICAN DE LAVAL- EG-20 3 ST22155 1056 EPD K-6A M-12-94 REV9, M-12-99 REV2 K-6A EXCITER VOLT. G1-1/LVE BASLER ELECT.-90-59000-100 EC-22 3 REGULATOR 1057 EPD K-6A M-12-94 REV9 K-6A MTR OPER. POT. G1-1/MOP WOODWARD-903-106 EC-22 7 (SPEED/LO) 1058 EPD K-6A M-12-98(1) REV 15, M-12-99 REV 2 K-6A VOLTAGE ADJUST G1-1/MVM OHMITE-55677-3 EC-22 3 MOTOR 1059 EPD K-6A E-140-1 REV17,M-12-95(1)REV11, K-6A OVERCRANK RELAY G1-1/0CR WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 BFD5072A49G12 1060 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A OVERCRANK TIMER G1-1/0CT1 CONTROL PRODUCTS DIV.- EG-20 4 M-12-98(1) REV 15 CKTA E7012 PD 1061 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A OVERCRANK TIMER G1-1/0CT2 CONTROL PRODUCTS DIV.- EG-20 4 M-12-98(1) REV 15 CKTB E7012 PD
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP . RELAY ID TYPE Page 54 LOCATION NOTES 1062 EPD K-6A E-1~1. REV 17, M-12-95(1) REV 11, K-6A OIL PRESSURE RELAY
- G1-1/0PR WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 BFD5072A49G05 1063 EPD K-6A E-140-1REV17, M-12-95(1) REV 11, K-6A OIL PRESSURE RELAY G1-1/0PR1 WESTING. ELEC.- EG-20 2 M-12~98(1) REV 15 *BFD5072A49G05 1064 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, .K-6A OIL PRESSURE TIMER G1-1/0PT1 ,CONTROL PRODUCTS DIV.- EG-20 4 M-12-98(1) REV 15 CKTA E7012 PD 1065 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A OIL PRESSURE TIMER G1-1/0PT2 CONTROL PRODUCTS DIV.- EG-20 4 M-12-98(1) REV 15 CKTB E7012 PD 1066 EPD K-6A .E-140-1 REV 17, M-12-98(1) REV 15 K-6A OVERSPEED SWITCH G1-1/0S MICROSWITCH-DT F2-2RN2 K-6A 2 1067 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A OVERSPEED RELAY G1-1/0SR WESTINGHOUSE- .EG-20 4 M-12-98(1) REV 15 BFD5072A49G12 1068 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A PRESSURE DELAY G1-1/PDT CONTROL PRODUCTS DIV.- EG-20 2 M-12-98(1) REV 15 TIMER E7012 PD 1069 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A PRELUBE TIMER RELAY G1-1/PLT CONTROL PRODUCTS DIV.- EG-20 2 M-12-98(1) REV 15 E7012 PD 1070 EPD K-6A M-12-16REV11, M-12-51 REV B, M- K-6A RESISTOR BOX G1-1/RB WOODWARD-8270-145 EC-22 7 12-94,100 REV 9,6 1071 EPD K-6A M-12-95(2) REV 10, M-12-98(2) REV 7 ALARM RESET G1-1/RESET G.E. - CR2940 EG-20 3 PUSHBUTION 1072 EPD K-6A M-12-16REV11, M-12-95(2) REV 10, K-6A RUNNING TIME METER G1-1/RTM INDUST. TIMER CORP.-MODEL EG-20 2 E-14REV15 C-2 1073 EPD K-6A .E-140-1 REV 17, M-12~95(1)-REV 11, K-6A RAW WATER PRES. G1-1/RWPR WESTING. ELEC.- EG-20 2
.M-12-98(1) REV 15 RELAY BFD5072A49G08 1074 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A SHUTDOWN RELAY G1-1/SDR WESTINGHOUSE- EG-20 4 M-12-98(1) REV 15 BFD5072A49G12 1075 EPD K-6A E-140-1 REV 17, M-12-95(2) REV 10, K-6A START/STOP SWITCH, G1-1/SSS G.E.-SBM EG-20 3 M-12-98(1) REV 15 LOCAL 1076 EPD K-6A M-12-95(2) REV 10, M-12-98(2) REV7 ALARM TEST PUSHBUTION G1-1/TEST G.E. - CR2940 EG-20 3 SWITCH 10n EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A UNDERVOLT RELAY G1-1/TPS1 STATES-RTS EC-22 3 REV9 TEST SW 1078 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A UNDERVOLT RELAY G1-1/TPS2 STATES -RTS EC-22 3 REV9 TEST SW 1079 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 K-6A UNDERVOLT RELAY G1-1/TPS3 STATES-RTS EC-22 3 REV9 TEST SW 1080 EPD K-6A E-14REV15, M-12-16REV11, M-12-94 VOLTMETER SELECTOR G1-1NS G.E.-SBM EC-22 3 REV9 SWITCH
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST *
.CONTACT/CONTACT GROUP RELAY ID TYPE Page 55 LOCATION NOTES 1081 EPD .K-6A E-140-2REV16, M-12-94 REV9, M K-6A LOCAL REGULATOR G1-1NSL G.E. - SBM10BA873 EC-22 3 98(1) REV 15 SW 1082 EPD K-6A E-140-3REV12, M-12-98(1) REV 15 K-6A REMOTE REGULATOR G1-1NSR G.E. - SBM10BB502 EC-04 3 SW 1083 EPD K-6A E-14.REV 15, M-12-16REV11, M-12-94 K-6AWATT¥ETER G1-1/WT WESTINGHOUSE-VP2 EC-22 3 REV9 TRANSDUCER 1084 EPD K-6B M-12-102(2) REV 10, M-12-105(2) REV ALARM ACKNOWLEDGE G1-2/ACK G.E. - CR2940 EG-30 3 9 PUSHBTN 108S EPD K-6B E-827~2REV19, M-12-102(2) REV 10, MAN/AUTO SW FOR AIR G1-2/ACS .G.E. - CR2940 EC3-30 3 M"12-104 REVOC COMP MTR 1086 EPD K-6B E"140-1.REV17, M-12-1.02(1) REV 11, K-6BPRESSURE RELAY G1-2/APR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 BFD5072A49G12 1087 EPD K-6B M-12-105(1) REV 10 K-6B SETPOINT MOTOR G1-2/AVM .OHMITE - 55677~ EC-26 3 1088 EPD K-6B M-12-18(2) REVS, M-12-103 REVOC, K-6B CRANK EXH BLOW ACT G1-2/CKR G.E. - CR120J22002 EG-31 2 M-12-104 REV OC RLY 1089 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B ENGINE CRANKING RLY G1-2/CR1 WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 CKTA BFD5072A49G05 1090 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B ENGINE CRANKING RLY G1-2/CR2 WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 CKTB BFD5072A49G05 1091 EPD K-6B E-140-3REV12, M-201-82 REV K-6B START/STOP SWITCH G1-2/CS G.E. - SBM10BB501 EC-04 3 1092 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B D.C. FAILURE RELAY G1-2/DCFR1 WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 CKTA BFD5072A49G04 1093 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B D.C. FAILURE RELAY G1-2/DCFR2 WESTING. ELEC., EG-30 2 M-12-105(1) REV 10 CKTB BFD5072A49G04 1094 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10, K-6B DROOP RELAY G1-2/DR SQUARE D-P04 TYPE, CLASS EC-26 6B M-12-106 REV2 7001 1095 EPD K-6B E-140-3REV12, M-12-105(1) REV 10 K-6B DROOP SWITCH G1-2/DSR G.E. - SBM10AA050 EC-04 3 REMOTE 1096 EPD K-6B M-12-16REV11,M-12-101 REV10 K-6B ELECT. GOVERNOR G1-2/EGA WOODWARD-8270-092 EC-26 3 1097 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B ENGINE RUNNING G1-2/ERR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G04 1098 EPD K-6B M-12~6 REV6, M-12-105(1) REV 10 K-6B ENGINE RUN G1-2/ERS (K12) WOODWARD-903-106 K-6B 7 SOLENOID 1099 EPD K-6B E-140-1 REV17,M-12-102(1)REV11, K-6B ENGINE START RELAY, G1-2/ESR1 WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 CKTA BFD5072A49G12 1100 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B ENGINE START RELAY, G1-2/ESR2 WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 CKTB BFD5072A49G12
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 56 NOTES 1101 EPD K-6B E-140-1 REV17,M-12-102(1)REV11, K-6B ENGINE TROUBLE G1-2/ETR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G04 1102 EPD K-6B M-12-103 REVOC, M-12-104 REV QC K-6B FUEL LEVEL RELAY G1-2/FLR G.E. - CR120J22002 EG-31 2 1103 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B FIELD SHUTDOWN G1-2/FST CONTROL PRODUCTS DIV.- EG-30 4 M-12-105(1) REV 10 TIMER E7012 PD 1104 EPD K-6B M-12-101 REV 10 K-6B GOVERNOR SETPOINT G1-2/GSL G.E.-SBM EC-26 3 SW 1105 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B HORN ALARM RELAY G1-2/HAR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 BFD5072A49G04 1106 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B HEATER CUT-OFF G1-2/HCR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G04 1107 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B HIGH LUBE OIL DIFF G1-2/HLODR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G05 1108 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B HIGH LUBE OIL TEMP G1-2/HLOTR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G12 1109 EPD K-6B M-12-101REV10, M-12-106 REV2 K-6B HIGH VOLT EXCITER G1-2/HVE BASLER-90-59001-100 EC-26 7 CHASSIS 1110 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B JACKET WATER LEVEL G1-2/JWLR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G08 1111 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B FLASHING RELAY, CKT G1-2/JWPR1 WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 A BFD5072A49G12 1112 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B FLASHING RELAY, CKT G1-2/JWPR2 WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 B BFD5072A49G12 1113 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B JACKET WATER TEMP G1-2/JWTR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G05 1114 EPD K-6B E-140-1 REV17, M-12-102(1) REV11, K-6B JACKET WATER TEMP G1-2/JWTR1 WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G04 1115 EPD K-6B M-12-106REV2 K-6B CONTROL RELAY G1-2/K1 WESTINGHOUSE-MD-101 EC-26 6C 1116 EPD K-6B M-12-106 REV2 K-6B FIELD SHORTING G1-2/K1A WESTINGHOUSE-MD-101 EC-26 6C CONTACTOR 1117 EPD K-6B M-12-106 REV2 K-6B FIELD FLASHING G1-2/K2 WESTINGHOUSE-MD-110 EC-26 6D CONTACTOR 1118 EPD K-6B M-12-106 REV2 K-6B FIELD CURRENT G1-2/K3 POTTER BRUMFIELD - EC-26 4 PRD11DY 1119 EPD K-6B M-12-106 REV 2 K-6B CONTROL RELAY G1-2/K4 POTTER BRUMFIELD - EC-26 4 PRD11DY 1120 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B FUEL LEVEL RELAY G1-2/LFLR (HLFLR) WESTING. ELEC.-BFD47E8406 EG-30 2 M-12-105(1) REV 10 HI/LO
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 57 LOCATION NOTES 1121 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B LOW LUBE OIL TEMP G1-2/LLOTR WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 RELAY BFD5072A49G08 1122 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B LOW OIL LEVEL RELAY G1-2/LOLR WESTING ..ELEC.-BFD47E8406 EG-30 2 M-12-105(1) REV 10 1123 EPD K-6B M-12-102(1) REV 11, M-12-104 REV OC K-6B LUBE OIL HEATER G1-2/LP1 TRANSAMERICAN DELAVAL- EG-30 3 RELAY ST22155 1124 EPD K-6B M-12-102(1) REV 11, M-12-104 REVOC K-6B LUBE OIL LEVEL RELAY G1-2/LP2 TRANSAMERICAN DELAVAL- EG-30 3 ST22155 1125 EPD K-6B M-12-101 REV 10, M-12-106 REV 2 K-6B EXCITER VOLTAGE G1-2/LVE BASLER ELECT.-90-59000-100 EC-26 3 REGULATOR 1126 EPD K-6B M-12-101 REV 10 K-6B MOTOR OPER POT G1-2/MOP WOODWARD-903-106 EC-26 7 (SPEED/LO) 1127 EPD K-6B M-12-105(1) REV 10 K-6B VOLTAGE ADJUST G1-2/MVM OHMITE - 556n-3 EC-26 3 MOTOR 1128 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B OVERCRANK RELAY G1-2/0CR WESTING. ELEC.- EG-30 4 M-12-105(1) REV10 BFD5072A49G12 1129 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B OVERCRANK TIMER G1-2/0CT1 CONTROL PRODUCTS DIV.- EG-30 4 M-12-105(1) REV10 CKTA E7012 PD 1130 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B OVERCRANK TIMER G1-2/0CT2 CONTROL PRODUCTS DIV.- EG-30 4 M-12-105(1) REV10 CKTB E7012 PD 1131 EPD K-6B E-140-1 REV17, M-12-102(1) REV 11, K-6B OIL PRESSURE RELAY G1-2/0PR WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 BFD5072A49G05 1132 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B OIL PRESSURE RELAY G1-2/0PR1 WESTING. ELEC.- EG-30 2 M-12-105(1) REV 10 BFD5072A49G05 1133 EPD *K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B OIL PRES TIMER CKT A G1-2/0PT1 CONTROL PRODUCTS DIV.- EG-30 4 M-12-105(1) REV 10 E7012 PD 1134 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B OIL PRES TIMER CKT B G1-2/0PT2 CONTROL PRODUCTS DIV.- EG-30 4 M-12-105(1) REV10 E7012 PD 1135 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B OVERSPEED SWITCH G1-2/0S MICROSWITCH-DT F2-2RN2 K-6B 2 1136 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B OVERSPEED RELAY G1-2/0SR WESTING. ELEC.- EG-30 4 M-12-105(1) REV10 BFD5072A49G12 1137 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B PRESSURE DELAY G1-2/PDT CONTROL PRODUCTS DIV.- EG-30 2 M-12-105(1) REV10 TIMER E7012 PD 1138 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B PRELUBE TIMER RELAY G1-2/PLT CONTROL PRODUCTS DIV.- EG-30 2 M-12-105(1) REV 10 E7012 PD 1139 EPD .K-6B M-12-16REV11, M-12-51 REV B, M- K-6B RESISTOR BOX G1-2/RB WOODWARD-8270-145 EC-26 7 12-101 REV 10, M-12-107 REV 5
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 58 LOCATION NOTES 1140 EPD K-6B M-12-102(2) REV 10, M-12-105(2) REV ALARM RESET G1-2/RESET G.E. - c*R2940 EG-30 3 9 PUSHBUTTON 1141 EPD K-6B E-14REV15, _M-12-16REV11, M K-6B RUNNING TIME METER G1-2/RTM INDUST TIMER CORP.-MODEL 0 EG-30 2 102(2) REV 10 C-2 1142 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B RAW WATER PRES .G1-2/RWPR WESTING. ELEC.- EG-30 2
. M-12-105(1) REV 10 RELAY BFD5072A49G08 1143 EPD K-6B E-140-1REV17, M-12-102(1) REV 11, K-6B SHUTDOWN RELAY G1-2/SDR WESTING. ELEC.- EG-30 4 M-12-105(1) REV 10 BFD5072A49G12 1144 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B LOCAL START/STOP G1-2/SSS G.E.-SBM EG-30 3 M-12-105(1) REV 10 SWITCH 1145 EPD K-6B M-12-102(2) REV 10, M-12-105(2) REV ALARM TEST PUSHBUTTON G1-2/TEST G.E. - CR2940 EG-30 3 9
1146. EPD K-6B E-14REV15, M-12-16REV11, M K-6B UNDERVOLT RELAY G1-2/TPS1 STATES-RTS EC-26 3 101REV10 TEST SW 1147 EPD K-6B E-14REV15, M-12-16REV11,M K-6B UNDERVOLT RELAY G1-2/TPS2 STATES-RTS EC-26 3 101 REV 10 TEST SW 1148 EPD K-6B E-14REV15, M-12-16REV11, M K-6B UNDERVOLT RELAY G1-2/TPS3 STATES-RTS EC-26 3 101 REV 10 TEST SW 1149 EPD K-6B E-14REV15, M-12-16REV11, M K-6B VOLTMETER G1-2/VS G.E.-SBM EC-26 3 101 REV 10 SELECTOR SW 1150 EPD K-6B E-140-1A REV2, M-12-105(1) REV 10 K-6B LOCAL REGULATOR G1-2/VSL G.E. - SBM10BA873 EC-26 3 SWITCH 1151 EPD K-6B E-140-3REV12, M-12-105(1) REV 10 K-6B REMOTE REGULATOR G1-2/VSR G.E. - SBM10BB502 EC-04 3 SWITCH 1152 EPD K-6B E-14REV15, M-12-16REV11, M K-6B WATTMETER G1-2/WT WESTINGHOUSE-VP2 EC-26 3 101 REV 10 TRANSDUCER 1153 OHR FT-0727;1/P-0727 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW FLOW TO STEAM HIC-0727 BAILEY 71101AAAA1WAM EC-33 4 79 SH.3B REV.6 GEN E-50B 1154 OHR FT-0727;1/P-0727 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- FLOW CONTROL IND. AUX HIC-0727C FOXBORO 67-HTG-OJ EC-150 3 79 SH.3B REV.6 FW E-50B 1155 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. FW PP P-8C FLOW CONTR HIC-0736A BAILEY 71101AAAA1WAM EC-33 4 O;E-79 SH.3G REV.1 TO E-50B 1156 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. FW PP P-8C FLOW CONTR HIC-0737A BAILEY71101AAAA1WAM EC-33 4 o:E-79 SH.3G REV.1 TO E-50A 1157 OHR FT-0749;1/P-0749 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- FLOW CONTROL IND. AUX HIC-0749 BAILEY 71101AAAA1WAM EC-33 4 79 SH.3B REV.6 FWE-50A 1158 OHR FT-0749;1/P-0749 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- FLOW CONTROL IND. AUX HIC-0749C FOXBORO 67-HTG-OJ EC-150 3 79 SH.3B REV.6 FW E-50A
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 59 LOCATION NOTES 1159 OHR FT-0749;1/P-0749 E-78-2 REV 16, E-79-3 REV 5;E-79-3A AUX FW VLV CV-0747,49 HS-0102A ELECTRO 20KD-091504- EC-150 3 REV 7;E-79-3B REV 6, E-82-5 REV 10 CNTLSW 0012H1.4A 1160 OHR FT-0727;1/P-0727 E-78 SH.2A REV.4, E-79 SH.3 REV. AUX FW VLV CV-0727 HS-0102B ELECTRO 20KD-0915DA- EC-150 3 5;E-79 SH.3A REV.7;E-79 SH.3B REV.6 CONTROL SW 0012H14A 1161 RCPC SV-0148 E-234 SH.2REV13 QUENCH TANK DRAIN HAND HS-0148 *G.E. - CR2940 EC-02 3 SW 1162 RCPC SV-01.50 E-234 SH.2REV13 QUENCH TNK NITRGN HS-0150 G.E. - CR2940 EC-02 3 ISOLATHDSW 1163 RCPC SV-0152 .E-234 SH.2REV13 QUENCH TNK T-73 VENT HS-0152 G.E. - CR2940 EC-02 3 HAND SW 1164 RCPC SV-0155 E-235 SH.2REV16 DEMIN WTR QUNCH TNK T- HS-0155 G.E. - CR2940 EC-02 3 73HDSW 1165 OHR SV-0502,508,513, E-238 SH.1 REV.25;E-238 SH.1A REV. MAIN STEAM FROM GEN. E- HS-0501A G.E. - CR2940 EC-01 3 5 50B 1166 OHR M0-0501 E-238 SH.3 REV.6 MSS ISOL VLV BYPASS HS-0501C G.E. - CR2940 EC-01 3 HAND SW 1167 OHR SV-0505A,B;507A E-238 SH.1 REV.25;E-238 SH.1A REV. MAIN STEAM FROM GEN. E- HS-0510A G.E. - CR2940 EC-01 3 5 50A 1168 OHR M0-0510 E-238 SH.3 REV.6 MSS ISOL VLV BYPASS HS-0510C G.E. - CR2940 EC-01 3 HAND SW 1169 OHR SV-0522A E-238 SH.4 REV.25 AUX FW PUMP TURB STEAM HS-0522A G.E. - CR2940 EC-01 3 VLVSW 1170 OHR SV-0522B. E-238 SH.4A REV.1 AUX FW PUMP TURB STEAM HS-0522B G.E. - CR2940 EC-01 3 VLVSW 1171 OHR SV-0522C E-238 SH.12 REV.7 AUXFW PP TURB STM CV- HS-0522C ELECTRO 20KB-1251 D4-2H17G EC-150 3 0522BSW 1172 OHR SV-0738 E-235 SH.3 REV15;E-235 SH.3A REV. E-50B TOP BLOWDN HS-0738 G.E. - CR2940 EC-13 3 3;E-235 SH.3B REV.3 ISOLATION SW 1173 OHR SV-0739 E-235 SH.3 REV15;E-235 SH.3A REV, E-50A TOP BLOWDN HS-0739 G.E. - CR2940 l;C-13 3 3;E-235 SH.3B REV.3 ISOLATION SW 1174 OHR M0-0743 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW TO S/G E-50B HS-0743 G.E. - CR2940 EC-11 3 10 ISOLATION 1175 OHR M0-0748 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW TO S/G E-50B HS-0748 G.E. - CR2940 EC-11 3 10 ISOLATION 1176 OHR M0-0753 E-1174SH.1 REV.3;E-1174SH.2REV. AUX FW TO S/G E-50A HS-0753 G.E. - CR2940 EC-11 3 10 ISOLATION 1177 OHR M0-0754 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW TO S/G E-50A HS-0754 G.E. - CR2940 EC-11 3 10 ISOLATION
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page60 LOCATION NOTES 1178 OHR *M0-0755 E-1174SH.1 REV.3;E-1174SH.2 REV. AUX FW TO SIG E.,SOB HS-0755 G.E. - CR2940 EC-11 3 10 ISOLATION 1179 OHR M0-0759 E-1174SH.1 REV.3;E-1174SH.2 REV. AUX FW TO SIG E.,SOA .HS-0759 G.E. - CR2940 EC-11 3 10 ISOLATION 1180 OHR M0-0760 .E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW TO SIG E.,SOA HS-0760 G.E. - CR2940 EC-11 3 10 ISOLATION 1181 OHR SV-0767 E-235 SH.4A REV10 E-SOA BOTTOM BLOWDN HS-0767 G.E. - CR2940 EC-13 3 ISOL. SW 1182 OHR SV-0768 E-235 SH.4A REV10 *E.,SOB BOTTOM BLOWDN HS-0768 G.E. - CR2940 EC-13 3
- ISOL.SW 1183 OHR M0-0798 E-1174 SH.1 REV.3;E-1174 SH.2 REV. AUX FW TO SIG E.,SOB HS-0798 G.E. - CR2940 EC-11 3 10 ISOLATION 1184 OHR SV-0821 E-219 SH.1 REV.10;E"219 SH.3 REV.15 CCW HT EXH SERVICE WTR HS-0828 .G.E. - CR2940 EC-08 3 BYPASS 1185 OHR SV-0844 E-219 SH.1 REV.10;E-219 SH.2 REV. CRITICAL SERV WTR LINE HS-0844 G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 HAND SW 1186 OHR SV-0845 E-219 SH.1 REV.10;E-219 SH.2 REV. CRITICAL SERV WTR LINE HS-0845 G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 HAND SW 1187 OHR SV-0846 E-219 SH.1 REV.10;E-219 SH.2 REV. CRITICAL SERV WTR HS-0846 G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 CROSSOVER 1188 OHR SV-0847 E-21.9 SH.1 REV.10;E-219 SH.2 REV.
- SWS INLET TO AIR HS-0847A G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 COOLERS SW 1189 OHR SV-0847 E-219 SH.1 REV.10;E-219 SH.2 REV. SWS INLET TO AIR HS-08478 G.E. - CR2940 EC-33 3 10;E-219 SH.3 REV.15 COOLERS SW 1190 OHR SV-0857 E-219 SH.1 REV.10;E-219 SH.2 REV. CRITICAL SERV WTR HS-0857 G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 CROSSOVER 1191 OHR SV-0876 E-219 SH.1 REV.10;E-219 SH.2 REV. SERV WTR DIESEL ENGINE HS-0876 G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 SWITCH 1192 OHR SV-0877 E-219 SH.1 REV.to;E-219 SH.2 REV. SERV WTR DIESEL ENGINE *HS-0877 G.E. - CR2940 EC-08 3 10;E-219 SH.3 REV.15 SWITCH 1193 OHR SV-0879 . E-219 SH.1 REV.10;E-219 SH.3 REV.15 ESG PPS SEAL COOLING HS-0879A G.E. - CR2940 EC-08 3 SWITCH 1194 OHR SV-0879 E-219 SH.1 REV.10;E-219 SH.3 REV.15 ESG PPS SEAL COOLING HS-0879B G.E. - CR2940 EC-33 3 SWITCH 1195 OHR SV-0880 E-219 SH.1 REV.10;E-219 SH.3 REV.15 ESG PPS SEAL COOLING HS-0880A G.E. - CR2940 EC-08 3 SWITCH 1196 OHR SV-0880 E-219 SH.1 REV.10;E-219 SH.3 REV.15 ESG PPS SEAL COOLING HS-0880B G.E. - CR2940 EC-33 3 SWITCH
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 61 LOCATION NOTES 1197 OHR SV-0951 E-239 SH.1 REV.16;E-239 SH.3 REV.13 SWS BACKUP FOR SEAL HS-0951A G.E. - CR2940 EC-08 3 COOLING SW 1198 OHR SV-0951 E-239 SH.1 REV.16;E-239 SH.3 REV.13 SWS BACKUP FOR SEAL HS-0951B G.E. - CR2940 EC-33 3 COOLING SW 1199 RCPC M0-1042A E-242 SH.4REV19 PWR OPERATED RELIEF HS-1042A G.E.-SB1 EC-02 3 VAL HD SW 1200 RCPC PRV-1042B E-256 SH.1 REV.21 PRZ I QUENCH TK T-73 HS-1042B G.E.-SB1 EC-02 3 HAND SW 1201 RCPC M0-1043A E-242 SH.4REV19 PWR OPERATED RELIEF HS-1043A G.E.-SB1 EC-02 3 VAL HD SW 1202 RCPC PRV-1043B E-256 SH.1A REV.7 PRZ I QUENCH TK T-73 HS-1043B G.E. -SB1 EC-02 3 HAND SW 1203 RCPC PRV-1067 E-256 SH.4 REV.3 PCS REACTOR HEAD VENT HS-1067 G.E. - CR2940UN311AW EC-11A 3 HAND SW 1204 RCPC PRV-1068 E-256 SH.4 REV.3 PCS REACTOR HEAD VENT HS-1068 G.E. - CR2940UN311AW EC-11A 3 HAND SW 1205 RCPC PRV-1069 E-256 SH.4 REV.3 PCS REACTOR HEAD VENT HS-1069 G.E. - CR2940UN311AW EC-11A 3 HAND SW 1206 RCPC PRV-1070 E-256 SH.4 REV.3 PCS REACTOR HEAD VENT HS-1070 G.E. - CR2940UN200F EC-11A 3 HAND SW 1207 RCPC PRV-1072 E-256 SH.4 REV.3 PCS REACTOR HEAD VENT HS-1072 G.E. - CR2940UN311AW EC-11A 3 HAND SW 1208 OHR SV-1318 E-219 SH.1 REV.10;E-219 SH.3 REV.15 SWS HEADER ISOLATION HS-1318 G.E. - CR2940 EC-08 3 HAND SW 1209 OHR SV-1319 E-219 SH.1 REV.10;E-219 SH.3 REV.15 SWS HEADER ISOLATION HS-1319 G.E. - CR2940 EC-08 3 HAND SW 1210 OHR SV-1359 E-219 SH.1 REV.10;E-219 SH.3 REV.15 SWS TO NONCRITICAL HOR HS-1359 G.E. - CR2940 EC-08 3 HAND SW 1211 OHR SV-1414 E-178 SH.1 REV.18 FIRE PP DRIVE DAYTKT-24 HS-1414 G.E. - CR2940 RM-136 3 1212 EPD K-eA E-178-4 REV 3, E-178-2REV18 DISCHARGE TO EOG TANK HS-1415 G.E. - CR2940 EJ-246 3 T-25A 1213 OHR SV-1414 E-178 SH.3 REV.14 DISCH TO DIESEL FIRE PP HS-1417 G.E. - CR2940 RM-136 3 DAYTK 1214 EPD K-eA E-178-2 REV 18, E-178-4 REV 3 DISCHARGE TO EOG TANK HS-1418 G.E. - CR2940 EJ-246 3 T-25A 1215 EPD K-eB E-178-4 REV 3 K-eB DAY TANK T-25B HS-1452 G.E. - CR2940 K-eB 3
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page62*
LOCATION NOTES 1216 EPD K-OB E-178-2REV18, E-178-4 REV 3 K-OB DAYTANKT-250 HS-1453 G.E. - CR2940 K-OB 3 1217 EPD EA-11 E-130-1. REV 13, E-154-1' REV 18, E- BKR 152-103 TRANSFER *HS-152-103-RLTS G.E.-SBM EA-11 3 154-3 REVO *SWITCH 1218 EPD EA-11 E-129-1A REV 4, E-129-1BREV3 BKR 152-106 TRANSFER HS-152-106 RLTS G.E.-SBM EA-11 3 SWITCH 1219 EPD EA-11 E-130-1 REV 13, E-139-1,2 REV 29,15; BKR 152-107TRANSFER HS-152-107 RLTS G.E. -16SBML2A17R1A3N1246 EA-11 3 E-140-1,2,3REV17, 16,12 SWITCH 1220 EPD EA-11 E-130-1 REV 13, E-133-1 REV 1a BKR 152~11 a TRANSFER HS-152-11a RLTS G.E.-SBM EA-11 3 SWITCH 1221 HVAC V-95 E-27a SH.2 REV.4;E-88 V-95 HAND SWITCH HS-1673A G.E.-SBM EC-11A 3 1222 HVAC V-95 E-27a SH.2 REV.3 V-95 HAND SWITCH HS-1673B G.E. - CR2940 EC-186A 3 1223 HVAC V-96 E-27a SH.2 REV.4;E-88 V-96 HAND SWITCH HS-1674A G.E.-SBM EC-11A 3 1224 HVAC V-96 E-27a SH.2 REV.3;E-86 V-96 HAND SWITCH HS-1674B G.E. - CR2940UB203F EC-186B 3 1225 HVAC V-26A E-271 SH.3 REV.2 V-26A HAND SWITCH HS-1715A G.E.-SBM EC-11A 3 1226 HVAC V-26A E-271 SH.4 REV.O V-26A HAND SWITCH HS-1715B G.E. - CR2940UB203F EC-186A 3 1227 HVAC V-26B E-271 SH.4 REV.a FAN V-26B CONTROL HS-1716A G.E.-SBM EC-11A 3 SWITCH 1228 HVAC V-26B E-271 SH.4 REV.a FAN V-26B LOCAL CONTROL HS-1716B G.E. - CR2940UB203F EC-186B 3 SWITCH 1229 HVAC P0-1745 E-271 SH.6 REV.1 ;E-271 SH.7 REV.a D-7 HAND SWITCH HS-1745A G.E.-SBM EC-11A 3 123a HVAC P0-1745 E-271 SH.6 REV.1 ;E-271 SH.7 REV.a D-7 HAND SWITCH HS-1745B G.E. - CR2940 HVACRM 3 1231 HVAC P0-1746 E-271 SH.6 REV.1;E-271 SH.7 REV.a D-14 HAND SWITCH HS-1746A G.E.-SBM EC-11A 3 1232 HVAC P0-1746 E-271 SH.6 REV.1;E-271 SH.7 REV.a D-14 HAND SWITCH HS-1746B G.E. - CR2940 EC-186B 3 1233 RCPC SV-1901,2,3,4 E-230 REV11;M-219 SH.1B REV16 NSSS SAMPLING SELECTOR HS-1901 G.E.-S81 EC-32 3 SWITCH 1234 RCPC SV-2002A E-236 SH.3 REV.11 ;M-2a2 SH.1 B REV. ORIFICE BYPASS STOP VLV HS-2002A G.E. - CR2940 EC-02 3 18 SWITCH 1235 RCPC SV-2002B E-236 SH.3 REV.11 ;M-2a2 SH.1 B REV. ORIFICE BYPASS STOP VLV HS-2002B G.E. - CR2940 EC-02 3 18 SWITCH 1236 RCPC SV-2003 E-236 SH.1 REV.14;M-2a2 SH.1 B REV. LETDOWN ORIFICE VALVE HS-2003 G.E. - CR2940 EC-02 3 18 SWITCH 1237 RCPC SV-2004 E-236 SH.1 REV.14;M-202 SH.1 B REV. LETDOWN ORIFICE VALVE HS-2004 G.E. - CR2940 EC-02 3 19 SWITCH 1238 RCPC SV-2005 E-236 SH.1 REV.14;M-2a2 SH.1 B REV. LETDOWN ORIFICE VALVE HS-2005 G.E. - CR2940 EC-02 3 19 SWITCH
NO. 05/12195 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page63* LOCATION NOTES 1239 RCPC SV-2111 E-236 SH.2 REV.11 ;M-202 SH.1 B REV. CHARGING LINE STOP VLV. HS-2111 G.E. - CR2940 EC-02 "3 19 SW. 1240 RCPC SV-2113 E-236 SH.2 REV:-11 ;M-202 SH.1 B REV. CHARGING DIST. STOP VLV. HS-2113 G.E. - CR2940 EC-02 3 19 SW. 1241 RCPC SV-211S E-236 SH.2 REV.11 ;M-202 SH.1 B REV. CHARGING DIST. STOP VLV. HS-211S G.E. - CR2940 EC-02 3
*19 SW.
1242 RCPC SV-2117 E-236 SH.2 REV.11 ;M-202 SH.1 B REV. AUX .. SPRAY STOP VALVE HS-2117 G.E. - CR2940 EC-02 3 19 SWITCH 1243 RCPC CV-3029, SV-302
- E-246-1, M-204-1A CONTAINMENT SUMP VLV HS-3029A G.E. - CR2940UN200D EC-03 3 SW 1244 RCPC CV-3029, SV-302 E-246-1, M-204-1A CONTAINMENT SUMP VLV HS-30298 G.E. - CR2940UN200A EC-33 3 SW 1245 RCPC SV-3030A;SV-303 E-246 SH.1 REV.1 S;M-204 SH.1 A REV. CONTAINMENT SUMP VLV HS-3030A G.E. - CR2940 EC-03 3 1B SWITCH 1246 RCPC SV-3030A;SV-303 E-246 SH.1 REV.1 S;M-204 SH.1 A REV. CONTAINMENT SUMP VLV HS-30308 G.E. - CR2940 EC-33 3 1B SWITCH 1247 RCPC M0-3082 E-244 SH.SA REV.O H.L.INJ MODE SEL VLV MO- HS-3082A G.E. - CR2940 EC-03 3 30B2CS 1248 RCPC M0-3082 E-244 SH.SA REV.O H.L.INJ MODE SEL VLV MO- HS-30828 G.E. - CR2940 EC-33 3 30B2CS 1249 OHR SV-5353 E-789 SH.2 REV.7 T-40 DIESEL OIL TRANSF HS-5353A G.E. - CR2940 EJ-217 3 CONTROL 1250 OHR SV-1414 E-789 SH.2 REV.7 T-40 DIESEL OIL TRANSF HS-53538 G.E. - CR2940 EJ-217 3 CONTROL 12S1 EPD K-6A E-140-2REV16, E-140-3REV12, M- ISOLATl ON/TRANSFER HS-C22-RLTS G.E.-165BML2A17R1A3N1246 EC-22 3 12-94 REV 9, M-12-98(1) REV 1S SWITCH 12S2 EPD K-6A E-140-1REV17, M-12-95(2) REV9, M- ISOLATl ON/TRANSFER HS-G20-RLTS G.E.-165BML2A17R1A3N1246 EG-20 3 12-9B(1) REV 1S SWITCH 1253 EPD EA-11 E-196-1 REV 12, E-196-2REV10, E- BKR 1S2-104 AUX FW PP P- HS-PBA G.E. - CR2940UB200A EC-01 3 196-3 REV3, E-196-5 REV6 BA 1254 OHR P-BC E-196 SH.9 REV.9;E-196 SH.12 REV.3 SEL SW FOR AUX FW PP P- HS-PBC G.E. - CR2940 EC-01 3 BC 1255 HVAC 0-14 E-82-4, E-271-6, E-271-7, E-618-1002 AUX RELAY HSV-17168 G.E. - HGA111 EJ-1002 4 1256 HVAC P0-1711 E-271 SH.19 REV.2 AUX RELAY HSX-171SA G.E. - HGA111 HVACRM 4 1257 HVAC P0-1745 E-271 SH.6 REV.1;E-271 SH.7 REV.O AUX RELAY HSX-171SB G.E. - HGA111 EJ-1003 4 1258 HVAC P0-1712 E-271 SH.19 REV.2 AUX RELAY HSY-1716A G.E. -HGA111 RM-300A 4
NO. 05/16/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page64 LOCATION NOTES 1259 HVAC P0-1746 E-271 SH.6 REV.1 ;E-271 SH.7 REV.O AUX RELAY HSY-1716B G.E. - HGA111 RM-300A 4 1260 HVAC SV-1758 E-271 SH.12 REV.1 AUX RELAY TO OPEN HSY-1759 G.E. - HGA111 EJ-1002 4 DAMPER D-16 1261 RCPC PT-0105A E-84 SH.6 REV.12 WIDE RANGE PRES INPUT l/E-0105A FOXBORO N-2Al-12V EC-12 4 CHNLA 1262 RCPC PT-0105B E-84 SH.6A REV.2 WIDE RANGE PRES INPUT . l/E-0105B FOXBORO N-2Al-12V EC-11A 4 CHNLB 1263 RCPC SV-2153;SV-2155 E-234 SH.1 REV.19;M-202 SH.1 A REV. PRI SYSTEM MAKE-UP STOP l/F-0210 WESTINGHOUSE TYPE W2 EC-02 .3 24 VLVSW 1264 RCPC EU-1;EU-2 E-253 SH.1 REV 13;M1-MA SH.999 PRESSURIZER HEATERS l/l-0101A FISHER PORTER 50EK1000 EC-02 3 REV1 TRANSDUCER 1265 RCPC EU-1;EU-2 E-253 SH.1 REV 13;M1-MA SH.999 PRESSURIZER HEATERS 1/1-0101 B FISHER PORTER 50EK1000 EC-02 3 REV1 TRANSDUCER 1266 RCPC PT-0105A E-84 SH.6 REV.12 PRI COOLANT WIDE RANGE l/l-0105A DEVAR 18-119 EC-12 4 PRESS 1267 RCPC PT-0105B E-84 SH.6A REV.2 PRI COOLANT WIDE RANGE l/l-0105B DEVAR 18-119 EC-12 4 PRESS 1268 RCPC TE-0112CC E-96 SH.7 REV.15 PRI LOOP COLD LEG ISOL l/l-0112CC DEVAR 18-119 EC-12 4 TRANSM 1269 RCPC TE-0112CD E-96 SH.8 REV.3 PRI LOOP COLD LEG ISOL l/l-0112CD DEVAR 18-119X-RT-M31X EC-12 4 TRAN SM 1270 RCPC TE-0122CC E-96 SH.7 REV.15 PRI LOOP COLD LEG ISOL l/l-0122CC DEVAR 18-119X-RT-M31X EC-12 4 TRAN SM 1271 RCPC TE-0122CD E-96 SH.8 REV.3 PRI LOOP COLD LEG ISOL l/l-0122CD DEVAR 18-119 EC-12 4 TRAN SM 1272 OHR FT-0727 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW FLOW CONTROL TO l/P-0727 ITI GT25CA1826 ccw 4 79 SH.3B REV.6 E-50B 1273 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW FLOW CONTR l/P-0736 ITI GT25CA1826 WESG 4 O;E-79 SH.3G REV.1 BYPASS E-50B 1274 OHR FT-0736A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW FLOW CONTR TO E- l/P-0736A ITI GT25CA 1826 WESG 4 O;E-79 SHi3G REV.1 50B 1275 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW FLOW CONTR l/P-0737 ITI GT25CA 1826 WESG 4 O;E-79 SH.3G REV.1 BYPASS E-50B 1276 OHR FT-0737A;l/P-073 E-79 SH.3E REV.2;E-79 SH.3F REV. AUX FW FLOW CONTR TO E- l/P-0737A ITI GT25CA 1826 WESG 4 O;E-79 SH.3G REV.1 50A 12n OHR FT-0749 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- AUX FW FLOW CONTROL TO l/P-0749 ITI GT25CA1826 ccw 4 79 SH.3B REV.6 E-50A
05/12/95 . NO. . SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page as* NOTES 1278 OHR PT-1655 E-270 SH,9 REV.1 COND UNIT VC-11 l/P l/P-1655 ITT GT25CA1826 WMER 4 CONVERTER 1279 OHR PT-1656 E-270 SH.9 REV.1 ,COND UNIT VC-10 l/P l/P-1656 .ITT GT25CA1826 EMER 4 CONVERTER 1280 HVAC V-95 E-270 SH.5 REV.2 V-95 MODULATING DAMPER l/P-1659 *MOORE INDUSTRIES n16 RM-300 3 D-2 1281 HVAC V-96 E-270 SH.5 REV:2 V-96 MODULATING DAMPER l/P-1660 MOORE INDUSTRIES n16 RM-300A 3 D-9 1282 RCPC P-55B E-257 SH.1 REV.20 PRZ LEVEL & CHG PP SPEED LC-0101-1 ROCHESTER INST. ET-218 EC-12 3
.CONTL 1283 RCPC P-55C E-257 SH.2 REV.20 CHRG PP & LETDN ORIF VLV LC-0101-2 ROCHESTER ET-218 EC-12 3 CONTL 1284 RCPC SV-2004 E-236 SH.1 REV.14 PZR LEVEL & PUMP SPEED LC-0101-4 ROCHESTER ET-222 EC-12 3 CONTROL 1285 RCPC SV-2005 E-236 SH.1 REV.14;M-202 SH.1B REV. PZR LEVEL & PUMP SPEED LC-0101-5 ROCHERTER ET-222 EC-12 3 19 CONTROL 1286 RCPC , P-55B E-257 SH.1 REV.20 PRZ LVL CONTL PP P-55B LCX-0101-1 BLISS/EAGLE AF40 AIRFLEX EC-12 2 RELAY 1287 RCPC P-55C E-257 SH.2 REV.20 CHRG PP P-55C LVL CONTL LCX-0101-2 BLISS/EAGLE AF40 AIRFLEX EC-12 2 RELAY 1288 RCPC LT-0102 E-82 SH.5 REV.10 AUX HOR SHUTDN PNL PRZ Ll-0102B VERSATILE 9283-00-D EC-150 3 LEVEL 1289 RCPC LT-0103 E-82 SH.3REV16;M-206 SH.101 REV WO RANGE PRESSZR LVL *Ll-0103A VERSATILE 9283-00-D-VB-13N EC-12 3 3 INDICATOR 1290 RCPC LT-0103 E-82 SH.3 REV.17 PRZ WIDE RANGE LVL Ll-0103B VERSATILE9283-00-D-V8-13N EC-33 3 INDICATION 1291 OHR LT-0757A E-78 SH.2 REV.16 E-50A WIDE RANGE LEVEL Ll-0757A VERSATILE 9283-00-D-V8-13N EC-12 3 IND 1292 OHR LT-07578 E-78 SH.2 REV.16 E-50A WIDE RANGE LEVEL Ll-07578 VERSATILE 9283-00-D-V8-N EC-12 3
*IND 1293 OHR LT-0757A E-78 SH.2 REV.16 E-508 WIDE RANGE LEVEL Ll-0757C VERSATILE 9283-00-D-1-SVDC EC-150 3 IND 1294 OHR LT-0758A .E-78 SH.2A REV.4 E-508 WIDE RANGE LEVEL Ll-0758A VERSATILE 9283-00-D-V8-13N EC-12 3 IND 1295 OHR LT-0758B E-~8 SH.2A REV.4 E-508 WIDE RANDE LEVEL Ll-0758B VERSATILE 9283-00-D-V8-13N EC-12 3 IND 1296 DHR LT-0758A E-78 SH.2A REV.4 E-50B WIDE RANGE LEVEL Ll-0758C VERSATILE 9283-00-D EC-150 3 IND
.05/15/95 NO. SYSTEM SUBSYSTEM*
COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page66 LOCATION NOTES 1297 RCPC tT-0102 E-82 SH.5 REV.10 PRESSURIZER LEVEL 'LIA-0102A . VERSATILE 9283-10-D-VB-13M EC-02 3 INDIGATION 1298 RCPC LT-0331 *E.:.87 SH.1 REV.15 SIRW TK LEVEL INDICATION. LIA-0331 VERSATILE 9283-~D-V8-13M EC-13 3 ALARM 1299 RCPC 'LT-0332A E-87 SH.1A REV.3 SIRW TK LVL IND IN LIA-0332A . VERSATILE 9283-~D-VB-13M EC-13 3 CONTROL RM 1300 OHR LT-2021 E-87 SH.6 REV.6 COND TANK T-2 LEVEL LIA-2021 VERSATILE 9283-~E-V8-13M EC-13 3 ALARM 1301 OHR LT-2022 E-87 SH.6 REV.6 COND TANK T-2 LEVEL LIA-2022 VERSATILE 9283-~E-VB-13M EC-13 4 ALARM 1302 OHR SV-0505A,58,7A, E-238 SH.1 REV.25;E-238 SH.1A REV. E-50A LOW PRESSURE LPX/E50A WESTINGHOUSE- EC-12 4 5 RELAY SG2938255A26
.1303 OHR SV,-0502,8, 13, 14 E-238 SH.1 REV.25;E-238 SH.1A REV. E-508 LOW P.RESSURE LPX/E508 WESTINGHOUSE- EC-12 4 5 RELAY SG2938255A26 1304 RCPC LS-0327 E:207 SH.1 REV.24 SIRWTKCHNL1 LO LEVEL LS-0327 8/W E-55 RM-808 3 SWITCH 1305 RCPC LS-0328 E-207 SH.1 REV.24 SIRW TK CHNL2 LO LEVEL LS-0328 8/W E-55 RM-808 3 SWITCH 1306 RCPC *LS-0329 E-207 SH.1 REV,24 SIRW TK CHNL3 LO LEVEL LS-0329 8/W E-55 RM-808 3 SWITCH 1307 RCPC LS-0330 E-207 SH.1 REV.24 SIRW TK CHNL4 LO LEVEL LS-0330 8/W E-55 RM-808 3 SWITCH 1308 OHR SV-1414 E-178 SH.1 REV.18 DIESEL FUEL DAY TK T-24 LS-1308 MAGNETROL-A-103-F RM-136 3 LEVEL 1309 EPD K-6A E-140-1A REV 2, E-178-4 REV 3 K-6A LEVEL CONTROL LS-1417 MAGNETROL-291 *SP K-6A 2 SWITCH HI 1310 EPD K-6A E-140-1A REV2, E-178-4 REV3 K:.6A LEVEL CONTROL LS-1418 MAGNETROL-291-SP K-6A 2 SWITCH LO 1311 EPD K-68 E-140-1A REV2, E-1784 REV3, M FUEL OIL DY TK T-258,WEST LS-1452 MAGNETROL-291-SP K-68 2 104 REVOC SIDE 1312 EP.D K-68 E-140-1A REV2, E-178-4 REV3, M FUEL OIL DY TK T-258,WEST LS-1453 MAGNETROL-291-SP K-68 2 104REVOC SIDE 1313 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A FUEL OIL LEVEL ALARM LS-1467 (LFLS) VIKING IND.-HL-2 K-6A 2 LO 1314 EPD K-68 E-'140-1 REV 17, M-12"105(1) REV 10 K-68 FUEL OIL RESERV LS-1468 (LFLS) VIKING IND.-HL-28 K-68 2 ALARM LO 1315 EPD K-6A E-140-1A REV2, M-12-97 REVS, M K-6A SUMP STOP FILL LEVEL LS-1470 (FLS1) VIKING IND.-HL-28 K-6A 2 37REVOF SW
NO. 05/15/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page67 LOCATION NOTES 1316 EPD K-6B E-140-1A REV 2, M-12-104 REV OC K-6B SUMP STOP FILL LEVEL LS-1471 (FLS1) VIKING IND.-HL-2B K-6B 2 SW 1317 EPD K-6A E-140-1A REV2, M-12-97 REVS, M K-6A SUMP START FILL LS-1472 (FLS2) VIKING IND.-HL-2B K-6A 2 37REVOF LEVEL SW 1318 EPD K.SB . E-140-1A REV2, M-12-104 REVOC K-6B SUMP START FILL LS-1473 (FLS2) VIKING IND.-HL-2B K-6B 2 LEVEL SW 1319 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A FUEL OIL RESERVOIR LS-1474 (LFLS) VIKING IND.-HL-2B K-6A 2 LEVEL 1320 EPD K-6B . E-140-1 REV 17, M-12-105(1) REV 10 K-6B FUEL OIL RESERVOIR LS-1475 (LFLS) VIKING IND.-HL-2B K-6B 2 LEVEL 1321 EPD K-6A E-140-1A REV 2, M-12-97 REV 5 K-6A LUBE OIL LEVEL LS-1477 (LOLS) GEMS SENSORS DELAVAL-LS- K-6A 2 1800 1322 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A JACKET WATER LEVEL LS-1482 (JWLS) BINDICATOR-GT-1 K-6A 2 SWITCH 1323 EPD K-6B E-140-1A REV 2, M-12-104 REV OC K-6B LUBE OIL RESERV LOW LS-1487 GEMS SENSORS/DELAVAL-LS- K-6B 2 LEVEL 1800 1324 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B JACKET WATER LEVEL LS-1492 (JWLS) BINDICATOR-GT-1 K-6B 2 SW 1325 OHR SV-5353 E-789 SH.2 REV.7 T-40 DIESEL OIL TRANSF LS-5353 MAGNETROL-A103F-EPNPK3X EJ-217 3 CONTROL 1326 RCPC RELAY 4L1 & 4L3 E-207-1, E-246-1 SIRW TK LO LEVEL LSX-0327 G.E.-12HFA151A49H EC-13 4 DETECT#1 1327 RCPC RELAY 4L1 & 4L3 E-207-1, E-246-1 SIRW TK LO LEVEL LSX-0328 G.E. - 12HFA151A49H EC-13 4 DETECT#2 1328 RCPC RELAY 4L1 & 4L3 E-207-1, E-246-1 SIRW TK LO LEVEL LSX-0329 G.E. -12HFA151A49H _EC-13 4 DETECT#3. 1329 RCPC RELAY4L1 &4L3 E-207-1, E-246-1 SIRW TK LO LEVEL LSX-0330 G.E. -12HFA151A49H EC-13 4 DETECT#4 1330 OHR SV-1414 E-178 SH.3 REV.14 OIL TRANS PP P-18A RELAY LSX-1308 CUTLER-HAMMER 6-2-2 EB-0867 2 1331 EPD K-6A E-178-4 REV 3, M-12-96 REV OG K-6A T-25A DAYTKFILL LSX-1417 ALLEN BRADLEY-700N-200A1 EG-21 4 CNTL SERB 1332 EPD K-6B E-178-4 REV3, M-12-103 REV OC K-6B T-25B DAY TK FILL LSX-1452 ALLEN BRADLEY-700N-200A1 EG-31 4 CNTL SERB 1333 OHR SV-0738;SV-0739 E-235 SH.3 REV15;E-235 SH.3A REV. BOTIOM & SURFACE LSX-5146A G.E. - HFA151 EC-13 4 3;E-235 SH.3B REV.3 BLOWDN RELAY 1334 OHR SV-5353 E-789 SH.2 REV.7 T-40 DIESEL OIL TRANSF LSX-5353 ALLEN BRADLEY 700N EJ-214 2 CONTROL
05/12/95 NO. SYSTEM. SUBSYSTEM COMPONENT: REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page68*
LOCATION NOTES 1335 RCPC RELAY 4L.2 & 4L4 E-207-1; E-246-1 SIRW TK LO LEVEL LSY-0327 G.E. -12HFA151A49H
- EC-13 4 DETECT#1 1336 RCPC RELAY 4L2 & 4L4 E-207*1, E-246-1 SIRW TK LO LEVEL LSY-0328 G.E.-12HFA151A49H EC-13 4 DETECT#2 1337 .RCPC RELAY 4L2 & 4L4 E-207-1, E-246-1 *SIRW TK LO LEVEL LSY-0329 G.E. -12HFA151A49H EC-13 4 DETECT#3 1338 RCPC RELAY 4L2 & 4L4 E-207-1, E-246-1 SIRW TK LO LEVEL LSY-0330 G.E.-12HFA151A49H EC-13 4 DETECT#4 1339 RCPC LT-0102 i;::-62 SH.5 REV.10 PRZ WIDE RANGE LVL CHNL LT-0102 ROSEMOUNT RM-143 4 A 1154HP5RCN0012 1340 RCPC LT-0103 E-62 SH.3 REV.17, M-206B SH.4 REV PRZ WIDE RANGE LVL LT-0103 ROSEMOUNT 1153HD5 RM-143 4 E INDICATION 1341 RCPC LT-0331 E-67 SH.1 REV.15 SIRW.TK CKT 2 LVL LT-0331 ROSEMOUNT 1152GP5N22 RM-:808 4 TRANSMITTER 1342 RCPC LT-0332A E-67 SH.1A REV.3 SIRW TK LEVEL LT-0332A ROSEMOUNT 1152GP5N22 RM-:808 4 TRANSMITTER 1343 OHR LT-0757A E-78 SH.2 REV.16 WIDE RANGE STM GEN LT-0757A ROSEMOUNT 1153005 RB RM 142 4 LEVEL TRANS 1344 OHR LT-0757B E-78 SH.2 REV.16 E.SOA WIDE RANGE LEVEL LT-0757B ROSEMOUNT 1153005 RB RM 142 4 TRANS 1345 OHR LT-0758A E-78 SH.2A REV.4 E-50B WIDE RANGE LEVEL LT-0758A ROSEMOUNT 1153005 RB RM 142 4 TRANS 1346 OHR LT-0758B E-78 SH.2A REV.4 E-508 WIDE RANGE LEVEL LT-0758B
- ROSEMOUNT 1153005 RB RM 142 4 TRANS 1347 EPD K-6A E-359-1 R, E-67-1 REV 15 DIESEL OIL T-25A LEVEL LT-1416 FISCHER & PORTER- T-25A 7 TRANS. 10B2465EAAB1 1348 EPD K-6B
- E-67-1REV15, E-359-1R K-6B OIL DAYTKT-25B LT-1417 FISCHER & PORTER- K-6B 7 LEVEL TR 10B2465EAAB1 1349 OHR LT-2021 E-67 SH.6 REV.6 COND TK T-2 HI-LO LEVEL LT-2021 ROSEMOUNT 1152DP5-E-92-PB TKT-2 4 TRANS 1350 OHR LT-2022 E-67 SH.6 REV.6 COND TK T-2 HI-LO LEVEL LT-2022 ROSEMOUNT 1152DP5-E-92-PB TKT-2 4 TRANS 1351 RCPC M0-2087 E-242 SH.1 REV.21 DIG LOAD SEQ AC OIP CARD MC-34L103 GOULD B810-008 EC-13 3 CKT1 1352 RCPC M0-2169 E-241 REV.16 DIG LOAD SEQ AC OIP CARD MC-34L104 GOULD B810-008 EC-13 3 CKT1 1353 EPD EA-11 E-154-1 REV 18, E-248REV14, E-259- DIG LOAD SEQ. DC OUTPUT MC-34L105 GOULD INC. B836-116 EC-13 3 1 REV 17, E-259-1A REV 6 CARD
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page69* LOCATION NOTES 1354 EPD EA-11 E-196-1,2,3 REV 12,10,3; E-249-1 REV DIG LOAD SEQ. DC OUTPUT MC-34L106 GOULD INC. B836-016 EC-13 3 13,E-251-1,1A REV 14,4; E-259-1,1A CARD REV 17,6 1355 EPD EA-11 E-249 REV13 BKR 152-113 EOG LO SEQ DC MC-34L107 GOULD INC. B836 EC-13 3 CARD 1356 RCPC M0-2140 E-241 REV.16 DIG LOAD SEQ AC O/P CARD MC-34R103 GOULD B810-008 EC-13 3 CKT2 1357 EPD EA-12 E-154 SH.1 REV.18, E-247 REV.15 DIG LOAD SEQ DC OUTPUT MC-34R105 .GOULD INC. B836-016 EC-13 3 CARD 1358 EPD EA-12 E-154-2REV13, E-196-9 REV9, E- DIG LOAD SEQ DC OUTPUT MC-34R106 GOULD INC. B836-016 EC-13 3 251-1 REV 14, E-259-1 REV 17 CARD 1359 RRC NE-1/3 E-61 SH.1 REV.7;E-61 SH.2 REV.8 WIDE RANGE EXCORE DET NE-1/3 GAMMA/METRICS 900199-101 RB 4 ASSEMB 1360 RRC NE-2/4 E-61 SH.1 REV.7;E-61 SH.2 REV.8 WIDE RANGE EXCORE DET NE-2/4 GAMMA/METRICS 900199-101 RB 4 ASSEMB 1361 RCPC PT-0101B E-84 SH.1 REV 15;M1-HK SH. 8019 PRESSZR PRESSURE PWR P-0101B FOXBOR0610 EC-12 3 REVO SUPPLY 1362 RCPC PT-0101B E-84 SH.1REV15;M1-MA SH.841 REV PRESSZR PRESSURE PA-0101B ROCHESTER ET-215 EC-12 4 0 ALARM 1363 OHR PT-07510 E-83 SH.3 REV.O RSP CH D SIG 1 LP BIST PA-07510 COMBUSTION 47001-5 EC-06 4 TRIP 1364 OHR PT-0752C E-83 SH.3 REV.0 RSP CH D SIG 2 LP BIST PA-0752C COMBUSTION 47001-8 EC-06 4 TRIP 1365 OHR PT-07520 E-83 SH.3 REV.O RSP CH D SIG 2 LP BIST PA-07520 COMBUSTION 47001-8 EC-06 4 TRIP 1366 OHR PT-0751C E-83 SH.3 REV.O RSP CH C S/G 1 LP BIST PA0751C COMBUSTION 47001-5 EC-06 4 TRIP 1367 EPD EA-11 E-154-1 REV 18 BKR 152-103 STANDBY P-7B PB-103 G.E. - CR103DB411 A EC-08 3 P.B. 1368 EPD EA-11 E-2sg:.1 REV 17 BKR 152-109 STANDBY SET PB-109 G.E. - CR103DB411A EC-08 3 UPP.B 1369 EPD EA-11 E-248 REV14 BKR 152-111 STANDBY SET PB-111 G.E. -CR103 EC-03 3 UPP.B 1370 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-114 CHP TEST PB-114 G.E. -CR103 EC-03 3 1371 EPD EA-11 E-259-1 REV 17 BKR 152-116 STANDBY SET PB-116 G.E. -CR103 EC-08 3 UPP.B 1372 OHR P-7A E-154 SH.1 REV.16 SWS PP P-7A STANDBY PB PB-204 G.E. - CR103DB411A EC-08 3 SWITCH
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 70 LOCATION NOTES 1373 EPD EA-12 E-154 SH.2 REV.13 sws* PP P-7C STANDBY PB PB-205 G.E. - CR103DB411A EC-08 3 SWITCH 1374 EPD EA-12 *E-247 REV 15 BKR 152-206 LPSI P-67A PB-206 .G.E. - CR103DB411A EC-03 3 STANDBY 1375 EPD EA-12
- E-259-1 REV 17 BKR 152-208 P-52A STANDBY PB-208 G.E. - CR103DB411 A :EC-08 3 SW 1376 EPD EA-12 E-251-1 REV 14 BKR 152-210P-52A STANDBY PB-210 G.E. - CR103DB411A EC-03 3 SW 13n EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-112CHPTEST PB-CHP TEST (112) G.E. -CR103 EC-03 3 1378 RCPC P-55B E-257 SH.1 REV.20 P-55B lOW LUBE OIL PRESS PC/0216B STATIC 4-N6- CHG PP RM 3 SW BB4NXC1AJJTTX12 1379 RCPC P*55C E-257 SH.2 REV.20 P-55C LOW LUBE OIL PRESS PC/0216C ALLEN-BRADLEY 836-C6J CHG PP RM 3 SW 1380 RCPC P-55B E-257 SH.1 REV:2o P-55B LOW SUCTION PRESS PC/0218B STATIC CHG PP RM 3 SW 54N6BB118NXC1AJJTTX1 1381 RCPC P-55C E-257 SH.2 REV.20 P-55C LOW SUCTION PRESS PC/0218C UNITED ELECT. J300-452 CHG PP RM 3 SW -
1382 RCPC P-55B E-257 SH.1 REV.20 CHARGING PP P-55B AUX PCX/0216B CONTROL PROD. 7012PB EC-12 4 RELAY 1383 RCPC *p.55c E-257 SH.2 REV.20 CHARGING PP P-55C AUX PCX/0216C CONTROL PROD. 7012PB EC-12 4 RELAY 1384 RCPC P~55B E-257 SH.1 REV.20 CHARGING PP P-55B AUX *PCX/0218B CONTROL PROD. 7012PD EC-12 4 RELAY 1385 RCPC P-55C E-257 SH.2 REV.20 CHARGING PP P-55C AUX PCX/0218C CONTROL PROD. 7012PD EC-12 4 RELAY 1386 RCPC PT-0105A E-84 SH.6 REV.12 PCS OVERPRES & PRZ IND Pl-0105A VERSATILE 9283-00-D-VB-13N EC-12 3 1387 RCPC PT-0105B E-84 SH.6A REV.2 PCS OVERPRES & PRZ IND Pl-0105B VERSATILE M09-Ll9283 EC-02 3 1388 RCPC PT-0105A E-84 SH.6 REV.12 PCS OVERPRES & PRZ IND Pl-0105C VERSATILE 9283-00-D-VB-13N EC-33 3 1389 RCPC PT-0105B E-84 SH.6A REV.2 PCS OVERPRES & PRZ IND Pl-0105D VERSATILE 9283-00-D-VB-13N EC-33 3 1390 EPD K-6A M-12-95(2) REV9 K-6A RAW WATER Pl-1472 AMETEK/US GAGE-251 F EG-20 2 PRESSURE IND. 1391 EPD K-6B M-12-102(2) REV 9 K-6B RAW WATER PRES IND Pl-1473 AMETEK/US GAGE-P824FF EG-30 2 1392 EPD K-6A M-12-95(2) REV9 K-6A FUEL OIL PRESSURE Pl-1475 AMETEK/US GAGE-P824FF EG-20 2 IND, 1393 EPD K-6A M-12-95(2) REV 9 K-6A LUBE OIL PRESSURE Pl-1478 AMETEK/US GAGE-P824FF EG-20 2 IND.
05/12/95 NO.
. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 71 NOTES 1394 EPD K-6A M-12-95(2) REV 9 K-6A STARTING AIR Pl-1479 AMETEK/US GAGE-1639A . EG-20 2 PRESSURE IND 1395 EPD K-6A M-12-95(2) REV 9 K-6A STARTING AIR Pl-1480 AMETEK/US GAGE-1639A EG-20 2 PRESSURE IND 1396 EPD K-6A M-12-95(2) REV 9 K-6A JACKET WATER Pl-1482 AMETEK/US GAGE-P824FF EG-20 2 PRESSURE IND 1397 EPD K-6B M-12-102(2) REV 9 K-6B FUEL OIL PRESSURE Pl-1485 AMETEK/US GAGE-P824FF EG-30 2 IND 1398 EPD K-6B M-12-102(2) REV 9 K-6B LUBE OIL PRESSURE Pl-1488 AMETEK/US GAGE-P824FF EG-30 2 IND 1399 EPD K-6B M-12-102(2) REV9 K-6B STARTING AIR PRES Pl-1489 AMETEK/US GAGE-9102 EG-30 2 IND 1400 EPD K-6B M-12-102(2) REV9 K-6B STARTING AIR PRES Pl-1490 AMETEK/US GAGE-9102 EG-30 2 IND 1401 EPD K-6B M-12-102(2) REV9 K-6B JACKET WATER PRES Pl-1492 AMETEK/US GAGE-P824FF EG-30 2 IND 1402 EPD K-6A M-12-95(2) REV 9 K-6A ENGINE AIR MANIFOLD Pl-EAMP-1 AMETEK/US GAGE-P824FF EG-20 2 P.I.
1403 EPD K-6B M-12-102(2) REV9 K-6B ENGINE AIR MANIFOLD Pl-EAMP-2 AMETEK/US GAGE-P824FF EG-30 2 P. I. 1404 RCPC EU-1;EU-2 E-253 SH.1 REV 13;E-84 SH.1 REV 15; PRESSZR HEATERS PRESS PIC-0101A YOKOGAWA SLCD- EC-02 3 M-204 SH.142 REV 0 CONTROLR 181 E/MTS/HTB 1405 RCPC EU-1;EU-2 E-253 SH.1 REV 13;E-84 SH.1 REV 15; PRESSZR HEATERS PRESS PIC-0101B YOKOGAWA SLCD- EC-02 3 M-204SH.142 REVO CONTROLR 181 E/MTS/HTB 1406 OHR PT-0751C E-83 SH.3 REV.O SIG E-50A LOW PRESS CKT PIC-0751C VERSATILE 9283-22-D-VB-11 M EC-12 4 3 1407 OHR PT-07510 E-83 SH.3 REV.O SIG E-50A LOW PRESS CKT PIC-07510 VERSATl LE 9283-22-D-VB-11 M EC-12 4 4 1408 OHR PT-0752C E-83 SH.3 REV.O SIG E-50B LOW PRESS CKT PIC-0752C VERSATILE 9283-22-D-VB-11M EC-12 4 3 1409 OHR PT-07520 . E-83 SH.3 REV.O SIG E-50B LOW PRESS CKT PIC-07520 VERSATILE 9283-22-D-VB-11M EC-12 4 4 1410 OHR PT-1655;1/P-1655 E-270 SH.9 REV.1 COND UNIT VC-11 SERVICE PIC-1655 BAILEY 701132AAAA1WES WMER 4 WTR 1411 OHR PT-1656;1/P-1656 E-270 SH.9 REV.1 COND UNIT VC-10 SERVICE PIC-1656 BAILEY 701132AAAA1WES EMER 4 WTR 1412 HVAC P0-1711 E-271 SH.17 REV.O;E-271 SH.19 REV.2 MODULATING DAMPER D-20 P0-1171 ITT MAMP HYDRAMOTOR RM-300 3 POS NH91
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE Page 72 LOCATION NOTES 1413 HVAC D-20 E-218-6A, E-271-17, E-271-19, M- DAMPER ACTUATOR P0-1711 GEN. CNTL DIV ITT NH-91 --HVACRM 3 244(Q)-57-72 1414 HVAC P0-1712 E-271 SH.17 RE~.O;E-271 SH.19 REV.2 DAMPER D-21 ACTUATOR P0-1712 ITT MAMP HYDRAMOTOR RM-300A 3 NH91 1415 HVAC P0-1745 E-271 SH.6 REV.1;E-271 SH.7 REV.O DAMPER D-7 ACTUATOR P0-1745 LIMITORQUE SMB0002 HVACRM 3 1416 HVAC P0-1746 E-271 SH.6 REV.1 ;E-271 SH.7 REV.O DAMPER D-14ACTUATOR P0-1746 LIMITORQUE SMB0002 RM-300A 3 1417 RCPC PRV-10428 *E-256 SH.1 REV.21 PRZ PWR RV 10428 PORVX-10428 SIEMENS 3TC44-170AG4 EC-12 4 CONTROL RELAY 1418 RCPC PRV-10438 E-256 SH.1A REV.7 PRV~1043B AUX RELAY PORVX-10438 SIEMENS 3TC44-170AG4 EC-12 4 1419 RCPC M0-1042A E-242 SH.4REV19 PWR OP RELIEF VAL POS-1042A NAMCO EA-180 M0-1042A 3 POSITION SW 1420 RCPC M0-1043A . E-242 SH.4REV19 PWR OP RELIEF VAL POS-1043A NAMCO EA-180 M0-1043A 3 POSITION SW 1421 HVAC V-95 E-270 SH.2 REV.3&SH.4 REV.2 V-95 & DAMPER D-1 POS-1657 NAMCO EA180-31302132302 RM-400 3 INTERLOCK 1422 HVAC V-96 E-270 SH.2 REV.3&SH.4 REV.2 V-96 & DAMPER D-8 POS-1658 NAMCO EA180-31302/32302 RM-400A 3 INTERLOCK 1423 HVAC V-95 E-270 SH.2 REV.3&SH.4 REV.2 V-95 & DAMPER D-2 POS-1659 NAMCO EA180-31302/32302 RM-300 3 INTERLOCK 1424 HVAC V-96 E-270 SH.2 REV.3&SH.4 REV.2 V-96 & DAMPER D-9 POS-1660 NAMCO EA180-31302/32302 RM-400A 3 INTERLOCK 1425 HVAC V-95 E-270_SH.2 REV.4;E-271 SH.12 REV.1 INTERLOCK WITH DAMPER POS-1663 NAMCO EA180-31302/32302 RM-400 3 D-3 1426 HVAC V-96 E-270 SH.2 REV.4;E-271 SH.12 REV.1 DAMPER D-10 INTERLOCK POS-1664 NAMCO EA180-31302/32302 RM-400A 3 1427 HVAC V-26A E-271 SH.3 REV.2&SH.5 REV,3 MODUL DAMPER D-20 POS-1711 NAMCO EA180-31302/32302 RM-400 3 INTERLOCK 1428 HVAC V-268 E-271 SH.5 REV.3 MODUL DAMPER D-21 POS-1712 NAMCO EA180-31302/32302 RM-400A 3 INTERLOCK 1429 HVAC V-26A E-271 SH.3 REV.2 RECIRC DAMPER D-6 POS-1743 NAMCO EA180-31302132302 RM-400 3 INTERLOCK 1430 HVAC V-268 E-271 SH.3 REV.2&SH.4 REV.O VF-268 RECIRC DAMP D-13 POS-1744 NAMCO EA180-31302132302 RM-400A 3 INTERL 1431 HVAC POS-1745 E-271 SH.6 REV.1 VF-26A OUTSIDE AIR POS-1745 NAMCO EA18031302/32302 RM-300 N/A DAMPER D-7 1432 HVAC POS-1746 E-271 SH.6 REV.1 VF-268 OUTSIDE AIR POS-1746 NAMCO EA18031302/32302 BM-300A N/A DAMPER D-14
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 73 LOCATION NOTES 1433 HVAC SV-1663 E-271 SH.12 REV.1 PURGE FAN V-94 DAMPER D- POS-1757 NAMCO EA18032302131302 RM-3006 3 15 1434 HVAC POS-1758 E-271 SH.12 REV.1 V-94 DAMPER D-16 POS-1758 NAMCO EA18031302/32302 RM-300B 3
.CONrL&INTERL 1435 RCPC M0-1042A E-242 SH.4REV19 PWR OP RELF VAL POS SW POS-L(M0-1042A) LIMITORQUE SMB-00-25 M0-1042A 3 LIMIT 1436 RCPC M0-1043A E-242 SH.4REV19 PWR OP RELF VAL POS SW POS-L(M0-1043A) LIMITORQUE SMB-00-25 M0-1043A 3 LIMIT 1437 RCPC M0"1042A E-242 SH.4REV19 PWR OP RELF VAL POS SW POS-T(M0-1042A) LIMITORQUE SMB-00-25 M0-1042A 3 TORQUE 1438 RCPC M0-1043A E-242 SH.4REV19 PWR OP RELF VAL POS SW POS-T(M0-1043A) LIMITORQUE SMB-00-25 M0-1043A 3 TORQUE 1439 RCPC PRV-1067 E-256 SH.4 REV.3 PRV-1067 AUX RELAY PRVX-1067 POTTER-BRUMFIELD MDR-137- EC-11A 4 8
1440 RCPC PRV-1068 E-256 SH.4 REV.3 PRV-1068 AUX RELAY PRVX-1068 POTTER-BRUMFIELD MDR-137- EC-11A 4 8 1441 RCPC PRV-1069 E-256 SH.4 REV.3 PRV-1069 AUX RELAY PRVX-1069 POTTER-BRUMFIELD MDR-137- EC-11A 4 8 1442 RCPC PRV-1070 E-256 SH.4 REV.3 PRV-1070 AUX RELAY PRVX-1070 POTTER-BRUMFIELD MDR-137- EC-11A 4 8 1443 RCPC PRV-1072 E-256 SH.4 REV.3 PRV-1072AUX RELAY PRVX-1072 POTTER-BRUMFIELD MDR-137- EC-11A 4 8 1444 RCPC M0-3015 E-242 SH.3 REV.21 SHUTDN COOLG PRES PS-0104A ROSEMOUNT ET-1215 EC-12 4 INTRLOKCHA 1445 RCPC SV-2002A E-236 SH.3 REV.11 INTERMID. LETDOWN PS-0220 STATIC 0-RING 5NN-Y45 EC-02 3 PRESS SWITCH 1446 RCPC SV-2002B E-236 SH.3 REV.11 ;M-202 SH.1 B REV. INTERMID. LETDOWN PS-0221 STATIC 0-RING 5NN-Y45 EC-02 3 18 PRESS SWITCH 1447 RCPC SV-2002A E-236 SH.3 REV.11 ;M-202 SH.1 REV. PRESS. SWITCH LETDOWN PS-0222 UNITED ELEC. CNTL. J6-358- EC-12 3 51 PRESSURE 9646 1448 EPD EA-12 E-247 REV.15 LP SIS P-67B DISCH PRESS PS-0322 UNITED ELEC. 670 COMPCLG 3 SW 1449 EPD EA-11 E-248 REV14 BKR 152-111 LPSI PS-0323 UNITED ELECTRIC-#670 EASTSG 3 DISCHARGE P.S 1450 EPD EA-11 E-81-3 REV 3;E-81-4 REV 2, E-196-3 BKR 152-104 P-8A&B LO sue PS-0741A BAILEY CONTROLS- EJ-1051 4 REV3 TRIP 745210AAAN2 1451 EPD EA-11 E-81-3 REV 3;E-81-4 REV 2, E-196-3 BKR 152-104 P-8A&B LO sue PS-0741B BAILEY CONTROLS- EJ-1051 4 REV3 TRIP 745210AAAN2 1452 OHR P-8A E-81 SH.3 REV.3;E-81 SH.4 REV.2 AUX FW PP P-8A & B LOW PS-0741DD BAILEY CONTROLS- 1DSWGR 4 SUCTION 745210AAAN2
NO. 05/12/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 74 LOCATION NOTES 1453 OHR P8-C E-81 SH.3 REV.3;E-81 SH.4 REV.2 PP P-8C LOW SUCTION PS-0762A BAILEY CONTROLS- 1DSWGR 4 PRESS TRIP 745210AAAN2 1454 OHR P8-C E-81 SH.3 REV.3;E-81 SH.4 REV.2 PP P-8C LOW SUCTION PS-0762B BAILEY CONTROLS- 1DSWGR 4 PRESS TRIP 745210AAAN2 1455 OHR P8-C E-81 SH.3 REV.3;E-81 SH.4 REV.2 PP P-8C'LOW SUCTION PS-0762C .BAILEY CONTROLS- 1DSWGR 4 PRESSTRiP 74521 OAAAN2 1456 OHR SV-On9A E-238 SH.2 REV.29;E-238 SH.1A REV. STM GEN E-50B STM DUMP *ps-0n9 UNITED. ELEC. H5-9782 (270) EC-182 3 5 CONTROL 1457 OHR SV-0780A E-238 SH.2 REV.29;E-238 SH.1A REV. .STM GEN E-50B STM DUMP PS-0780 UNITED ELEC. H5-9782 (270) 'EC-182 3 5 CONTROL 1458 OHR SV-0781A -E-238 SH.2 REV.29;E~238 SH.1A REV. STM GEN E~A STM DUMP PS-0781 UNITED ELEC. H5-9782 (270) EC-182 3 5 CONTROL 1459 OHR SV-0782A E-238 SH.2 REV.29;E-238 SH.1A REV. STM GEN E~A STM DUMP PS-0782 UNITED ELEC. H5-9782 (270) EC-182 3 5 CONTROL 1460 EPD EA-12 E-259-1 REV 17 BKR 152-208 P-52 PRESSURE PS-0919 UNITED ELECTRIC - #270 CCWRM 3 SW 1461 EPD EA-11 E-154-1REV 18, M-274-2 REVO BKR 152-103 P-7B PS-1318 UNITED ELECTRIC-J11 (266) RM-136 3 PRESSURE SW 1462 EPD EA-12 E-154SH.1 REV.18 SER WTR PP P-7A PRESS PS-1319 UNITED ELECTRIC-J11 (266) RM-136 3 SW 1463 EPD EA-12 E-154SH.1 REV.18 SER WTR PP P-7A PRESS PS-1320 UNITED ELECTRIC-J11 (266) RM-136 3 SW 1464 EPD EA-12 E-154 SH.2 REV.13 SER WTR PP P-7C PRESS PS-1321 UNITED ELECTRIC-J11 (266) RM-136 3 SW 1465 EPD EA-12 E-154 SH.2 REV.13 SER WTR PP P-7C PRESS PS-1322 UNITED ELECTRIC-J11 (266) RM-136 3 SW 1466 EPD EA-11 E-154-1 REV 18, M-274-2 REV 0 BKR 152-103 P-iB PS-1325 UNITED ELECTRIC-J11 (266) RM-136 3 PRESSURE SW 1467 EPD K-6A E-140-1 REV 17; M-12-95(1,2) REV 15, K-6AJACKETWATER PRES PS-1470 (JWPS4) UNITED ELEC. CNTL-J6-156- EG-20 3 9; M-12-98(1) REV 15 SW A059 1468 EPD K-6B E-140-1 REV 17, M-12-18(2), M K-6B JACK WATER PRES SW PS-1471 (JWPS4) UNITED ELEC. CNTL-J6-156- EG-30 3 102(1) REV 11, M-12-105(1) REV 10 ALARM A059 1469 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A RAW WATER LOW PS-1472 (RWPS) UNITED ELEC. CONTROL-J6 EG-20 2 PRESSURE SW (272) 1470 EPD K-6B* M-12-102(1) REV 11, M-12-105(1) REV K-6B RAW WATER PS-1473 (RWPS) UNITED ELEC. CNTL-J6-272- EG-30 2 10 PRESSURE SW B010 1471 EPD K-6A E-140-1 REV 17, M-12-95(2) REV9, M- K-6AJACKETWATER PRES PS-1474 (JWPS3) UNITED ELEC. CNTL-J6-156- EG-20 3 12-98(1) REV 15 SW A059
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 75 LOCATION NOTES 1472 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B JACKET WATER PRES PS-1475 (JWPS3) UNITED ELEC. CNTL-J6-156- EG-30 3 M-12-105(1) REV 10 SW A059 1473 EPD K-6A E-140-1 REV 17, M-12-95(2) REV9, M- K-6A LUBE OIL PRESSURE PS-1476 (OPS1) UNITED ELEC. CONTROL-JS- EG-20 3 12-98(1) REV 15 SW 156 1474 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A OIL PRESSURE & PS-14IT STATIC O"RING-4L-12-PP EG-20 2 LEVEL SW 1475 EPD K-6A E-140-1 REV17, M-12-95(2) REV9, M- K-6A LUBE OIL PRESSURE PS-1478 (OPS3) UNITED ELEC. CONTROL-156- EG-20 2 12-98(1) REV 15 SWITCH J6 1476 EPD K-6A E-140-f REV 17, M-12-95(2)REV 9, M- K-6A START. AIR P.S. PS-1479 (APS2) UNITED ELEC. CONTROL-JS- EG-20 2 12-98(1) REV 1.5 (ALARM) 272 14IT EPD K-6A E-140-1 REV 17, M-12-95(2) REV 9, M- K-6A START. AIR P.S. PS-1480 (APS1) UNITED ELEC. CONTROL-JS- EG-20 2 12-98(1) REV 15 (ALARM) 272 1478 EPD K-6A E-140-1 REV 17, E-140-2REV16, M- K-6A STARTING AIR ALARM PS-1481 UNITED ELECT. CNTL.-H302- K-6A 2 12-98(2) REV 7 274 1479 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A JACKET WATER PRES PS-1482 (JWPS2) UNITED ELEC. CNTL-J6-156- EG-20 3 SW A059 1480 EPD K-6A E-140-1A REV 2, M-12-97 REV 5 K-6A CONTROL PRESSURE PS-1483 UNITED ELECT. CNTL.-J302- K-6A 2 SWITCH 274 1481 EPD K-6A E-140-1A REV2, M-12-97 REVS K-6A STARTING AIR PS-1484 UNITED ELECT. CNTL.-J402- K-6A 2 PRESSURE SW 274 1482 EPD K-6A E-140-1 REV 17, E-140-2REV16, M- K-6A CONTROL PRES. SW PS-1485 UNITED ELECT. CNTL.-H302- K-6A 2 12-98(2) REV 7 (ALARM) 274 1483 EPD K-6B .E-140-1REV17, M-12-105(1) REV 10 K-6B LUBE OIL PRESSURE PS-1486 (OPS1) UNITED ELEC. CNTL-J6-156- EG-30 3 SW A059 1484 EPD K-6B , '.E,140-1 REV 17, M-12-105(1) REV 10 K-6B PRELUBE OIL PRES SW PS-1487 (PLPS) STATIC-O-RING-4L-L2-N4-B1 A- EG-30 2 pp 1485 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B LUBE OIL PRESSURE PS-1488 (OPS3) UNITED ELEC. CNTL-J6-156- EG-30 2 SWITCH A059 1486 EPD K-6B M-12-102(1) REV 11, M-12-105(1) REV K-6B START AIR PRES PS-1489 (APS1) UNITED ELEC. CNTL-J6-272- EG-30 2 10 SW(ALARM) B010 1487 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B START AIR PRES PS-1490 (APS2) UNITED ELEC. CNTL-J6-272- EG-30 2 SW(ALARM) B010 1488 EPD K-6B E-140-1 REV 17, E-140-2REV16, M- K-6B CONTROL PRES SW PS-1491 UNITED ELECT. CNTL.-H302- K-6B 2 12-105(2) REV 9 (ALARM) 274 1489 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B JACKET WATER PRES PS-1492 (JWPS2) UNITED ELEC. CNTL-J6-156- EG-30 3 SW A059 1490 EPD K-6B E-140-1A REV2, M-12-104 REV OC K-6B CONTROL PRESSURE PS-1493 UNITED ELECT. CNTL.-J302- K-6B 2 SWITCH 274
NO. 05/12/95
*SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 76 LOCATION NOTES 1491 EPD K-6B E-140-1A REV 2, M-12-104 REV OC K-6BCONTROLPRESSURE PS-1494 UNITED ELECT. CNTL..J3o2- K-6B 2 SWITCH *274 1492 EPD K-6B E-140-1 REV 17, E-140-2REV16, M- K-6B CONTROL PRES SW PS-1495 UNITED ELECT. CN'fl."l:i302- K-6B 2 12-105(2) REV 9 (ALARM) 274 1493 EPD K-6A *E-14Q.:.1 REV 17, M-12-95(2) REV 9, M- K~A LUBE OIL PRESSURE PS-1496 (OPS2) UNITED ELEC. CNTL-J6-156- EG-20 3 12-98(1) REV 15 SW A059 1494 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B LUBE OIL PRESSURE PS-1497 (OPS2) UNITED ELEC. CNTL-J6 TYPE EG-30 3 SW 1495 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15 K-6A JACKET WATER PS-1498 (JWPS1) UNITED ELECT. CTL.-56-156- K-6A 3 PRESSURE SW A059 1496 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B JACKET WATER PRES PS-1499 UNITED ELECT. CNTL.-156 K-6B 3 SW 1497 HVAC PS-1675 E-270 SH.7 REV.3 VC-11 SUCTION PRESSURE PS-1675 UNITED ELEC. J6D-272 HVACRM 3 SW 1498 HVAC PS-1676 E-270 SH.7 REV.3 VC-10 SUCTION PRESSURE PS-1676 UNITED ELEC. J6D-272 RM-300A 3 SW 1499 HVAC PS-1677 E-270 SH.7 REV.3 VC-11 DISCHARGE PS-1677 UNITED ELEC. J6D-364 HVACRM 3 PRESSURE SW 1500 HVAC PS-1678 E-270 SH.7 REV.3 VC-10 DISCHARGE PS-1678 UNITED ELEC. J6D-364 RM-300A 3 PRESSURE SW 1501 HVAC PS-1687 E-270 SH.7 REV.3 VC-11 COMPRESSOR OIL PS-1687 PENN CONTROLS P45PCA-4 HVACRM 4 PRES SW 1502 HVAC PS-1688 E-270 SH.7 REV.3 VC-10 COMPRESSOR OIL PS-1688 PENN CONTROLS P45PCA-4 RM-300A 4 PRES SW 1503 HVAC PS-1699 E-270 SH.7 REV.3 VC-11 PUMP DOWN SWITCH PS-1699 UNITED ELEC. J6D-272 HVACRM 3 1504 HVAC PS-1700 *E-270 SH.7 REV.3 VC-10 PUMP DOWN CYCLE PS-1700 UNITED ELEC. J6D-272 RM-300A 3 PRES SW 1505 EPD EY-10 E-207-1 REV23, M-1HA-9 REVO CONTAINMENT HI PRES SW PS-1801 UNITED ELECTRIC - J302 CHRG PP590 3 1506 EPD EY-40 E-208-1 REV 16, M-1 HA"9 REV 0 CONTAINMENT HI PRES SW PS-1801A UNITED ELECTRIC - J302 CHRG PP590 3 1507 EPD EY-20 E-207-1 REV23, M-1HA"9:REVO CONTAINMENT HI PRES SW PS-1802 UNITED ELECTRIC - J302 CCW590 3 1508 EPD EY-10 E-208-1 REV 16, M-1HA-9 REV 0 CONTAINMENT HI PRES SW PS-1802A UNITED ELECTRIC - J302 CCW590 3 1509 EPD EY-30 E-207-1 REV 23, M-1 HA-9 REV 0 CONTAINMENT HI PRES SW PS-1803 UNITED ELECTRIC - J302 CHRGPP590 3 1510 EPD EY-40 E-208-1 REV 16, M-1 HA-9 REV 0 CONTAINMENT HI PRES SW PS-1803A UNITED ELECTRIC - J302 CHRG PP590 3 1511 EPD EY-40 E-207-1 REV 23, M-1 HA-9 REV 0 CONTAINMENT HI PRES SW PS-1804 UNITED ELECTRIC - J302 CCW590 3
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 77 LOCATION NOTES 1512 EPD EY-10 E-208-1 REV 16, M-1 HA-9 REV 0 CONTAINMENT HI PRES SW PS-1804A UNITED ELECTRIC - J302 CCW590 3 1513 RCPC PRV-1043B E-256 SH.1AREV.7 PRV/ATWS BIST TRIP PA- PSA-0102AHH ROCHESTER ET-1219-T2-T10 'EC-12 4 0102AL 1514 RCPC PRV-1043B E-256 SH.1A REV.7 PRV/ATWS BIST TRIP PA- PSA-0102BHH ROCHESTER ET-1219-T2-T10 EC-12 4 0102BL 1515 RCPC
- PRV-1043B E-256 SH.1A REV.7 PRV/ATWS BIST TRIP PA- PSA-0102CHH ROCHESTER ET-1219-T2-T10 EC-12 4 0102CL 1516 RCPC PRV-1043B E-256 SH.1A REV.7 PRV/ATWS BISTTRIP PA- PSA-0102DHH ROCHESTER ET-1219-T2-T10 EC-12 4 01021:>L 1517 RCPC PRV-1042B E-256 SH.1 REV.21 PCS OVERPRES PROT PSX-0105A-1 ALLEN-BRADLEY 700NM400-1 EC-12 4 CHANA RELAY 1518 RCPC PRV-1043B E-256 SH.1A REV.7 PCS OVERPRES PROT PSX-01056-1 ALLEN-BRADLEY 700NM400-A1 EC-12 4 CHAN B RELAY 1519 EPD EA-11 E-196-1 REV 12, E-196-2REV10, E- BKR 152-104 LOW SUCTION PSX-0741 G.E. -12HGA111J2 EJ-1005 4 196-3 REV3, E-196-6 REV3 TRIP 1520 EPD EA-11 E-259-1 REV 17, E-259-1A REV 6 BKR 152-109,116 CCW LO PSX-0918 G.E. -12HFA151A49H EC-13 4 PRES RY 1521 EPD EY-10 E-207-1 REV 23, E-208-1 REV 16 CONTAINMENT HI PRES PSX-1801 G.E. -12HFA151A49H EC-13 4 RELAY 1522 EPD EY-20 E-207-1 REV 23, E-208-1 REV 16 CONTAINMENT HI PRES PSX-1802 G.E. -12HFA151A49H EC-13 4 RELAY 1523 EPD EY-30 *E-207-1 REV23, E-208-1 REV16 CONTAINMENT HI PRES PSX-1803 G.E. -12HFA151A49H EC-13 4 RELAY 1524 EPD EY-40 E-207-1 REV 23, E-208-1 REV 16 CONTAINMENT HI PRES PSX-1804 G.E. -12HFA151A49H EC-13 4 RELAY 1525 EPD EA-11 E-196-1 REV 12, E-196-2REV10, E- BKR 152-104 P-8A AUX TRIP PSX-P8A G.E. -12HGA111J2 EJ-1005 4 196-3 REV 3, E-196-6 REV 3 RLY 1526 EPD EA-12 E-196-8 REV7 BKR 152-209 P-8C TRIP PSX-P8C G.E. - HGA111 EJ-1006 4 RELAY 1527 RCPC PT-0101B E-84 SH.1 REV 15;M-206 SH.158 REV PRESSZR PRESS PT-0101B ROSEMOUNT PT-0101B 3 0 TRANSMITTER 1151 GP9E22B3D1 1528 RCPC PT-0105A E-84 SH.6 REV.12 PRZ WIDE RANGE PRES PT-0105A ROSEMOUNT 1154GP9RB RM-143 4 TRANSCHLA 1529 RCPC PT-0105B E-84 SH.SA REV.2 PRZ WIDE RANGE PRESS PT-0105B ROSEMOUNT 1154GP9RB RM-143 4 TRANS 1530 OHR P-8A E-81 SH.3 REV.3;E-81 SH.4 REV.2 AUX FW PP P-8A & B LOW PT-0741A ROSEMOUNT 1152AP5E22PB RM-007 4 SUCTION
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 78 LOCATION NOTES 1531 OHR P-BA E-81 SH.3 REV;3;E-81 SHA REV.2 AUX FW PP P-8A & BLOW PT-07418 ROSEMOUNT 1152AP5E22PB RM-007 4 SUCTION 1532 -OHR P-BA E-81 SH.3 REV.3;E-81 SH.4 REV.2 AUX FW PP P-8A & B LOW PT-074100 ROSEMOUNT 1152AP5E22PB . RM-007 4 SUCTION 1533 OHR PT-0751C E-83 Sl-l.3 REV;O SIG E-50A LOW PRESS CKT PT-0751C ROSEMOUNT 1154GP9 RM-142 4 3
1534 OHR PT-07510 E-83 SH.3 REV.O * .SIG E-50A LOW PRESS CKT PT-07510 ROSEMOUNT 1154GP9 RM-142 4 4 1535 OHR PT-0752C E-83 SH.3 REV.O SIG E-508 LOW PRESS CKT *PT-0752C ROSEMOUNT 1154GP9 ,RM-142 4 3 1536 OHR PT-07520 E-83 SH.3 REV.O SIG E-508 LOW PRESS CKT PT-07520 ROSEMOUNT 1154GP9 RM-142 4 4 1537 OHR P8-C E-81 SH.3 REV.3;E-81 SH.4 REV.2 PP P-BC LOW SUCTION PT-0762A ROSEMOUNT 1153AB5 WESG 4 PRESS TRIP 1538 OHR P8-C E-81 SH.3 REV.3;E-81 SH.4 REV.2 PP P-BC LOW SUCTION PT-07628 ROSEMOUNT 1153AB5 WESG 4 PRESS TRIP 1539 OHR P8-C E-81 SH.3 REV.3;E-81 SH.4 REV.2 PP P,.SC LOW SUCTION PT-0762C ROSEMOUNT 1153AB5 WESG 4 PRESS TRIP 1540 OHR l/P-1655 E~270 SH.9 REV.1 COND UNIT VC-11 SERVICE PT-1655 ROSEMOUNT 1153D87PA WMER 4 WTR 1541 OHR l/P-1656 E"270 SH.9 REV.1 COND UNIT VC-10 SERVICE PT-1656 ROSEMOUNT 1153D87PA EMER 4 WTR 1542 RCPC P-56A E-203 REV.18 PP P-56A EMERG R-287 WESTINGHOUSE-SG EC-13 4 AUTOSTART RELAY 1543 EPD EY-10 E-208-1 REV 16 REFUEL ACCIDENT HI RAD RF-1/SW G.E. - CR2940 EC-11 3 SW 1544 EPD EY-40 E-208-1 REV 16 REFUEL ACCIDENT HI RAD RF-2/SW G.E. - CR2940 EC-11 3 SW 1545 EPD EY-10 E-207-1 REV 23, E-227-3 REV 9 CONTAINMENT HI RAD RIA-1805 GA TECHNOLOGIES - RP-2A EC-11 4 MONITOR 1546 EPD EY-20 E-207-1 REV 23, E-227-3 REV 9 CONTAINMENT HI RAD RIA-1806 GA TECHNOLOGIES - RP-2A EC-11 4 MONITOR 1547 EPD EY-30 E-207-1 REV 23, E-227-3 REV 9 CONTAINMENT HI RAD RIA-1807 GA TECHNOLOGIES - RP-2A EC-11 4 MONITOR 1548 EPD EY-40 E-207-1 REV 23, E-227-3 REV 9 CONTAINMENT HI RAD RIA-1808 GA TECHNOLOGIES - RP-2A EC-11 4 MONITOR 1549 EPD EY-10 E-208-1 REV 16, E-227-2REV18 FUEL HANDLING AREA RAD RIA-2316 VICTOREEN 946A-200 EC-11 2 MONITOR
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 79 NOTES 1550 EPD EY-40 E-208-1 REV 16, E-227-2 REV 18 FUEL HANDLING AREA RAD RIA-2317 VICTOREEN 946A-200 EC-11 2 MONITOR 1551 OHR SV-0738;SV-0739 E-235 SH.3 REV15;E-235 SH.3A REV. LIQUID WASTE HIGH RAD. RIAX-1/0707 G.E. - HFA151 EC-11 4 3;E-235 SH.3B REV.3 RELAY 1552 EPD EY-10 E-207-1 REV 23, E-208-1 REV 16 CONTAINMENT HI RAD RIAX-1805 G.E.-12HFA151A49H EC-13 4 RELAY 1553 EPD EY-20 E-207-1 REV23, E-208-1 REV16 CONTAINMENT HI RAD RIAX-1806 G.E. -12HFA151A49H EC-13 4 RELAY 1554 EPD EY-30 E-207-1 REV 23, E-208-1 REV 16 CONTAINMENT HI RAD RIAX-1807 G.E.-12HFA151A49H EC-13 4 RELAY 1555 EPD EY-40 E-207-1 REV23, E-208-1REV16 CONTAINMENT HI RAD RIAX-1808 G.E.-12HFA151A49H EC-13 4 RELAY 1556 RRC 42-1/RPS; 42-2/R E-212 SH.1 REV.9 REACTOR TRIP RPS-PB2 G.E. - CR304XC02BB EC-06 3 PUSHBUTTON 1557 OHR SV-0779,80,81,82 E-238 SH.2 REV.29;E-238 SH.1A REV. STEAM DUMP CONTROL SDCR G.E. -12HFA51A49H EC-12 4 5 RELAY 1558 RCPC SV-3030A;SV-303 E-207 SH.1 REV.24;E-246 SH.1 REV.15 SIRW TK LO LVL DET CHNL SIRWL/CS G.E. - CR104PSG96892 EC-13 3 1&2SW 1559 RCPC SV-3029A;SV-302 E-207 SH,1 REV.24;E-246 SH.1 REV.15 SIRWTKLO LVL DETCHNL SIRWR/CS G.E. - CR104PSG96892 EC-13 3 3&4SW 1560 RCPC SV-0342, SV-135 E-219 SH.3 REV.15, E-245 SH.3 REV.8 SI INITIATION RELAY CKT1 SIS-1 G.E.-12HFA151A49H EC-13 4 1561 RCPC SV-0342;SV-0346 E-245 SH.3 REV.8 SI INITIATION RELAY CKT2 SIS-10 CLARK CONTROL SU-12 EC-13 4 1562 RCPC SV-0347, SV-135 E-219 SH.3 REV.15, E-245 SH.3 REV.8 SI INITIATION RELAY CKT2 SIS-2 G.E. -12HFA151A49H EC-13 2 1563 RCPC SV-0346 E-209-2, E-209-4, E-245-3 REV 8 SI INITIATION RELAY CKT1 SIS-3 G.E. -12HFA151A49H EC-13 4 1564 RCPC SV-0338 E-209-2, E-209-4, E-245-3 REV 8 SI INITIATION RELAY CKT2 SIS-4 G.E.-12HFA151A9H EC-13 4 1565 RCPC SV-0338;SV-0347 E-234 SH.1 REV.19, E-245 SH.3 REV.8 SI INITIATION RELAY CKT1 SIS-5 G.E. -12HFA151A49H EC-13 4 1566 EPD EA-11 E-248REV14, E-249REV13, E-251-1 BKR 152-111,2,3 SIS SIS-X1 G.E. -12HFA151 EC-13 4 REV 14, E-251-1A REV 4 W/STAND 1567 EPD EA-12 E-247 REV.15, E-249-1 REV 13, E-251- BKR 152-207,210 SIS SIS-X2 G.E. -12HFA151A49H EC-13 4 1 REV 14 W/STAND 1568 EPD EA-11 E-251-1 REV 14, E-251-1A REV 4 BKR 152-114 SIS W/STAND. SIS-X3 G.E. -12HFA151 EC-13 4 RLY 1569 RCPC M0-2169,-2087, P E-241 REV.16, E-242 SH.1 REV.21, E- MOM SIS W/STDBY PWR SIS-XS G.E. -12HFA151A49H EC-13 4 257 SH.2 REV.20 RELAYCKT1 1570 EPD EA-12 E-241 REV.16, E-154SH.1 REV.18, E- SIS W/STANDBY PWR SIS-X6 G.E. -12HFA151A49H EC-13 4 257 SH.1 REV.20 RELAYCKT-2
05/12195 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 80 LOCATION NOTES 1571 EPD EA-11 E-154-1 REV.16, E-259-1 REV 17, E- SIS W/STANDBY PWR SIS-X7 G.E. -12HFA151A49H EC-13 4 259-1A REV6 RELAYCKT-1 1572 EPD EA-12 E-154-2REV13, E-259-1 REV 17 SIS W/STANDBY PWR SIS-XS G.E.-12HFA151A49H EC-13 4
. RELAYCKT-2 1573 RCPC TE-0112CC E-96 SH.7A REV.2 SUBCOOLED MARGIN SMM-0114 COMBUSTION ENG. (NONE) EC-12 4 MONITOR 1574 RCPC TE-0122CC E-96 SH.BA REV.2 SUBCOOLED MARGIN SMM-0124 COMBUSTION ENG. (NONE) EC-12 4 MONITOR 1575 EPD K-6B E-140-1 REV 17, M-12-36 REVS, M K-6B DIESEL GENERATOR SPE-1473 AIRPAX ELECTRONICS-700- K-6B 3 105(2) REV9 SPEED 0941 1576 EPD K-6A E-140-1REV17, M-12-37 REV OE, M- K-6A DIESEL GENERATOR SPE-1474 AIRPAX ELECTRONICS-700- K-6A 3 12-98(2) REV 7 SPEED 0941 15n EPD K-6A E-14REV15, M-12-16 REV 11, M-12-94 K-6ALOCALFREQUENCY SPl-1107L (F) WEST. VR3-252, STY EC-22 7 REV9 METER 670B408A83 1578 EPD K-6B E-14REV15, M-12-16 REV 11, M K-6BLOCALFREQUENCY SPl-1213L (F) WEST.VR-3-252,STY EC-26 7 101 REV 10 METER 670B408A13 1579 EPD K-6B E-140-1 REV 17, M-12-102(1) REV 11, K-6B SPEED INDICATOR SPl-1473 AIRPAX ELEC.-Mn650-200- EG-30 7 M-12-105(1) REV 10 5013 1580 EPD K-6A E-140-1 REV 17, M-12-55REV1, M K-6A SPEED INDICATOR SPl-1474 AIRPAX ELEC.-Mn650-200- EG-20 7 98(1) REV 15, M-12-95(2) REV 10 5013 1581 EPD K-6B E-140-1 REV17, M-12-102(1) REV11, K-6B SPEED IND. SPTS-1473 AIRPAX-FSS-462 EG-30 3 M-12-105(1) REV 10 TRANSMITTER 1582 EPD K-6A E-140-1 REV 17, M-12-95(1) REV 11, K-6A SPEED INDICATING SPTS-1474 AIRPAX ELEC.-FSS-462 EG-20 3 M-12-98(1) REV 15 TRANS.
1583 EPD EA-11 E-196-1 REV 12, E-196-2REV10, E- BKR 152-104 P-SA AUX TEST SSX-1/P8A G.E. -12HGA111J2 EJ-1005 4 196-3 REV3, E-196-6 REV3 RLY 1584 OHR P-SC E-196 SH.9 REV.9;E-196 SH.13 REV.1 TEST AUX FW PP P-SC SSX-1/PBC G.E. -12HG111J2 1DSWGR 4 1585 OHR FT-727,49;1/P-727 E-79 SH.3 REV.5;E-79 SH.3A REV.7;E- CV-0727 & CV-0749 TEST SSX-3/PBA/B POTTER ELECT. KHS-17013- EJ-1005 4 79 SH.38 REV.6 AUX SW 120 1586 OHR FT-736,7A;l/P-736 E-79 SH.3E REV.2;E-79 SH.3F REV. TO CLOSE CV-0736A & CV- SSX-4/PBC POTTER ELECT. KHS-17013- EJ-1006 4 O;E-79 SH.3G REV.1 0737A 120 1587 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 15, SERVICE WATER TO K-6A SV-0884A (RWFS2) ASCO VALVES-NP8320A175E K-6A 7 M-234-6R, M-234-17R 1588 EPD K-6A E-140-1 REV 17, M-12-37 REV OE, M- SERVICE WATER TO K-6A SV-08848 (RWFS1) ASCO VALVES-XHV206-381- K-6A 7 12-98(1) REV 15 3RF 1589 EPD K-6B E-140-1 REV 17, M-12-36 REV 5, M SERVICE WATER TO K-6B SV-0885A (RWFS2) ASCO VALVES-NP8320A175E K-68 7 105(1) REV 10
NO. 05112195 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 81 LOCATION NOTES 1590 EPD K-68 E-140-1REV17, M-12-36 REV5, M SERVICE WATER TO K-68 .SV-08858 (RWFS1) ASCO VALVES-XHV206-381- K.'aB 7 105(1) REV 10 3RF 1591 EPD K-6A .E-140-1A REV 2, E-178-4 REV3, M K-6A DAY TANK T-25A INLET SV-1415 ASCO VALVES-EF8210D89 K-6A 7 97 REV5 1592 EPD K-68 E-140-1A REV 2, E-178-4 REV 3, M K-68 DAYTANKT-258 INLET SV-1452 ASCO VALVES-EF821D89 K-68 7 104REVOC 1593 EPD K-6A E-140-1A REV2, M-12-97 REV5 K-6A FUEL OIL RES IN. VIA D SV-1470 ASCO VALVES-EF8210D89 K-6A 7 TK 1594 EPD K-68 E-140-1A REV2, M-12-104 REVOC K-68 FUEL OIL RES IN VIA DY SV-1471 ASCO VALVES-EF8210D89 *K-68 7 TK 1595 EPD K"6A M-12-37 REV OE, M-12-98(1) REV 15 K-6A STARTING AIR MOTOR SV-1479 (ASV1) ROSS OPERATING VALVE- K-6A 7 "A"IN 2671A8011 1596 EPD K-6A M-12-37 REV OE, M-12-98(1) REV 15 K-6A STARTING AIR MOTOR SV-1480 (ASV2) ROSS OPERATING VALVE- K-6A 7 "B"IN 2671A8011 1597 EPD K-68 M-12-36 REV5, M-12-101REV10, M- K-68 START AIR MTR "A" SV-1489 ROSS OPERATING VALVE- K-68 7 12-105(1) REV 10 INLET 2671A8011 1598 EPD K-68 M-12-36 REV 5, M-12-101 REV 10 K-68 START AIR MTR "B" SV-1490 ROSS OPERATING VALVE- K-68 7 INLET 2671A8011 1599 RCPC SV-0155 E-235 SH.2REV16 DEMIN WTR QUENCH TANK SVX-0155 G.E. - HGA111(DC) EJ-541 4 T-73 1600 OHR SV-0738 E-235 SH.3 REV15;E-235 SH.3A REV. E-508 BLOWDN ISOLATION SVX-0738 G.E. - HFA151 EJ-541 4 3;E-235 SH.38 REV.3;E-618 SH 541 RELAY 1601 OHR SV-0739 E-235 SH.3 REV15;E-235 SH.3A REV. E-50A 8LOWDN ISOLATION SVX-0739 G.E. - HGA111 EJ-540 4 3;E-235 SH.38 REV.3;E-618 SH 540 RELAY 1602 OHR SV-0767 E-235 SH.4A REV10, E-618 SH 540 E-50A BOTIOM 8LOWON SVX-0767 G.E. - HGA111 EJ-540 4 ISOLRELAY 1603 OHR SV-0768 E-235 SH.4A REV10, E-618 SH 540 E-508 BOTIOM BLOWON SVX-0768 G.E. - HGA111 EJ-540 4 ISOL RELAY 1604 OHR SV-05228 E-238 SH.4A REV.1 ENERGIZE TO CLOSE CV- SVX-C/05228 AMERACE CORP. EGP0002 10SWGR 4 05228 1605 OHR CV-05228 E-238-4A ENERGIZE TO OPEN CV- SVY-0/05228 G.E. -12HGA111J2 EJ-1005 4 05228 1606 HVAC SV-1651 E-270 SH.7 REV.3 VC-11 CONTROL RM TEMP TC-1675A HONEYWELL L60180 EJ-1093 3 1607 HVAC SV-1651 E-270 SH.7 REV.3 VC-11 CONTROL RM TEMP TC-16758 HONEYWELL L60180 EJ-1093 3 1608 HVAC SV-1652 E-270 SH.7 REV.3 VC-10 CONTROL RM TEMP TC-1676A HONEYWELL L60180 EJ-1092 3 1609 HVAC SV-1652 E-270 SH.7 REV.3 VC-10 CONTROL RM TEMP TC-16768 HONEYWELL L60180 EJ-1092 3
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST
- CONTACT/CONTACT GROUP RELAY ID TYPE Page 82 LOCATION NOTES 1610 RCPC TE-0112CD E-96 SH.8 REV2;M1-D SH.1 PRIMARY SYS Tc LEG CH D TE-0112CD ROSEMOUNT 104-AJB TE-0112CD 3 ELEMNT 1611 RCPC TE-0122CD E-96 SH.8 REV 2;M1-D SH.1 PRIMARY SYS Tc LEG CH D TE-0122CD ROSEMOUNT 104-AJB TE-0122CD 3 ELEMNT 1612 RCPC TE-0112CC E-96 SH.7 REV.15 .PRI SYS TEMP PROTECTIVE Tl-0112CC SIGMA 9223-E-OO EC-12 2 CHNLC 1613 RCPC TE-0112CD E-96 SH.8 REV 2;M"204 SH.71 REV 2 PRI SYS TEMP PROTECTIVE Tl-0112CD SIGMA 9223-E-OO EC-12 2 CHNLD 1614 RCPC TE-0122CC E-96 SH.7 REV.15 PRI SYS TEMP PROTECTIVE Tl-0122CC SIGMA 9223-E-OO EC-12 2 CHNLC 1615 RCPC TE-0122CD E-96 SH.8 REV 3;M-204 SH.71 REV 2 PRI SYS TEMP PROTECTIVE Tl-0122CD SIGMA 9223-E-OO EC-12 2 CHNLD 1616 EPD K-6A M-12-6 REV XO K-6A LUBE OIL COOLER, Tl-0890 ASHCROFT GAGE-5Q.:.EL-60-E- *K-6A 2 TEMP.IND 040 1617 EPD K-6B M-12-6 REV XO K-6B LUBE OIL COOLER, Tl-0891 ASHCROFT GAGE-50-EL-60-E- K-6B 2 TEMP IND 040 1618 EPD K-6A M-12-7 REV YO K-6A JACKET WATER Tl-0892 ASHCROFT GAGE-50-EL-60-E- K-6A 2 COOLER, T.I. 040 1619 EPD K-6B M-12-7 REV YO K-6B JACKET WATER Tl-0893 ASHCROFT GAGE-50-EL-60-E- K-6B 2 COOLERT.I. 040 1620 EPD K-6A E-140-1 REV 17, M-12-37 REV OE, M- K-6A EXHAUST Tl-1476 ALNOR INSTRUMENT CO.-N-11 EG-20 2 12-95(2) REV9, E-627-1 REV25 TEMPERATURE IND.
1621 EPD K-6A M-12-6 REV XO K-6A LOW LUBE OIL TEMP. Tl-14n ASHCROFT GAGE-50-EL-60-E- K-6A 2 IND. 040 1622 EPD K-6A M-12-6 REV XO K-6A HIGH LUBE OIL TEMP. Tl-1478 ASHCROFT GAGE-50-EL-60-E- K-6A 2 IND. 040 1623 EPD K-6B E-140-1 REV 17, M-12-36 REV 5, M K-6B EXHAUST TEMP IND Tl-1479 ALNOR INSTRUMENT CO.-N-11 EG-30 2 102(2) REV9, E-627-2REV19 1624 EPD K-6A M-12-7 REV YO K-6AJACKETWATER TEMP. Tl-1481 ASHCROFT GAGE-50-EL-60-E- K-6A 2 IND. 040 1625 EPD K-6A M-12-7 REV YO K-6AJACKETWATERTEMP. Tl-1482 ASHCROFT GAGE-50-EL-60-E- K-6A 2 IND. 040 1626 EPD K-6B M-12-6 REV XO K-6B LOW LUBE OIL TEMP Tl-1487 ASHCROFT GAGE-50-EL-60-E- K-6B 2 IND 040 1627 EPD K-6B M-12-6 REV XO K-6B HIGH LUBE OIL TEMP Tl-1488 ASHCROFT GAGE-50-EL-60-E- K-6B 2 IND 040 1628 EPD K-6B M-12-7 REV YO K-6B JACKET WATER TEMP Tl-1491 ASHCROFT GAGE-50-EL-60-E- K-6B 2 IND 040
05/12/95 NO. SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 83 LOCATION NOTES 1629 EPD K-68 M-12-7 REV YO .i<-68 JACKET WATER TEMP Tl-1492 ASHCROFT GAGE-50-EL-60-E- K-68 2
*IND 040 1630 EPD EA-11 E-130-3 REV6 BKR 152-102 OVERCUR. TPS 150/151 X,Y,Z STATES - RTS 291038 EA-11 3 TEST SW 1631 EPD EA-11 E-130-2 REV 4 BKR 152-103 OVERCUR. TPS 150/151 X,Y:Z STATES - RTS 291038 EA-11 3 TEST SW 1632 EPD EA-11 E-130-3 REV6 BKR 152-104 OVERCUR. TPS 150/151 X,Y,Z STATES- RTS 291038 EA-11 3 TEST SW 1633 EPD EA-11 E-130-3 REV 6 BKR 152-108 OVERCUR. TPS 150/151 X,Y:Z STATES-RTS EA-11 3 TEST SW 1634 EPD *EA-11 E-130-2 REV 4 BKR 152-109 OVERCUR. TPS 150/151 x,v;z STATES-RTS EA-11 3 TEST SW 1635 EPD EA-11 E-130-3 REV 6 BKR 152-110 OVERCUR. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST SW 1636 EPD EA-11 E-130-2 REV 4 BKR 152-111 OVERCUR. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST SW 1637 EPD EA-11 E-130-2 REV 4 BKR 152-112 OVERCUR. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST SW 1638 EPD EA-11 E-130-2 REV 4 BKR 152-113 OVERCUR. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST SW 1639 EPD EA-11 E-130-2 REV 4 BKR 152-1140VERCUR. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST SW 1640 EPD EA-11 E-130-3 REV6 BKR 152-115XFORM#11 O.C. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST 1641 EPD EA-11 E-130-2 REV 4 BKR 152-116 OVERCUR. TPS 150/151 X,Y,Z STATES-RTS EA-11 3 TEST SW 1642 EPD EA-12 E-130-2 REV 4, E-130-3 REV 6, E-130- BKR 152-211 SWITCHGEAR TPS-150/151 X,Y,Z STATES-RTS EA-12 3 4REV3 TEST SW 1643 EPD EA-12 E-130 SH.1 THRU SH.6 EX-12 OVERCURRENT TPS-150/151 BX-201 STATES-RTS 1DSWGR 3 RELAY 1644 EPD EA-12 E-130 SH.1 THRU SH.6 EX-12 OVERCURRENT TPS-150/151 BY-201 STATES-RTS 1DSWGR 3 RELAY 1645 EPD EA-12 E-130 SH.1 THRU SH.6 EX-12 OVERCURRENT TPS-150/151 BZ-201 STATES-RTS 1DSWGR 3 RELAY 1646 EPD EA-12 E-130 SH.1 THRU SH.6 EX-12 OVERCURRENT TPS-150/151 X-201 STATES-RTS 1DSWGR 3 RELAY 1647 EPD EA-12 E-130 SH.1 THRU SH.6 EX-12 OVERCURRENT TPS-150/151 Y-201 STATES-RTS 1DSWGR 3 RELAY
NO. 05/12195 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 84 LOCATION NOTES 1648 EPD EA-12 E-130 SH.1 THRU SH.6 EX-12 OVERCURRENT TPS-150/151Z-201 STATES-RTS 1DSWGR 3 RELAY 1649 EPD EA-12 E-129 SH.1 REV.10;E-11REV.21 1D STARTUP BRK LOCAL TPS-151X,Y,Z-202 STATES-RTS 1DSWGR 3 TEST SW 1650 EPD EA-12 E-130 SH.5 REV.6;E-129 SH.1 REV.10 SW GR TEST SWITCH TPS-151X,Y,Z-203 STATES-RTS 1DSWGR 3 1651 EPD ' EA-11 E-130-5 REV6 BKR 152-107 OVERCUR. TPS-151X-107 STATES-RTS EA-11 3 TEST SW 1652 EPD EA-12 E-130-5 REV6 BKR 152-211 SWITCHGEAR TPS-151X-202 STATES-RTS EA-12 3 TEST SW 1653 EPD .EA-12 E-130-5 REV6 BKR 152-213 OVERCUR. TPS-151X-213 STATES-RTS EA-12 3 TEST SW 1654 EPD EA-11 E-130-5 REV6 BKR 152-107 OVERCUR. TPS-151Y-107 STATES-RTS EA-11 3 TEST SW 1655 EPD EA-12 E-130-5 REV6 BKR 152-213 OVERCUR. TPS-151Y-213 STATES-RTS EA-12 3 TEST SW 1656 EPD EA-11 E-130-5 REV 6 BKR 152-107 OVERCUR. TPS-151Z-107 STATES-RTS EA-11 3 TEST SW 1657 EPD EA-12 E-130-5 REV6 BKR 152-213 OVERCUR. TPS-151Z-213 STATES-RTS
- EA-12 3 TEST SW 1658 EPD EA-12 E-130-5 REV 6 BKR 152-213 DIFFERENTIAL TPS-187D X-213 STATES-RTS EA-12 3 RELAY 1659 EPD EA-12 E-130-5 REV 6 BKR 152-213 DIFF TEST SW TPS-187D Y-213 STATES-RTS EA-12 3 1660 EPD EA-12 E-130-5 REV6 BKR 152-213 DIFF TEST SW TPS-187D Z-213 STATES-RTS EA-12 3 1661 EPD EA-11 E-130-5 REV 6 BKR 152-107 DIFF TEST SW TPS-187DX-107 STATES-RTS EA-11 3 1662 EPD EA-11 E-130-5 REV6 BKR 152-107 DIFF TEST SW TPS-187DY-107 STATES-RTS EA-11 3 1663 EPD EA-11 E-130-5 REV 6 BKR 152-107 DIFF TEST SW TPS-187DZ-107 STATES-RTS EA-11 3 1664 EPD K-6A M-12-94REV9, E-14REV15 K-6A ELECTRIC METER TPS-G1-1 (MTS) MULTl-AMP CORP.-C3-209-K EC-22 3 TEST SW 1665 EPD K-68 E-14 REV 15, M-12-16REV11, M K-68 ELECTRIC METER TPS-G1-2 (TS) MULTl-AMP CORP.-C3-209-K EC-26 3 101 REV 10 TEST SW 1666 EPD EA-11 E-130-3 REV6 BKR 152-102 OVERCUR. TPS150A/151A X,Y,Z STATES-RTS EA-11 3 TEST SW 1667 EPD EA-11 E-130-3 REV6 BKR 152-110 OVERCUR. TPS150A/151A X,Y,Z STATES-RTS EA-11 3 TEST SW 1668 EPD EA-11 E-130-3 REV6 BKR 152-115 XFORM#19 O.C. TPS150A/151A X,Y,Z STATES-RTS EA-11 3 TEST
NO. 05/12/95 SYSTEM 1669 EPD SUBSYSTEM COMPONENT EA-11 REFERENCE DRAWING SQUG RELAY LIST* CONTACT/CONTACT GROUP RELAY ID TYPE Page 85 LOCATION NOTES E-129-1 REV 10 BKR 1S2-105 OVERCUR. TS SW-105X,Y,Z STATES-RTS EA-11 3 TEST SW 1670 EPD EA-11 E-129-1B REV3 BKR 1S2-106 OVERCUR. TS SW-1S1-106 STATES-RTS EA-11 3 TEST SW 1671 *EPD K-6A E-140-1A REV2, M-12-97 REVS K-6A JACKET WATER TEMP. TS-1470 (JWT3) UNITED ELEC. CONTROL-102 EG-21 2 SW 1672 EPD K-6B E-140-1A REV2, M-12-36 REVS, M K-6B JACKET WATER TEMP
- TS-1471 (JWT3) UNITED ELEC. CNTL-102 EG-31 2 104 REVOC SW#3 1673 EPD K-6A M-12-94 REV 9, E-140-2REV16 CABINET HEATER CONTROL TS-1473 (HTS2) WHITE ROGERS-469B EC-22 2 1674 EPD K-6A M-12-94 REV 9, E-140-2REV16 CABINET HEATER CONTROL TS-1474 (HTS3) G.E. 6A428 EC-22 2 167S EPD K-6A E-140-2REV16, M-12-95(1) REV 11 G20 CABINET HEATER TS-147S (TH1)
- WHITE ROGERS-469B EG-20 3 CONTROL SW 1676 EPD K-6A E-140-1A REV2, M-12-97 REVS K-6A LUBE OIL HEATER TS-1476 CHROMALOX-AR2S24 K-6A 2 CONTROL 1677 EPD K.:SA E-140-1 REV 17, M-12-98(1) REV 1S K-6A LUBE OIL TEMP. TS-1477 (OTS1) UNITED ELECT. CNTL.-89B UE K-6A 2 SWITCH 1678 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 1S K-6A LUBE OIL TEMP. TS-1478 (OTS2) UNITED ELECT. CNTL.-C100;M K-6A 2 SWITCH 120 1679 EPD K-6A E-140-1 REV 17, M-12-98(1) REV 1S K-6AJACKETWATER TEMP TS-1481 (JWT2) CHROMALOX-EL WIEGAND- K-6A 2 SWITCH2 P/N2S24 1680 EPD K-6A . E-140-1 REV 17, M-12-98(1) REV.1S K-6A JACKET WATER TEMP . TS-1482 (JWT1) CHROMALOX-EL WIEGAND- K-6A 2 SWITCH 2S24 1681 EPD K-6B E-140-2REV16, M-12-101 REV 10 EC-26 CABINET HEATER TS-1483 (HTS2) WHITE ROGERS-469B EC-26 2 CONTROL 1682 EPD K-6B E-140-2REV16, M-12-101 REV 10 EC-26 CABINET HEATER TS-1484 (HTS3) G.E. 6A428 EC-26 2 CONTROL 1683 EPD K-6B E-140-2 REV 16, M-12-102(1) REV 11 EG-30 CABINET HEATER TS-1485 (TH1) WHITE ROGERS-469B EG-30 3 CONTROL 1684 EPD K-6B E-140-1 REV 17, M-12-36 REVS, M K-6B LUBE OIL HEATER TS-1486 (OTS3) WHITE ROGERS-469B K-6B 2 104 REVOC CONTROL 1685 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B LUBE OIL LOW TEMP. TS-1487 (OTS1) UNITED ELECT. CNTL.-89B K-6B 2 SW 1686 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B LUBE OIL HIGH TEMP. TS-1488 (OTS2) UNITED ELECT. CNTL.-C100;M K-6B 2 SW 120 1687 EPD K-6B E-140-1 REV 17, M-12-105(1) REV 10 K-6B JACKET WATER TEMP TS-1491 (JWT2) UNITED ELECT. CNTL.-89B K-6B 2 SW#2
- NO.
05/15/95 SYSTEM SUBSYSTEM COMPONENT REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTAci: GROUP RELAY ID TYPE Page 86 LOCATION NOTES 1688 EPD . ~K-6B . E-627~2REV19, M-12-105(1) REV 10 K-6B JACKET WATER TEMP. TS-1492 (JWT1) UNITED ELECT. CNTL.-89B K-6B 2 SW 1689 HVAC TS-1653 *E-270 SH.7 REV.3 VC-11 OIL TEMP. SWITCH TS-1653 UNITED*ELEC. F302-68S RM-300
- 3 1690 HVAC . TS-1654 . E-270 SH.7 REV.3 VC-10 OIL TEMP. SWITCH TS-1654 UNITED ELEC. F302-68S RM-300A 3 1691 EPD K-6B E-280-1 REV.9 K-6B COOLING FAN V-240 T. TS-1820 JOHNSON/YOKOGAWA-T26S- K-6B 2
.S.LO 18c 1692 *EPD K-6B E-280-1 REV9, M.:.55-7(12) REV3 K-6B COOLING FAN V-24C T. TS-1821 JOHNSON/YOKOGAWA-T26S- K-6B 2 S.HI 18C 1693 EPD
- K-6B E-280-1 REV 9 K-6B COOLING FAN V-24C T. TS-1822
- JOHNSON/YOKOGAWA-T26S- K-6B 2 S. LO 18C 1694 EPD K-6B E-280-1 REV'9 K-6B COOLING FAN V-240 T. .TS-1823 *JOHNSON/YOKOGAWA-T26S- K-6B 2 S.HI 18C 1695 EPD K-6A E-280-1 REV9, M-55-7(12) REV3 K-6A COOLING FAN V24A T. TS-1827 JOHNSON/YOKOGAWA-T26S- K-6A 2 S.HI 18C 1696 EPD K-6A E-280-1 REV9, M-55-7(12) REV3 K-6A COOLING FAN V24A T. TS-1828 JOHNSON/YOKOGAWA-T26S- K-6A 2 S.LO 18C 1697 EPD K-6A E-280-1 REV 9, M-55-7(12) REV 3 K-6A COOLING FAN V24B T. TS-1843 JOHNSON/YOKOGAWA-T26S- K-6A 2 S.HI 18C 1698 EPD K-6A E-280-1 REV 9, M-55-7(12) REV 3 K-6A COOLING FAN V24B T. TS-1844 JOHNSON/YOKOGAWA-T26S- K-6A 2 S.LO 18C 1699 EPD K-6A E-14REV15, M-201-63 REV33 K-6A METER TEST SWITCH
- TS-01 G.E.-SBM EC-04 3 1700 EPD K-6B E-14REV15, M-201-62 REV34 K-6B METER TEST SWITCH TS-02 G.E.-SBM EC-04 3 1701 RCPC TE-0112CC .E-96 SH:7 REV.15 PRI SYS TEMP PROTECTIVE TT-0112CC ROCHESTER XSC-1372-89192 EC-12 4 CHNLC 1702 RCPC TE-0112CD E-96 SH.8 REV 3;J-55 SH.16 REV 0 PRI SYS TEMP PROTECTIVE TT-0112CD ROCHESTER SC-1373-323-H3 EC-12 4 CHNLD 1703 RCPC TE-0122CC E-96 SH.7 REV.15 PRI SYS TEMP PROTECTIVE TT-0122CC ROCHESTER SC-1373-323-H3 EC-12 4 CHNLC 1704 RCPC TE-0122CD E-96 SH.8 REV 2;J-55 SH.16 REV 0 PRI SYS TEMP PROTECTIVE TT-0122CD -ROCHESTER XSC-1372-89192 EC-12 4 CHNLD 1705 HVAC V-26A E-271 SH.3 REV.2 AFU VF-26A FAN V-26A JOYMANUF.18-14-3450 RM-300 3 1706 HVAC V-26B E-271 SH.3 REV.2 1040 FILTER UNIT VF-26B V-26B JOY MANUF. 18-14-3450 RM-300A 3 FAN 1707 HVAC V-95 E-270 SH.2 REV.3 CNrL RM VENT MAIN V-95 ELLIS & WATTS ACH-522 RM-300 3 SUPPLY FAN
NO. 05/15/95 SYSTEM SUBSYSTEM COMPONENT. REFERENCE DRAWING SQUG RELAY LIST CONTACT/CONTACT GROUP RELAY ID TYPE LOCATION Page 87 NOTES 1708 HVAC V-96 E-270 SH.2 REV.3 CNrL RM VENT MAIN V-96 . ELLIS & WATTS ACH-522 RM-300A 3 SUPPLY FAN 1709 EPD K-6A E-154-1 R 18, E-210-1,3 R 14,18; E-241 SI & SEQUENCE LOADING V16-1 CLARK CONTROL 5U-10 EC-13 4 R 16, E-242,E-248R14,E-259-1,1A R RELAY 17,6; 1710 EPD EA-12 E-154-1,2REV18,13; E-241 REV.16, E- SIS & SEQ LOADING RELAY V16-2 CLARK CONTROL 5U-10 EC-13 4 247 REV.15, E-259-1 REV 17 1711 EPD EA-11 E-151 REV 16, E-219 SH.3 REV.15, E- SIS & SEQUENCE LOADING V16-3 CLARK CONTROL 5U-10 EC-13 4 249REV13 RELAY 1712 EPD EA-11 E-151 REV 16, E-219 SH.3 REV.15, E- SIS & SEQUENCE LOADING V16-4 CLARK CONTROL 5U-10 EC-13 4 249REV13 RELAY 1713 EPD K-6A* E-140-3REV12, M-201-63 REV 33 K-6A VOLTAGE REG. SETPT VSR-1 G.E. - SBM10BA873 EC-04 3 SW 1714 EPD K-68 E-140-3REV12, M-201-62 REV34 K-68 VOLTAGE REG VSR-2 G.E. - SBM10BA873 EC-04 3 SETPOINTSW
- CONSUMERS POWER PALISADES NUCLEAR PLANT ATTACHMENT C RELAY LIST NOTES and DESCRIPTION of OUTLIERS (4 Pages)
- 1. Relays Directly Control Switchgear Relay Notes Screening Basis
- 2. Circuit/Relay Malfunction Acceptable
- 3. Solid-State or Mechanical Actuated
- 4. Relay GERS or Specific Qualification
- 5. Operator Action SA Breaker 152-102 is the alternate feed for the pressurizer heater transformer # 15. This alternate feed is accomplished by implementing procedure ONP 2.1 Attachment 1, which requires an operator action to physically remove and relocate links in the rear ofbreaker cubical 152-102, and open and isolate breaker 152-305 and the associated protective devices(ie. relay, amp meter) of breaker 152-305. Operator action is required to physically connect the cabling per ONP 2.1 Attachment 1.
- 6. Corrective Action Required 6A These relays, 12ID-2 and 12ID-l, Westinghouse type SV, are outliers.
EPRI NP-7148-SL, DEC. 1990, Appendix E, identifies these relays as low ruggedness relays for all modes of operation. Evaluate system operation and replace if necessary. 6B These relays, Gl-1/DR and Gl-2/DR, Square D-P04 Type, Class 7001 are outliers. No GERS exist for these relays in EPRI NP-7147-SL, dated Aug. 1991. MPR verified that no testing was performed on this relay type. Evaluate system operation and replace if necessary. 6C These relays, Gl-1/Kl, Gl-1/KlA, Gl-2/Kl, Gl-2/KlA, Westinghouse type MD-101, are outliers. No GERS exist for these relays in EPRI NP.:.7147-SL, dated Aug. 1991. MPR verified that no testing was performed on this relay type. Evaluate system operation and replace if necessary. 6D These relays, Gl-1/K.2 and Gl-2/K.2, Westinghouse type MD-110, are outliers. No GERS exist for these relays in EPRI NP-7147-SL, dated Aug. 1991. MPR verified that no testing was performed on this relay type. Evaluate system operation and replace if necessary.
- 6F These relays, 194-108, 194-211, Clark Control/Allis Chalmers, are outliers.
Per fax received on December 3, 1993, Joslyn Clark Relays cannot be identified. These relays appear to be assembled with different parts. Evaluate system operation and replace if necessary. 6G This relay, 152-305, Allis Chalmers type MA-250C, is an outlier. When the pressurizer heater (transformer #15) is.fed from IC bus (Al I), th~ breaker 152-305 shall be isolated. Bus IE is not seismically qualified at this time. Evaluate system operation and replace if necessary. 6H These relays, 187D-107/X,Y,Z, 187D-213/X, Y,Z, General Electric type IJD52A, are outliers. The GERS-RLY-PP 1. 5 requires the IJD relays to have "HIGH-G" letters on the faceplate. A walkdown was unable to verify the "HIGH-G lettering even though the documentation for the purchase and installation reflects the appropriate requirements. Evaluate system operation and replac.e if necessary. 61 These relays, 162-107X, 162-213X, Westinghouse type SG are outliers. These relays are deenergized, normally closed contact. EPRI NP-7148-SL, DEC. 1990, Appendix E, identifies these relays as low ruggedness relay for this mode of operation. Evaluate system operation and replace if necessary.
- 7. Component Not Affected By Relays
- Table C.1 A-46 OUTLIER ISSUES AND PROPOSED RESOLUTION ID OUTLIER ISSUES PROPOSED RESOLUTION 127D,.I These relays, 127D-2 and 1270-1, Evaluate system operation and 1270-2 Westinghouse type SV, are outliers. replace if necessary.
EPRINP-7148-SL, DEC. 1990, Appendix E, identifies these relays as low ruggedness relays for all modes of operation. Gl-1/DR These relays, Gl-1/DR and Gl-2/DR, Evaluate system operation and Gl-2/DR Square D-P04 Type, Class 7001 are replace if necessary. outliers. No GERS exist for these relays in EPRI NP-7147-SL, dated Aug. 1991. MPR verified that no testing was performed on this relay type. Gl-1/Kl These relays, Gl-1/Kl, Gl-1/KIA, Evaluate system operation and Gl-1/KIA Gl-2/Kl, Gl-2/KIA, Westinghouse replace if necessary. Gl-2/Kl type MD-101, are outliers. No GERS Gl-2/KlA exist for these relays in EPRI NP-7147-SL, dated Aug. 1991. MPR verified that no testing was performed on this relay type. Gl-1/K.2 These relays, Gl-1/K.2 and Gl-2/K.2, Evaluate system operation and Gl-2/K.2 Westinghouse type MD-110, are outliers. replace if necessary. No GERS exist for these relays in EPRI NP-7147-SL, dated Aug. 1991. MPR verified that no testing was performed on this relay type. 194-108 These relays, 194-108, 194-211, Clark Evaluate system operation and 194-211 Control/Allis Chalmers, are outliers. Per replace if necessary. fax received on December 3, 1993, Joslyn Clark Relays cannot be identified. These relays appear to be assembled with different parts. 152-305 This relay, 152-305, Allis Chalmers type Evaluate system operation and MA-250C, is an outlier. When the replace if necessary. pressurizer heater (transformer #15) is fed from IC bus (Al I), the breaker 152-305 shall be isolated. Bus IE is not seismically
- qualified at this time .
- l87D-l07/X,Y,Z 187D-2l3/X,Y,Z These relays, 187D-107/X,Y,Z, 187D-213/X, Y,Z, General Electric type UD52A, are outliers. The GERS-RLY-PPI.5 requires the IJD relays to have "IDGH-G" letters on the faceplate. A walkdown was Evaluate system operation and replace if necessary.
unable to verify the "IIlGH-G" lettering even though the documentation for the . purchase and installation reflects the appropriate requirements. 162-107X These relays, 162-107X, 162-213X, Evaluate system operation and 162-213X Westinghouse type SG are outliers. These replace if necessary. relays are deenergized, normally closed contact. EPRINP-7148-SL, DEC. 1990, Appendix E, identifies these relays as low r.uggedness relay for this mode of operation.
- USI A-46*SEISMIC.
EVALUATION REPORT
- PALISADES NUCLEAR PLANT May 19, 1995 I
. i
- Report 92C2750.A46 Report of SQUG Assessment at Palisades Nuclear Plant for Resolution of USI A-46 Prepared for Consumers Power Company Palisades Nuclear Plant 27780 Blue Star Memorial Highway Covert, Michigan 49043 prepared by Stevenson & Associates State Street Woburn, Massachusetts 01801 May 15, 1995
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 1. INTRODUCTION AND SEISMIC VERIFICATION METHODOLOGY 1-1
1.1 INTRODUCTION
1-1 1.2 SEISMIC VERIFICATION METHODOLOGY 1-1 1.3 REPORT ORGANIZATION 1-2
- 2. PALISADES NUCLEAR PLANT SAFE SHUTDOWN PATH 2-1
- 3. PALISADES NUCLEAR PLANT SEISMIC DESIGN BASTS 3-1
3.1 DESCRIPTION
OF INPUT MOTIONS 3-1
3.2 DESCRIPTION
OF DYNAMIC MODELING AND BASES FOR THE SELECTION OF KEY MODELING PARAMETERS 3-1
3.3 DESCRIPTION
OF SOIL-STRUCTURE INTERACTION STUDIES 3-2 3.4 IN-STRUCTURE RESPONSE SPECTRA 3-2
- 4. RESULTS OF SCREENING VERTFTCA TION AND WALKDOWN - CLASS OF TWENTY 4.1 SEISMIC EVALUATION GUIDELINES 4.1.1 SEISMIC CAPACITY Vs. DElv!AND 4-1 4-1 4-2 4.1.2 CAVEAT COMPLIANCE 4-2 4.1.3 ANCHORAGE ADEQUACY 4-3
- 4. 1:4 SEISMIC INTERACTION CHECKS 4-7 4.2 OUTLIER RESOLUTION 4-7 4.3 SEISMIC CAPABILITY ENGINEERS AND PEER REVIEWER 4-8 4.4 OTHER TYPES OF SEISMIC EVALUATIONS AND INTERFACES 4-8 4.5 DOCUMENTATION 4-9 4.6 CLASS OF TWENTY EVALUATION RESULTS 4-9
- 5. GIP DEVIATIONS AND COMMENTARY ON MEETING THE INTENT OF CAVEATS 5-1
- 6. RESULTS OF THE TANKS AND HEAT EXCHANGER REVIEW 6-1 6.1 EVALUATION METHODOLOGY 6-1 6.2
SUMMARY
OF EVALUATION RESULTS 6-3
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 7. RESULTS OF THE CABLE TRAY AND CONDUIT RACEWAY REVIEW 7-1
7.1 INTRODUCTION
AND PURPOSE 7-1 7.2 SCOPE OF ELECTRICAL RACEWAYS ASSESSED 7-1 7.3 GENERAL DESCRIPTION OF PALISADES RACEWAYS 7-2 7.4 SPECIFIC RACEWAY SYSTEMS EVALUATED 7-2 7.5 RACEWAY SEISMIC EVALUATIONWALKDOWNS 7-5 7.5.1 GIP INCLUSION RULES RESULTS 7-5 7.5.2 GIP OTHER SEISMIC PERFORJvfANCE CONCERNS & SEISMIC INTERACTION REVIEW 7-5 7.6 LIMITED ANALYTICAL REVIEW (LAR) RESULTS 7-6
- 7. 6. 1
SUMMARY
OF RESULTS 7-7
- 7. 6.2 LOGIC DIAGJUMS FOR CABLE TRAY AND CONDUIT SUPPORT EVALUATIONS 7-9
7.7 CONCLUSION
S 7-14
- 8. DESCRIPTION OF THE EQUIPMENT OUTLIERS 8-1 8.1 OUTLIERS RESOLVED PRIOR TO FINAL A46 WALKDOWNS 8-1 8.2 GENERIC OUTLIER ISSUES 8-1 8.3 EQUIPMENT SPECIFIC OUTLIERS IDENTIFIED DURING THE A46 W ALKDOWNS 8-2
- 9. RESOLUTION OF OUTLIERS
- 10. REFERENCES 9-1 10-1 APPENDIX A: SAFE SHUTDOWN EQUIPMENT LIST (SSEL)
APPENDIX B: SEISMIC DESIGN BASIS SPECTRA APPENDIX C: WALKDOWN PERSONNEL RESUMES APPENDIX D: SCREENING VERTFICA TION DATA SHEETS (SVDS)
- ii
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 List of Acronyms CPCO. Consumers Power Company EPRI Electric Power Research Institute GERS Generic Equipment Ruggedness Spectra GIP Generic Implementation Procedure GL Generic Letter IAEA International Atomic Energy Agency IPEEE Individual Plant Examination for External Events PNP Palisades Nuclear Plant LAR Limited Analytical Review MCC Motor Control Center osvs Outlier Seismic Verification Sheet PASS Plant Area Summary Sheet PSD Power Spectral Density S&A Stevenson & Associates SCE Seismic Capability Engineer SEWS Screening Evaluation Work Sheet SQUG Seismic Qualification Utility Group SRT Seismic Review Team SSE Safe. Shutdown Earthquake SSEL Safe Shutdown Equipment List
- SSER SVDS USI USN RC ZPA Supplemental Safety Evaluation Report Screening Verification Data Sheet Unresolved Safety Issue United States Nuclear Regulatory Commission Zero Period Acceleration
- iii
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 1. Introduction and Seismic Verification Methodology 1.1 Introduction This report provides the final documentation of the seismic adequacy evaluations performed at the Palisades Nuclear Plant (PNP) for resolution of Unresolved Safety Issue (USI) A-46, "Seismic Qualification of Equipment in Operating Plants". USI A-46 was issued by the United States Nuclear Regulatory Commission (USNRC) in December, 1980 to address the concern with the seismic adequacy of mechanical and electrical equipment in older nuclear power plants. This report describes the results of the seismic reviews of active mechanical and electrical equipment, selected tanks and heat exchangers, and cable and conduit raceways.
1.2 Seismic Verification Methodology Utilities affected by USI A-46 formed the Seismic Qualification Utility Group (SQUG) in 1982 to develop a consistent industry approach for resolving USI A-46. SQUG utilities with the technical and financial assistance of the Electric Power Research Institute (EPRI) conducted research and studies regarding this issue in order to formulate a thorough and reasoned program to resolve the identified concern. In February, 1987, USNRC issued Generic Letter 87-02, "Verification of Seismic Adequacy of Mechanical and Electrical Equipment in Operating Reactors, Unresolved Safety Issue (USI) A-46",
- as a detailed approach for resolving USI A-46 [1] .
Subsequently, further research conducted by SQUG (and its contractors) and reviewed by USNRC staff resulted in a detailed procedure developed by SQUG called the "Generic Implementation Procedure (GIP) for Seismic Verification of Nuclear Power Plant Equipment" [2]. Specifically, USNRC reviewed Revision 2 of the GIP and accepted (with provisos) the approach in Supplement No. 1 to Generic Letter (GL) 87-02 that Transmits Supplemental Evaluation Report No. 2 (SSER #2) on SQUG Generic Implementation Procedure, Revision 2 as Corrected on February 14, 1992 (GIP-2) [3]. This GIP version and the clarifications, guidance and additional requirements provided by the USN RC in SSER #2 are the basis for the seismic evaluation of mechanical and electrical equipment at Palisades for resolution of USI A-46. Separate, but related issues pertaining to methods of analysis for above-ground flexible tanks identified in USI A-40, "Seismic Design Criteria" [4], and seismic adequacy of proximity items above and around important-to-safety equipment identified in USI A-17 [5] are explicitly addressed and resolved by implementation of the GIP. The GIP. approach relies on developing a safe shutdown equipment list (SSEL) and identifying equipment needed to achieve and maintain safe shutdown conditions in a nuclear power plant. This equipment is then seismically reviewed in accordance with the GIP methodology. By means of plant walkdowns to specifically observe and evaluate each equipment item on the SSEL, an assessment can be made concerning its seismic adequacy. By meeting seismic demand criteria, selected caveats to ensure similarity, an anchorage evaluation, and a seismic interaction proximity assessment, the trained walkdown engineer can be satisfied (or not) that the equipment will survive the 1-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. O, May 15, 1995
- design basis seismic event. The basis for this approach is rooted in detailed observations of similar, if not identical, equipment in industrial facilities that have survived earthquakes of similar or greater magnitude in California and throughout seismically active regions around the world. Each equipment assessment is documented on a Screening Evaluation Work Sheet (SEWS). Any deficiencies are documented on an Outlier Seismic Verification Sheet(s) (OSVS).
1.3 Report Organization The following section of this report discusses the development of the safe shutdown path and the resulting Safe Shutdown Equipment List (SSEL). The SSEL is provided in Appendix A. The seismic design basis and the assessment of it by the USN RC are discussed in Section 3. The design basis spectra are contained in Appendix 8. The equipment walkdown and results are provided in Section 4. These assessments resulted in summary level screening verification data sheets, SVDS, (Appendix D) SSER #2 requires explicit documentation of any deviations from the exact requirements of the GIP. Section 5 provides a detailed listing of exceptions to the rules taken for any equipment item assessment. Section 6 discusses the results of the Tanks & Heat Exchangers assessment. They are also summarized under Class 21 - which is the Tanks & Heat Exchangers class - in the SVDS given in Appendix D. Cable Tray & Conduit Raceway assessments are provided in Section 7. Sections 8 and 9 provide a listing of identified outliers, the reasons for which they are outliers, and their proposed
- resolution, respectively .
- 1-2
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 2. Palisades Nuclear Plant Safe Shutdown Path For a complete discussion of the safe shutdown paths used at the Palisades plant see the attached report entitled, "USI A-46 Equipment Evaluation Report - Palisades Plant" located in Section 3 of this Palisades report .
- 2-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 3. Palisades Nuclear Plant Seismic Design Basis This section describes the seismic motion used for the A-46 study. In accordance with Item 3. under Required Response [pg. 3, Ref. 3] the floor spectra can be utilized as "conservative" floor spectra. The following sections describe the basis and development of the design basis spectra.
3.1 DESCRIPTION
OF INPUT MOTIONS The Palisades plant original seismic design basis is the Housner ground spectrum. The SSE input motions (time history) used to create the earthquake analysis of PNP [6] were based on the Taft earthquake S69E recorded in 1952. For the analysis and design of the Seismic Class 1 structures themselves at Palisades, the horizontal input design motion is the Housner Ground Spectrum scaled to 0.20g peak ground acceleration (PGA). The vertical response spectra were taken as two-thirds of the horizontal free field ground spectrum for all plant elevations.
3.2 DESCRIPTION
OF DYNAMIC MODELING AND BASES FOR THE SELECTION OF KEY MODELING PARAMETERS The Palisades Nuclear Plant is made up of the following Seismic Class 1 structures:
- 1. Reactor Building (Containment) and Internals
- 2.
3. 4. 5. Auxiliary Building Portions of Turbine Building (remainder is Glass 3) Portions of Intake Structure (remainder is Class 3) Auxiliary Feedwater Pump Room Safe shutdown equipment is located in structures 1 through 5 listed above. The structural response was determined for structures 1 and 2 above. The Intake Structure is mainly below ground and the Auxiliary Feedwater Pump Room is completely below ground level, therefore, the design used the Housner horizontal peak ground acceleration as the design input acceleration. The mathematical model of the structures and underlying soil was constructed in terms
- of lumped masses and stiffness coefficients.
Damping values used were based upon the evaluation of the materials and mode shapes. *Given that the first and second modes of the structures are dominated by the soil response, no proportional damping was used. The damping used is as shown in Table 3-1 shown below:
- 3-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Table 3-1 Palisades Design Basis Damping Values Building Damping Auxiliary Building 0.5% & 5%* Reinforced Concrete Structures on Soil (Containment) 7.5%
- Certain modes were assigned 0.5% damping, and other modes were assigned 5% damping
3.3 DESCRIPTION
OF SOIL-STRUCTURE INTERACTION STUDIES As discussed in the Palisades' Final Safety Analysis Report, the soil-structural interaction under seismic motions is represented by the translational and rotational springs .in the model. The stiffness of these springs were determined by using equations developed for the case of a rigid plate on a semi-infinite elastic half-space. 3.4 IN-STRUCTURE RESPONSE SPECTRA
- Reference 8 describes the horizontal and vertical in-structure response acceleration spectra. Horizontal response spectra curves for equipment inside the buildings were generated by the time history technique of seismic analysis. The input (base motion) time history used was that recorded at Taft 1952. The amplified time histories were then developed for each building elevation in the lumped mass building model. From these amplified time histories of acceleration, acceleration floor response spectra were developed for various damping values. The floor spectra developed represent the Operating Basis Earthquake (OBE) level. They were increased by a factor of 2.0 to represent the Safe Shutdown Earthquake (SSE). The response spectra curves were subsequently broadened +/- 10% in 1989 to account for parameter uncertainties such as building and soil properties. The structural analysis determined the response in the North-South and East-West directions. No vertical model was generated.
The SSE site ground response spectrum and the generated floor response spectra are provided in Appendix B .
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 4. Results of Screening Verification and Walkdown - Class of Twenty The purpose of this section is to describe the Screening Verification and Walkdown performed to verify the seismic adequacy of active mechanical and electrical equipment identified in Section 2. The guidelines contained in this section were used to screen the equipment for seismic adequacy. If the equipment did not pass this screen, it was declared an outlier (see Section 8). Other more refined or sophisticated methods for verifying the seismic adequacy of the equipment were used as described in Section 9, Resolution of Outliers; or possible equipment modification was considered.
4.1 Seismic Evaluation Guidelines The procedure for performing the Screening Verification and Walkdown is based on the following four seismic screening guidelines:
- 1. Seismic Capacity vs. Seismic Demand - The seismic capacity of the equipment, based on earthquake experience data, generic seismic testing data, or equipment-specific seismic qualification data, should be greater than the seismic demand
- 2.
imposed on the equipment by the safe shutdown earthquake (SSE) . Caveat Compliance - In order to use the seismic capacity defined by the earthquake experience Bounding Spectrum or the generic equipment ruggedness spectra (GERS), the equipment should be similar to the equipment in the earthquake experience equipment class or the generic seismic testing equipment class and also meet the intent of the specific caveats for that class of equipment. If equipment-specific seismic qualification data is used, then any specific restrictions or caveats for that qualification data apply instead.
- 3. Anchorage Adequacy - The equipment anchorage capacity, installation, and stiffness should be adequate to withstand the seismic demand from the SSE at the equipment location.
- 4. Seismic Interaction Checks - The effect of possible seismic spatial interactions with nearby equipment, systems, and structures should not cause the equipment to fail to perform its intended safe shutdown function.
The evaluation of equipment against each of these four screening guidelines at Palisades is based upon walkdown evaluations, calculations, and other supporting data .
- 4-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 4.1.1 Seismic Capacity Vs. Demand Palisades determined the seismic capacity of safe shutdown equipment using: Earthquake experience data with capacity defined by the Bounding Spectrum, Generic seismic test data which have been compiled into Generic Equipment Ruggedness Spectra (GERS), or
- Equipment-specific seismic qualification data, or data on similar equipment.
The seismic demand imposed on an item of equipment depends on whether or not the ground spectrum or amplified floor response spectra were used, and how it is compared to the capacity data. Generally, conservative floor spectra were compared to 1.5 times the bounding spectrum. To a lesser extent, the ground spectrum was compared to the bounding spectrum for equipment within 40' of grade with an estimated fundamental frequency greater than 8 Hz. GERS were used for some equipment and for those comparisons the GERS were compared to conservative floor spectra or 2.25 times the ground
- spectrum (SSE). In order to utilize 2.25 times SSE as the demand, the equipment item had to be within 40' of grade and have an estimated fundamental frequency greater than 8 Hz. Finally, newer, upgraded equipment that had been seismically proof tested (shaking table tested) in accordance with the IEEE 344 Standard, 1975 Edition or later, was accepted based on this documentation and was supplemented only by a seismic interaction review by the SRT.
For purposes of determining the 40' Above Grade elevation, effective grade for the site and/or each building must be determined. "Effective grade" at a nuclear plant is defined as the average elevation of the ground surrounding the building along its perimeter. As Palisades is a soil site, effective grade was established at 590'. 4.1.2 Caveat Compliance The second screening guideline which must be satisfied to verify the seismic adequacy of an item of mechanical or electrical equipment is to confirm that (1) the equipment characteristics are generally similar to the earthquake experience equipment class or the generic seismic testing equipment class and (2) the equipment meets the intent of the specific caveats for the equipment class. This review is only necessary when the Bounding Spectrum or the GERS is used to represent the seismic capacity of an item of equipment. If equipment-specific seismic qualification data is used instead, then only the specific restrictions applicable to that equipment-specific qualification data need be
- applied .
4-2
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Another aspect of verifying the seismic adequacy of equipment included within the scope of this procedure is explained by the "rule of the box." For the equipment included in either the earthquake or testing equipment class all of the components mounted on or in this equipment are considered to be part of that equipment and do not have to be evaluated separately. However, the walkdown engineers did look for suspicious details or uncommon situations which could make the equipment item vulnerable. An item of equipment should have the same general characteristics as the equipment in the earthquake experience equipment class or the generic seismic testing equipment class. The intent of this caveat is to preclude items of equipment with unusual designs and characteristics which have not demonstrated seismic adequacy in earthquakes or tests.
"Caveats" are defined as the set of inclusion and exclusion rules which represent specific characteristics and features particularly important for seismic adequacy of a particular class of equipment. Appendix B of the GIP contains a summary of the caveats for the earthquake experience equipment class and for the generic seismic testing equipment class.
The "intent" of the caveats should be met when evaluating an item of equipment as they are not fixed, inflexible rules. Engineering judgment is used to determine whether the specific seismic concern addressed by the caveat is met. Each item of equipment
- . should be evaluated to determine whether it meets the specific wording of the applicable caveats and their intent. However, if an item of equipment meets the intent of the caveats but the specific wording of the caveat rule is not met, then that item is considered to have met the caveat. At Palisades, a small number of SSEL items were judged to meet the intent, if not the exact wording of a caveat and these cases are reported in Section 5 of this report.
4.1.3 Anchorage Adequacy Palisades verified anchorage adequacy with an approach incorporating three elements: . Comparison of the anchorage capacity with the seismic demand. Evaluation of the anchorage to verify that it is free of gross installation defects.
- Evaluation of the equipment anchorage load path to verify that there is adequate stiffness and strength.
The screening approach for verifying the seismic adequacy of equipment anchorage is based upon a combination of inspections, analyses, and engineering judgment. Inspections consist of measurements and visual evaluations of the equipment and its anchorage, supplemented by use of plant documentation and drawings. Analyses compare the anchorage capacity to the seismic loadings (demand) imposed upon the anchorage. These analyses were done using the guidelines in Section 4 and Appendix C of the GIP. Engineering judgment is also an important element in the evaluation of equipment anchorage. As a general rule, all significantly sized equipment was 4-3
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 rigorously analyzed using the ANCHOR software package developed by Stevenson & Associates. Small equipment, weighing usually 100 lbs. or less was accepted by judgment and a "tug test". The tug test simply involves pulling on the device (say, a wall-mo*unted transmitter) with a force to exceed 2-3 g's of equivalent acceleration. The four main steps used to evaluate seismic adequacy of equipment anchorages at Palisades followed the guidance of the GIP and are shown below:
- 1. Anchorage Installation Inspection
- 2. Anchorage Capacity Determination
- 3. Seismic Demand Determination
- 4. Comparison of Capacity to Demand The first main step in evaluating the seismic adequacy of anchorages is to check the anchorage installation and its connection to the base of the equipment. This inspection consists of visual checks and measurements along with a review of plant documentation and drawings where necessary.
All accessible anchorages were visually inspected. A check of the following equipment anchorage attributes was made:
- 1, 2.
3. 4. 5. 6. Equipment Characteristics Type of Anchorage Size and Location of Anchorage Installation Adequacy Embedment Length Gap at Threaded Anchors
- 7. Spacing Between Anchorages
- 8. Edge Distance
- 9. Concrete Strength and Condition
- 10. Concrete Crack Locations and Sizes
- 11. Essential Relays in Cabinets
- 12. Equipment Base Stiffness/Prying Action
- 13. Equipment Base Strength/Structural Load Path
- 14. Embedment Steel and Pads The equipment damping for certain classes of equipment are given in Section C.1 of the GIP and were used in this study.
At Palisades, the possibility of the use of leaded shell (or "ring") expansion anchors manufactured by Cinch Company was discovered. A number of anchorage installations were found not to have an identifiable manufactur~r or anchor type. Review of some of the plant's original documentation suggests that some of the "unknown" anchors could be Cinch anchors, but this is not necessarily straightforward
- to verify because the anchors are not disassembleable. In some cases, it is evident that where Cinch anchors are called for in the documentation, a Hilti or Phillips anchor is actually the anchor that is utilized. To that end, assumptions have been made that 4-4
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- these unknown anchors are Cinch anchors for the sake of conservatism. To establish that anchor type's anchorage capacity, testing data from an extensive testing program undertaken at th.e Savannah River Site was used to establish conservative load allowables. All suspected anchors of this type have beeri declared outliers since they are an anch_orage type not covered i,n the GIP.
All equipment with suspected Cinch anchorage are required to be tightness checked to ensure the anchor is still viable (not loose) in its installation. For expansion anchors, a tightness check is required to detect gross installation. defects (such as oversized concrete holes, total lack of preload, loose nuts, damaged subsurface concrete, and missing plug for shell types) which would leave the anchor loose in the hole. The tightness check was waived for expansion anchors supporting raceway hangers and for later vintage equipment installed under modern quality assurance requirements. The tightness check for expansion anchors is accomplished by applying a torque to the anchor by hand until the anchor was "wrench tight," i.e.;
- tightened without excessive exertion. If the anchor bolt or nut rotates less than about 1/4 turn, then the anchor is considered tight. The tightness checks will be scheduled for
. a subsequent re-fueling outage. In addition, random ("spot") embedment checks for shell anchors will be performed on selected anchors inspecting them to ensure that the shell anchor and the equipment base are not in contact. The results of the tightness checks and embedment checks will be documented in a separate report by Palisades.
The list of equipment to be checked by the tightness check proce.ss, including those with suspected Cinch anchorage, are provided in Table 4-1 .
- No.
1 Item ID EA-13 Table 4-1 List of Equipment Requiring Bolt Tig_htness .Check Building TB Room 133 Elev 590 2 EX-63&64 AB 224 607 3 P54A,B,C AB 4&5 . 570 4 P-56A AB 107 590 5 EA-13 .TB 133 590 6 EX-63&64 AB 224 607 7 P8C AB 4 570 8 P7A,B,C TB 136. 590 9 EC-182 AB 338R 625 10 ED-01 &-02 AB 225A 607 11 ED-11A & 21A AB 116A&B 590 12 EC-150 AB 250 607 13 EJ- 9400, 9401 AB 116A 590 14 EJL-258, 423 AB 225A 607 Later anchorage installations from the time period of the Systematic Evaluation
.Program (1980) and later were installed under modern Quality Control provisions and were tested at the time of installation, and they are not being scheduled for tightness checking.
- The second main step in evaluating the seismic adequacy of anchorages is to (jetermine the allowable capacity of anchors used to secure an item of equipment. The 4-5
Palisades A-46 Final Report Report 92C2750.A46 Rev. o, May 15, 1995 The second main step in evaluating the seismic adequacy of anchorages is to determine the allowable capacity of anchors used to secure an item of equipment. The allowable capacity is obtained by multiplying the nominal allowable capacities by the applicable capacity reduction factors. The nominal capacities and reduction factors are obtained from Appendix C of the GIP, based on the results of the anchorage installation inspection checks. The pullout capacity allowable is based on the product of the nominal pullout capacity and the applicable capacity reduction factors: Where: Pa 11 = Allowable Pullout capacity of installed anchor (kip) Pnom= Nominal allowable .E:ullout capacity (kip) RTp= Reduction factor for the Iype of expansion anchors Rlp= Reduction factor for short embedment !:engths
. RSp= Reduction factor for closely §.paced anchors REp= Reduction factor for near £dge anchors RFp= Reduction factor for low strength (f'c) concrete RCp= Reduction factor for Cracked concrete RRp= Reduction factor for expansion anchors securing equipment with essential Relays
- The shear capacity allowable is based on the product of the nominal shear capacity and the applicable capacity reduction factors:
Where: Va 11 = Allowable shear capacity of installed anchor (kip) Vnom= Nominal allowable shear capacity (kip) RTs= Reduction factor for the Iype of expansion anchors Rls = Reduction factor for short embedment !:engths RSs= Reduction factor for closely §.paced anchors REs= Reduction factor for near £dge anchors RFs= Reduction factor for low strength (f'c) concrete RRs= Reduction factor for expansion anchors securing equipment with essential Relays Note that the pullout and shear capacities for anchors given above are based on having adequate stiffness in the base of the equipment and on not applying significant prying action to the anchor. If Check 12, Base Stiffness and Prying Action, shows that stiffness is not adequate or that significant prying action is applied to the anchors, then the Seismic Capability Engineers lowered the allowable capacity loads accordingly, normally by completely discounting the affected bolt. . I I The third step in evaluating the anchorages was to determine the seismic demand imposed on the equipment. The demand was established based on the type of demand spectrum used. If the amplified floor spectra were used, no additional factors of conservatism were used to establish the demand load since the floor spectra were 4-6
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 deemed conservative. The demand load was simply determined based on spectral acceleration value times the weight of the equipment item. Table C.1-1 of the GIP was used, iri general, to establish fundamental frequency. If the item was deemed rigid, the zero period acceleration (ZPA) was used. If the item was deemed flexible, the peak of the response spectrum was used. If the fundamental frequency is given in the SEWS, then the largest spectral acceleration in the range from that estimated frequency to the ZPA is used. If the ground spectrum is used for demand, then 1.875 times the appropriate spectral acceleration is used where 1.875 is the product of 1.5, the median amplification factor, and 1.25, the additional anchorage factor of conservatism for non-conservative demand spectra. The fourth and final step to complete the evaluation compares the seismic demand to the anchorage capacity. If the demand is less than the capacity, the anchorage is acceptable; otherwise, the equipment item is declared an outlier. 4.1.4 Seismic Interaction Checks The fourth and final screening guideline used to verify the seismic adequacy of an item of mechanical or electrical equipment was to confirm that there were no adverse seismic spatial interactions with nearby equipment, systems, and structures which could cause the equipment to fail to perform its intended safe shutdown function. The interactions of concern are (1) proximity effects, (2) structural failure and falling, and (3)
- flexibility of attached lines and cables. Guidelines for judging interaction effects. when verifying the seismic adequacy of equipment are presented in Appendix D of the GIP.
During the plant walkdowns at Palisades, the SRT's identified only a few interaction concerns; specifically, portable equipment items in general (carts, racks, etc.) in the main control room and the aluminum diffusers in the suspended ceiling of the main control room which are considered a personnel hazard only. These particular issues and their resolution are discussed in detail in Sections 8 and 9. Overhead piping systems and ductwork were closely examined in all plant areas containing A-46 and seismic IPEEE equipment. The SRT's identified no vulnerabilities and noted that the systems were well supported. 4.2 Outlier Resolution An outlier is defined as an item of equipment which does not meet the screening guidelines noted above. An outlier may be shown to be adequate for seismic loadings by performing additional evaluations such as the seismic qualification techniques currently being used in newer nuclear power plants. These additional evaluations and alternate methods were thoroughly documented on the OSVS forms .
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 4.3 Seismic Capability Engineers and Peer Reviewer The guidelines described in Section 4 were applied by Seismic Capability Engineers as defined in Section 2 of the GIP. These engineers exercised engineering judgment based upon an understanding of the guidelines given in this document, the basis for these guidelines given in the reference documents and presented in the SQUG training course, and their own seismic engineering experience. The station walkdowns were conducted during the weeks of July 5-9 and August 23-27, 1993; and March 22, April 13, July 14, and October 3-5, 1994. The seismic capability engineers for the Palisades walkdown were Messrs. W. Djordjevic and S. Anagnostis of S&A, and A. Lyon, J. Boucher and R. Jenkins of Consumers Power Company. All have been SQUG trained and certified. Their resumes are provided in Appendix C. An independent evaluation and peer review of the walkdown process was performed by Ors. R. P. Kennedy and J. D. Stevenson. Their resumes are also provided in Appendix C. They conducted their site review on March 3, 1995. As required by the GIP, the review included an assessment of the walkdown and analyses by audit and sampling to identify any gross errors. Both reviewers also reviewed specific SQUG documentation. Dr. Kennedy reviewed the detailed calculation for the Safety Injection Refueling Water Tank. Dr. Stevenson reviewed some randomly selected SEWS documentation packages of some of the equipment walked down during the peer review. The peer reviewers concluded that the walkdowns were being conducted competently and the findings made were appropriate. Reference 20 provides documentation of the peer review. 4.4 Other Types of Seismic Evaluations and Interfaces In addition to the seismic evaluations covered in Section 4 for active mechanical and electrical equipment, seismic evaluations for two other types of equipment are covered in other sections as follows:
- Section 6 - Tanks and Heat Exchangers Review Section 7 - Cable and Conduit Raceways Review A separate Relay Evaluation Report will be issued to document the results of the relay functionality review required in Section 6 of the GIP. Spot (random) checking of relay mountings as well as verification of make and model number was conducted on numerous relay panels and l&C panels including the diesel generator and main control rooms among others.
While these other seismic evaluations can generally be performed independently from those for active mechanical and electrical equipment, there are a few areas where an interface with the Relay Functionality Review is appropriate: 4-8
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- Any cabinets containing essential relays, as determined by the relay review, should be evaluated for seismic adequacy using the guidelines contained in this section.
- A capacity reduction factor should be applied to expansion anchor bolts which secure cabinets containing essential relays. The capacity reduction factor is discussed in Section 4.4 and Appendix C of the GIP.
- Seismic interaction, including even mild bumping, is not allowed on cabinets containing essential relays. This limitation is discussed in Section 4.5 of the GIP.
- In-cabinet amplification factors for cabinets containing essential relays may be estimated, using the guidelines in Section 6 of the GIP, by the Seismic Capability Engineers for use in the Relay Functionality Review.
4.5 Documentation Palisades documented the results of the Screening Verification and Walkdown on Screening Verification Data Sheets (SVDS) in Appendix D. As discussed in Section 4.4, the discussion of the review of Heat Exchangers & Tanks and Cable Tray & Conduit Raceways is given in Sections 6 and 7, respectively . Outliers for all equipment are discussed in Sections 8 and 9. The Relay Functionality Assessment is given in a separately bound report entitled, "USI A-46 Relay Evaluation Report for Palisades"[6]. 4.6 Class of Twenty Evaluation Results The SSEL list contains 514 equipment items excluding heat exchangers & tanks and electrical raceways. Of this population, 48 items were declared outliers. For a discussion of the outliers see Sections 8 and 9.
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- s*. GIP Deviations and Commentary on Meeting The Intent of Caveats No significant or programmatic deviations from the GIP were made while performing the walkdowns and seismic adequacy evaluations at Palisades for resolution of USI A-46.
Very few interpretations were made with respect to the wording of the GIP caveats . versus the caveat's intent. This section lists those interpretations or measures taken to meet the intent of the caveat in Table 5.1 below. All other equipment not listed in this table met the caveat rules as stated in the GIP.
- Revision 2 of the GIP was used exclusively for the Palisades A-46 assessment. The only exception to this statement was in the case of 2 valves for which the "moment product" approach was used as outlined in Revision 2A of the GIP. According to Reference 12, this provision was inadvertently left out of Revision 2 and was always part of the SSRAP Report [13] which forms the basis fOr the GIP caveats and rules. As
. such, this provision is being interpreted in this report as belonging, in actuality, to Revision 2 of the. GIP. It is also incorporated in the planned Revision 3 of the GIP.
Table 5-1 Commentary Regarding GIP Deviations
- No .
1. Equipment ID and Description Buses EB-11, 12, 15, 16, 19 & 20 MC Low Voltage Switchgear Commentary
- 1) These low voltage switchgear are ITE and Brown Boveri Breakers. This jssue specifically pertains to Westinghouse DB-25 &
-50 breakers. The Palisades breakers do not have these restraints.
Based on inspection of the secondary stabs, no concern similar to that of Caveat 3 was identified, so these breakers were judged adequate.
- 2. E-56 Regenerative Heat The minimum embedment required for J-bolts is 160 (Appendix C of Exchangers GIP). Using a conservative estimate for bond stress of 135 psi -
which is the value used in the GIP - this anchorage, hence, the heat exchanger is shown adequate.
- 3. Pumps P-54A,B,C,P-55C, Some of the plant's documentation suggests these units are P-56A, P-8C, P-7A,B,C anchored by leaded Cinch expansion anchors. The GIP states that Horizontal and Vertical Pumps expansion anchors should not generally be used for anchoring vibratory equipment; however, in cases where they are subjected
*ti!"< primarily to shear it is acceptable. It was shown that all of the pump anchorages are subjected only or primarily to shear loads. This anchorage was evaluated with the appropriate safety factors based on a test program administered by Savannah River [7]. They are also classified as "outliers" because leaded anchors are not covered by the GIP. The bolt tightness checking will be scheduled
.. during a subsequent system outage to determine anchorage installation adequacy ..
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Table 5-1 (continued) No. Equipment ID and Commentary Description
- 4. T-31A,B,C (Air Starting Tanks) These anchors are assumed grouted-in-place since they are not Cinch anchors and they were not cast-in-place. The 90%
knockdown for tensile capacity cif the cast-in-place value was employed in accordance with the GIP. This item was determined to be acceptable.
- 5. M0-0748, -1042A, -1043A GIP Rev2A moment capacity comparisons for valves where either the operator weight or valve cantilever offset exceeded the Table 8.1 limits of GIP by not more than 30%. Small exceedances of the moment capacities were judged acceptable.
- 6. SV-2003, RV-2280 Small valves of bronze or brass material adjudged acceptable given that either valve has no extended operator structure .
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 6. Results of the Tanks and Heat Exchanger Review Tanks and heat exchangers were evaluated in accordance with the rules and procedures given in Section 7 of the GIP [2]. If the vertical tanks did not meet the caveats, they were generally evaluated using the procedures of Appendix H - Flat Bottom Vertical Fluid Storage Tanks of EPRI Report NP-6041, Rev. 1 [17].
This section gives the results of the tank and heat exchanger reviews performed. In total, nineteen (19) tanks and heat exchangers were evaluated. Twelve (12) tanks and heat exchangers were declared outliers generally due to exceeding anchorage allowables. 6.1 EVALUATION METHODOLOGY The screening evaluations described in this section for verifying the seismic adequacy of tanks and heat exchangers cover those features of tanks and heat exchangers which experience has shown can be vulnerable to seismic loadings. These evaluations include the following features: Check that the shell of large, flat-bottom, vertical tanks will not buckle. Loadings on these types of tanks include the effects of hydrodynamic loadings and tank wall flexibility. Check that the anchor bolts and their embedments have adequate strength against breakage and pullout.
- Check that the anchorage connection between the anchor bolts and the tank shell (e.g., saddles, legs, chairs, etc.) have adequate strength.
Check that the attached piping has adequate flexibility to accommodate the motion of large, flat-bottom, vertical tanks. The Seismic Capability Engineers, Messrs. W. Djordjevic and S. Anagnostis, reviewed these evaluations to verify that they meet the intent of these guidelines. This review included a field inspection of the tank, the anchorage connections, and the anchor bolt installation against the guidelines described in this Section 7, Section 4.4, and Appendix C of the GIP [2]. The derivation and technical justification for the guidelines utilized were developed specifically for: (1) large, flat-bottom, cylindrical, vertical, storage tanks; and (2) horizontal cylindrical tanks and heat exchangers with support saddles made of plates. The types of loadings and analysis methods described in this section are considered to be appropriate for these types of tanks and heat exchangers; however, a generic
- procedure cannot cover all the possible design variations. Other design features not covered by the GIP were evaluated using the same procedures and loading conditions as given in Section 7 of the GIP.
6-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Other types of tanks and heat exchangers (e.g., vertical tanks supported on skirts and structural legs) which were not specifically covered by the guidelines in Section 7 of the GIP were evaluated by the Seismic Capability Engineers using an approach similar to that described in Section 7 of the GIP. For vertical tanks, Reference 17 provides guidelines for evaluating flat bottom vertical tanks using the Conservative Deterministic Failure Margin (CDFM) analysis approach. The same design basis input spectra are used as for the GIP (Section 7) analysis. The results, expressed as High Confidence Low Probability of Failure (HCLPF), are known to be less conservative than the GIP evaluation results. This is due, predominantly, to the use of more sophisticated evaluation techniques such as accounting for water hold-down forces. The screening guidelines described in Section 7 of the GIP were developed to simplify the complex dynamic fluid-structure interaction analyses for large vertical tanks and to further simplify the equivalent static analysis procedure for smaller
. horizontal tanks. To accomplish this, it was necessary to make certain simplifying assumptions and to limit the range of applicability of the guidelines. As such, the HCLPF result should normally exhibit a higher capacity margin over the design basis demand than the GIP approach. The CDFM approach was used for the Condensate Storage Tank (T-2) and the SIRWT (T-58) at Palisades .. The T-58 tank was evaluated to the new floor spectra based on the USNRC RG 1.60 spectrum with a 0.20g peak ground acceleration [19].
- The other types of tanks covered by the screening guidelines in Section 7 of the GIP are cylindrical steel tanks and heat exchangers whose axes of symmetry are horizontal and are supported on their curved bottom by steel saddle plates. The screening guidelines are based on the assumption that the horizontal tanks are anchored to a stiff foundation which has adequate strength to resist the seismic loads applied to the tank. All the base plates under the saddles are assumed to have slotted anchor bolt holes in the longitudinal direction to permit thermal growth of the tank, except for the saddle at one end of the tank which is fixed. The saddles are assumed to be uniformly spaced a distance S apart, with the two ends of the tank overhanging the end saddles a maximum distance of S/2 A simple, equivalent static method is used to determine the seismic demand on and capacity of the anchorages and the supports for horizontal tanks. The screening guidelines contained iri Section 7 of the GIP specifically addressed only the seismic loads due to the inertial response of horizontal tanks. If, during the Screening Verification and Walkdown of a tank, the Seismic Capability Engineers determined that the imposed nozzle loads due to the seismic response of attached piping may be significant, then these loads were included in the seismic demand applied to the anchorage and supports of the tank .
- 6-2
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 6.2 Summary of Evaluation Results The results of the A-46 evaluations are summarized below: Table 6-1 Tank & Heat Exchanger Evaluation Results No. ID Description Type Results 1 E-54A&B CCW Heat Horizontal Heat Anchorage (J-bolts) do not have sufficient Exchanger Exchanger embedment (<16 diameters) per the GIP 2 E-56 Regenerative Heat Horizontal Heat Meets Design Basis in Accordance with GIP Exchanger Exchanger Section 7 Rules 3 E-60A&B Shutdown Cooling Horizontal Heat Anchorage capacity is exceeded. Heat Exchanger Exchanger 4 T-10 Diesel Fuel Oil Horizontal Meets Design Basis Storage Tank Storage Tank 5 T-13A&B Diesel Jacket Horizontal Outlier due to anchorage and strap restraints. Water Expansion Storage Tank Straps need to be tightened to preclude Tank longitudinal travel of tank. Analysis documented on CPCo Cale. EA-0007899-T13 6 T-2 Condensate Vertical Flat Ring type foundation. Meets design basis with Storage Tank Bottom Tank a CDFM HCLPF of 0.30g. Analysis documented on CPCo Cale. EA-0007899-T2 . 7 T-25A&B Diesel Fuel Oil Tank on Legs Meets Design Basis in Accordance with GIP Day Tanks Section 7 Rules 8 T-31A-D Diesel Air Start Vertical Tanks Meets Design Basis in Accordance with GIP Tanks Section 7 Rules. T-31 D has gapped anchorage, but still has sufficient anchorage capacity. 11 T-53A&B Boric Acid Tanks Tank on Legs Anchorage capacity exceeded* using grouted-in-place tensile capacity of 10% of cast-in-place anchors 12 T-58 Safety Injection & Vertical Flat Anchorage details are not well documented. Refueling Water Bottom Tank Declared Outlier. Analyzed as an unanchored Tanks tank which resulted in a CDFM PGA HCLPF of 0.21 g with respect to RG 1.60 ground motion (0.20g PGA). Analysis documented on CPCo Cale. EA-0007899-T58 13 T-73 Quench Tank Horizontal Meets Design Basis in Accordance with GIP Storage Tank Section 7 Rules
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 7. Results of the Cable. Tray and Conduit Raceway Review
- 7. 1 Introduction and Purpose The seismic adequacy of electrical raceway systems has been identified as an open issue (Unresolved Safety Issue A-46) by the U.S. Nuclear Regulatory Commission (USNRC) for older nuclear power plant facilities.
This section gives the results of the USI A-46 evaluation for the electrical raceways at Palisades. The evaluations were conducted by Stevenson & Associates (S&A) following Section 8 of the GIP. The seismic evaluation involves conducting a thorough plant walkdown to identify representative, "worst case" examples of raceway systems and evaluate their adequacy. The scope of raceways reviewed is reported in Section 7.2. Section 7.3 describes the raceway systems at Palisades and Section 7.4 describes the specific raceways evaluated. The raceway walkdowns are summarized in Section 7.5. The results of. the LAR evaluations are summarized in Section 7.6 .
- 7.2 Scope of Electrical Raceways Assessed This section describes the areas of the Palisades Nuclear Plant that were assessed and the specific raceway systems chosen for evaluation. Electrical raceways are cabie tray and conduit systems that are wall-mounted, floor supported and suspended systems.
All power block buildings and elevations were surveyed. The cable tray and conduit walkdown was conducted from August 23-27, 1993 by Messrs. W. Djordjevic and S. Anagnostis of S&A. Essentially all electrical raceway systems were walked down. A list of the buildings in which the walkdowns were conducted is shown below:
- 1. Reactor Building (Containment) and Internals
- 2. Auxiliary Feedwater Pump Room
- 3. Auxiliary Building
- 4. Turbine Building
- 5. Screenhouse Building All rooms and areas were visited without exception at Palisades.
All areas were evaluated against the Inclusions Rules, and the caveats (also known as "Other Seismic Concerns" and "Seismic Interaction"). Section 7.3 discusses the evaluation criteria at greater length . The surveys are documented on Plant Area Summary Sheets (PASS). 7-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 7.3 General Description of Palisades Raceways Palisade's raceway systems are primarily light steel strut frame construction manufactured by Unistrut Corporation. The strut hangers vary from the very simple single cantilever struts supporting one or a few conduits to multi-tier, three-dimensional strut frames supporting cable trays and conduits. The predominant strut hanger type at Palisades is the trapeze strut frame with brackets supporting cable trays or conduits. The largest number of tray tiers at Palisades were five tier systems found in the Bus 1-C switchgear room adjacent to the diesel generator rooms in the Auxiliary building. The trays varied in size from 6" width to 36" width, primarily of 12" to 24" ladder and trough type construction. Conduits vary in size from 1/2" to 4" nominal diameter and are of rigid steel material (standard schedule pipe). Trays were sometimes sprayed with fire retardant or covered. The trays and conduits were secured to hangers using standard tray clamps (clips), pipe clamps, or bolting. No missing or damaged hardware was identified in the scope of the walkdown. The hangers are generally constructed of double channel members interconnected with 4-bolt ninety degree fittings. The hangers are anchored to overhead channels which are embedded into (cast-in) concrete or connected to concrete slabs by expansion anchors. Hangers are also sometimes bolted through connection fittings directly to the reinforced concrete slab or wall. Anchorage designs such as welding fittings directly to steel and clamping to structural steel using clamps are infrequently seen, although more so in Containment. Lateral (transverse) and longitudinal bracing is used in various systems. A considerable percentage of the raceway systems are rigidly mounted on walls using strut frames, brackets or single strut members mounted directly on the wall. Post plant construction raceway hangers are observed using rolled (structural tube) shapes. 7.4 Specific Raceway Systems Evaluated The goal of the evaluation process is to determine overall plant raceway systems acceptability based on a detailed examination of a focused review scope. The GIP evaluation procedure requires that each plant evaluates 10 - 20 raceway supports selected for Limited Analytical Reviews (LAR) to envelop the most heavily loaded of the major different support configurations in use at that plant. Following GIP, all of the raceway systems and their supports were first checked against the Inclusion Rules and Caveats. Then the Seismic Review team (SRT) selected representative, worst-case (bounding) samples of the raceway supports on which LARs were performed. This process allows for the establishment of the adequacy of the plant's raceway systems.
- The actual supports used for LAR were selected following GIP recommendations and at the discretion of the SRT relying on experience and technical judgment.
7-2
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- A limited number of large junction boxes were observed. The conduit/tray feeding into the junction boxes are well supported in all instances. In addition, the junction boxes are also well supported. No unusual conditions were observed.
Raceways spanning seismically separate buildings were also observed. The raceway trays and supports, including cable and conduit, possess adequate flexibility to absorb relative movement between the buildings. It is also noted that relative seismic movement between seismically separate buildings at Palisades are very small. Based on the equipment layout and cable routing, the majority of the cable trays are located in the Auxiliary Building in the vital switchgear rooms outside of the diesel generator area, cable spreading room, and main control room. As required by the GIP, the entire plant was inspected, however, the inspection focused on the cable tray and conduit systems located in the Auxiliary building. The most heavily loaded cable tray supports were identified in the cable spreading room and switchgear rooms adjacent to the emergency diesel generators. Twelve cable hanger supports, listed below in Table 7-1, were chosen for limited analytical review. Drawings or sketches of the LAR supports may be found in the respective PASS Forms .
- 7-3
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Table 7-1 Locations of Hangers Chosen for Limited Analytical Reviews LAR Number Description Location 1 4 tier, 3 bay trapeze frame system Cable Spreading Room - Hanger above north end of Load Center #2 2 3-4tier, 3 bay trapeze frame system Cable Spreading Room - Hanger above Cabinet Y-01 3 Vertical and suspended tray system designated Cable Spreading XV460 Room near east wall 4 Large 4 tier, 2 bay trapeze frame system Bus 1C Room - Main raceway system adjacent to Bus 1C 5 Large 5 tier, 1 bay trapeze frame system with Bus 1 D Room - Main lateral brace raceway system adjacent to Bus 10 6 2 tier, 1 bay trapeze frame system supporting Diesel Generator Room only conduit 7 5 tier system mounted to containment wall and North Electrical floor of Auxiliary building Penetration Rm, El. 625', Room 332 8 3 tier rod hung system also mounted to wall Auxiliary Building supporting only trays Hallway, El. 590' outside Rm 106 9 Wall mounted single tier conduit hanger Auxiliary Building supporting 5 - 3" diameter conduits Hallway, El. 590' outside Rm 106 10 1 tier rod hung system supporting 8 - 2" and 1 - Auxiliary Building 3" diameter conduits Mechanical Penetration, El. 590' Rm 123, 238, & 338 11 5 tier wall mounted bracket supporting 24" wide Reactor Building El. 607 trays Pressurizer Cubicle 12 1 tier trapeze frame system Supported from Auxiliary Building Rm Containment wall and Auxiliary bldg ceiling 121 B, El. 590'
- 7-4
Palisades A-46 Final Report Report 92C275D.A46 Rev. D, May 15, 1995 7.5 Raceway Seismic Evaluation Walkdowns This section discusses the raceway seismic evaluations for the Palisades station.
- 7. 5. 1 GIP Inclusion Rules Results As previously stated, essentially all of the raceway systems in the power block buildings were included in the walkdown. Where it is clear that not every hanger fitting or every square foot of supporting concrete can be inspected, it is still important to note that a very thorough review of the raceways was accomplished.
Without exception, no anomalies in design or construction were found. All inspected raceways meet the requirements of Section 8.2.2 of the GIP as follows:
- Cable tray spans did not exceed the 1O' limit between adjacent supports and the 5' limit for cantilevers;
- Conduit spans were within the limits required by Rule 2 of Section 8.2.2 [2];
- On all cantilever bracket-supported systems cable trays and conduit were found secured to their supports so no tray or conduit sliding can occur;
- Channel nuts used with light metal framing systems were nuts with teeth (ridges) stamped into the nuts ( Fig.8-1, Ref. 2);
No "rigid boot" type connection or similar (Fig.8-2, Ref. 2) was observed during the walkdown inspection; None of the beam clamps inspected had friction resistance in the direction of gravity; Cast-iron anchor embedment rule implementation was resolved as follows. To check for cast iron anchorage embedments in a walkdown is not clearly feasible; however, Consumers Power undertook an exhaustive effort to identify and document its concrete anchorages for the IE 79-02 Bulletin Issue in 1981 and reported the use of
- various commonly used and well documented ductile steel anchor types, but no usage of cast iron embedments was found. Therefore, this issue has no impact on Palisades Station.
Palisades Station meets the Inclusion Rules in their entirety. 7.5.2 GIP Other Seismic Perlormance Concerns & Seismic Interaction Review In addition to the Inclusion Rules the SRT inspected the raceway systems for the caveats known as "Other Seismic Performance Concerns" and "Seismic Interaction Review". The assessment results are as follows:
- 7-5
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Other Seismic Performance Concerns
- All raceway anchorages were reviewed for adequacy in accordance with Section 8.2 .. 3 [2]. No concerns were found;
- No concerns were found regarding visible cracks, significantly spalled concrete, serious honeycombs or other gross defects in the concrete to which the raceway supports are attached;
- No significant corrosion of cable trays, conduit supports or anchorage was noted by the SRT;
- No noticeable sag of any conduit or cable tray as defined in Concern 4 of Section 8.2.3 [2] was observed;
- No broken or missing cable tray and conduit components were found by the SRT;
- All cables inspected were restrained so they will be kept in the tray during an earthquake. No concern of that type was observed by the SRT;
- Plastic ties were pull-tested where found and no brittle ties of plastic materials were found by the SRT;
- The SRT evaluated the raceways for stiff /short supports and found no instances of this design flaw. Palisades' hangers are of uniform height in long flexible runs of cable trays or conduit.
No findings were noted with respect to "Other Seismic Performance Concerns" .
- Seismic Interaction The raceway systems were reviewed for seismic proximity interaction [2]. No concerns were found by the SRT.
The raceway systems were reviewed for falling hazards [2]. No concerns were found by the SRT.
- Conduit and cables were reviewed for sufficient flexibility to accommodate differential displacement between safe shutdown equipment and adjacent equipment and structure. The LARs 007 and 012 cable tray and conduit supports utilize both buildings for anchorage and thus are subject to seismic anchor movement loading. They were analyzed for this differential motion and were found acceptable {passed) by the SRT.
- No Isolated Outliers (other findings) were found by the SRT.
7.6 Limited Analytical Review (LAR) Results. This Limited Analytical Review (LAR), performed within the scope of Unresolved Safety Issue (USI) A-46, evaluates the structural integrity of cable tray and conduit supports which have been chosen as representative, worst case examples of the raceway support configurations within the Palisades Plant.
- The hangers (members, connections and fittings) were first evaluated for static, dead load stresses. They were then evaluated for lateral load ductility to ensure no brittle 7-6
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 failure loads. Finally, the vertical capacity was checked by comparing support anchorage capacity to 3 times the support deadweight. If any of these evaluations are failed, the support is declared an Outlier and additional evaluations of lateral load capacity are performed. This section describes the criteria and overall results for all 12 LA Rs. In all, 12 raceway systems (supports) were chosen for LAR evaluation as shown in Table 7-1. Five (5) out of the 12 supports chosen for LAR did not meet the LAR requirements - specifically the requirement that anchorage vertical capacity exceed three times the dead weight (3.0 x DL) and were, therefore, considered as outliers. Outlier Seismic Verification Sheets (OSVS) for the outliers were completed. 7.6.1 Summary of Results The critical interaction value and related comments for each of the raceway support evaluations in this LAR are summarized in Table 7-2 on the next page. Refer to Reference 11 for details of each of the evaluations .
- 7-7
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Table 7-2 Critical Interaction Values LAR No. Interaction Values Members Fittings/ Anchorage** Maximum Connections 0.12 DL 008 Low DL Low DL 0.25 3xDL 0.25 009 0.10 DL Low DL 0.16 3xDL 0.21 010 0.77 DL Low DL 0.45 3xDL 0.77 011 0.12 DL 0.21 DL 0.13 DL 0.21
- Shell anchor version. See Reference 11 for outlier resolution of embedded strut anchorage version.
** Support connection to building structure.
DL- Dead Load
.3DL- 3x Dead Load (Vertical Load Check)
LL- Lateral Load Check RF - Rod Fatigue Check NMF Non-Meaningful Factor mi:::::::::::::m::r::tl Outlier analytically resolved LARs 002, 004 and 012 were resolved analytically by Limit State analysis as allowed by Section 8.4.8 of the GIP [2]. LARs 005 was resolved analytically via a Lateral Load
- Check as allowed by Section 8.4.8 of the GIP [2]. LAR 007 was resolved analytically by a Redundancy and Consequence Evaluation as allowed by Section 8.4.8 of the GIP
[2]. 7-8
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 7.6.2 Logic Diagrams for Cable Tray and Conduit Support Evaluations Logic diagrams indicating the evaluation path taken to demonstrate the acceptance of each of the raceway supports are shown below. Note that the particular evaluation path taken for the support in question is defined in heavy outline. LAR Nos. 001, 003, 004**, 006, and 009 START
'"1 ...
8.3.1 Yes* Does the Support Have No Vertical Dead Load Capacity. "/ With Eccentricities >= 1.0 x DL? Yes 8.3.2 No Does the Support Have Vertical Capacity>= 3.0 x DL?
"/
J,, Yes 8.3.3 No 8.3.4 No , Does the Support Have Ductile "
/ Does the Support Have /
Response to Lateral Loading ? Adequate Lateral Load Strength? I Yes
/
Yes 8.3.5 8.3.5 Yes No Is the Support a Fixed - End /" Does the Fixed - End Rod Hanger "/ Rod Hanger? Pass Fatique Evaluation ? I Yes No /
" '-V
'" 1...
OUTLIER
"/
PASS ANALYTICAL REVIEW GO TO SECTION
)
~
* (Directly mounted or rigidly cantilevered from structural wall)
**Version with shell anchorage only. See page 7-12 for version with embedded strut
- anchorage .
7-9
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 2.2 LAR Nos.
Logic Diagrams for Cable Tray and Conduit Support Evaluations (Cont.) 007, 012 Note: Evaluation path is defined in heavy outline. START 8.3.1 Yes* Does the Support Have . No Vertical Dead Load Capacity With Eccentricities >= 1.0 x DL? 8.3.2 No Does the Support Have Vertical Capacity>= 3.0 x DL?
- 8.3.3 Yes Does the Support Have Ductile Response to Lateral Loading ?
8.3.4 Does the Support Have Adequate Lateral Load Strength ? Yes No
/
Yes 8.3.5 8.3.5 Yes No Is the Support a Fixed - End Rod Hanger? Does the Fixed - End Rod Hanger "
/
Pass Fatique Evaluation ? Yes No / PASS
'--)-"1 ANALYTICAL REVIEW * (Directly mounted or rigidly cantilevered from structural wall)
- 7-10
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 2.2 Logic Diagrams for Cable Tray and Conduit Support Evaluations (Cont.) LAR Nos. 008, 010 Note: Evaluation path is defined in heavy outline. START Yes* Does the Support Have No Vertical Dead Load Capacity / With Eccentricities>= 1.0 x DL? 8.3.2 No Does the Support Have Vertical Capacity>= 3.0 x DL? 8.3.4 No Does the Support Have Ductile Does the Support Have Response to Lateral Loading ? Adequate Lateral Load Strength ? Yes
/
Yes 8.3.5 No Is the Support a Fixed - End Does the Fixed - End Rod Hanger Rod Hanger? Pass Fatique Evaluation? Yes OUTLIER GO TO SECTION
)
8.4
* (Directly mounted or rigidly cantilevered from structural wall)
- 7-11
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 2.2 Logic Diagrams for Cable Tray and Conduit Supports (Cont.) LAR No. 011 Note: Evaluation path is defined in heavy outline. START 8.3.1 Yes* Does the Support Have No
- Vertical Dead Load Capacity With Eccentricities >= 1.0 x DL?
Yes 8.3.2 No Does the Support Have Vertical Capacity>= 3.0 x DL? Yes
'-/
8.3.3 8.3.4 Does the Support Have Ductile Does the Support Have Response to Lateral Loading ? Adequate Lateral Load Strength ? Yes Yes 8.3.5 8.3.5
>--~~~~~~~~~~~~~~ Yes 1--~~~~~~~~~~~~~~~No Is the Support a Fixed - End Does the Fixed - End Rod Hanger Rod Hanger? Pass Fatique Evaluation ?
Yes No OUTLIER GO TO SECTION 8.4
) * (Directly mounted or rigidly cantilevered from structural wall)
- 7-12
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 2.2 LAR Nos.
Logic Diagrams for Cable Tray and Conduit Support Evaluations (Cont.) 002, 004**, 005 Note: Evaluation path is defined in heavy outline. START 8.3.1 Yes* Does the Support Have No Vertical Dead Load Capacity With Eccentricities >= 1.0 x DL? 8.3.2 Does the Support Have Vertical Capacity>= 3.0 x DL? Yes 8.3.3 8.3.4
,+-------------- No '-
Does the Support Have Ductile Does the Support Have Response to Lateral Loading ? Adequate Lateral Load Strength ? Yes Yes 8.3.5 8.3.5
> - - - - - - - - - - - - - - - - < Yes f----------------1No Is the Support a Fixed - End Does the Fixed - End Rod Hanger Rod Hanger? Pass Fatique Evaluation ?
Yes No PASS ANALYTICAL REVIEW
* (Directly mounted or rigidly cantilevered from structural wall). **Version with embedded strut anchorage only. See page 7-8 for version with shell anchorage .
- 7-13
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 7. 7 Conclusions The cable tray and conduit supports, which have been chosen by the Seismic Review Team as representative, worst case examples of the raceway support configurations within the Palisades Nuclear Plant, are shown to meet the guidelines set forth in Section 8.3 of Reference 2 and are, therefore, judged to be seismically adequate .
7-14
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 8. Description of the Equipment Outliers This section discusses the outliers identified during the USI A-46 walkdowns conducted at Palisades. The outliers are identified from the Twenty Classes of Equipment assessment discussed in Section 4, the Tanks & Heat Exchangers Review discussed in Section 6, and the Cable Tray & Conduit Raceway Review given in Section 7. Relay outliers are discussed in the USI A-46 Relay Evaluation Report for Palisades [6].
An outlier is an item of equipment which does not comply with all of the screening . guidelines provided in the GIP. The GIP screening guidelines are intended to be used as a generic basis for evaluating the seismic adequacy of equipment. If an item of equipment fails to pass these generic screens, it may still be shown to be adequate by additional evaluations. Section 9 provides a discussion of the disposition or corrective action, as appropriate, for each outlier discussed below. 8.1 Outliers Resolved Prior to Final A46 Walkdowns Pre-walkdowns of a sampling of A46 equipment were conducted in October, 1992 and April, 1993 to collect data for the official walkdowns conducted in the latter half of 1993 and during 1994. During the pre-walkdowns, potential outliers were noted and two were subsequently resolved prior to the start of the official walkdowns and others were removed from the SSEL, thus given no further consideration. The potential outlier(s) listed below are not considered official outliers and OSVS sheets were not completed since the final walkdown teams inspected the equipment in their upgraded condition. R1 CV-0781 Two of the nuts holding the accumulator tank for CV-0781 to the Unistrut Accumulator frame were "turned"- that is, oriented such that the teeth of the nuts were not aligned with the strut. This was identified as a maintenance type outlier and has since been corrected by work order W0-24410925. R2 EB-25 A potential interaction hazard - a hand operated hoist on rollers - was repositioned away from the load center. Carts and temporary equipment left in room are attached to the walls by chain to prevent rolling during a seismic event. 8.2 Generic Outlier Issues Only one generic issue was identified during the final walkdowns that affected A46 equipment items in several plant areas. This generic issue is pertains to the possible
- use of leaded Cinch anchors. Some of the plant's documentation suggests some tanks, pumps and electrical equipment are anchored by leaded Cinch expansion anchors.
The GIP states that expansion anchors should not generally be used for anchoring 8-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 vibratory equipment; however, in cases where they are subjected primarily to shear it is acceptable. It was shown that all of the pump anchorages are subjected only or primarily to shear loads. This anchorage was evaluated with the appropriate safety factors based on a test program administered by Savannah River [7]. They are also classified as "outliers" because leaded anchors are not covered by the GIP. All equipment for which the use of Cinch anchors are suspected will be subjected to bolt tightness checking to ensure the integrity of the anchorage installation itself .. The bolt tightness checking will be scheduled during a subsequent refueling outage to determine anchorage installation adequacy. 8.3 Equipment Specific Outliers Identified During the A46 Walkdowns Outliers identified during the walkdowns are listed below. The proposed resolution of these outliers are discussed in Section 9. TABLE 8-1 A-46 OUTLIER ISSUES No. ID EQUIPMENT OUTLIER ISSUES P1 EB-01 480 VOLT MOTOR Conservative design floor response spectra exceeds CONTROL CENTER 1.5 x bounding spectrum. P2 EB-02 480 VOLT MOTOR Conservative design floor response spectra exceeds CONTROL CENTER 1.5 x bounding spectrum. P3 EA-13 2400 V BUS 1-E a) Equipment is located in room 133 which has not been seismically qualified. b) Pending internal inspection, review of Block Wall and anchorage evaluation. P4 EX~63 CONTROL ROD CLUTCH Bolt tightness check has not been performed. TRANSFORMER P5 EX-64 CONTROL ROD CLUTCH Bolt tightness check has not been performed. TRANSFORMER P6 P-54A CONTAINMENT SPRAY Bolt type is not covered by the GIP - Cinch Anchor PUMP and bolt tightness check has not been performed. P7 P-54B CONTAINMENT SPRAY Bolt type is not covered by the GIP - Cinch Anchor PUMP and bolt tightness check has not been performed. PB P-54C CONTAINMENT SPRAY Bolt type is not covered by the GIP - Cinch Anchor PUMP and bolt tightness check has not been performed. pg P-56A BORIC ACID PUMP Bolt type is not covered by the GIP - Cinch Anchor and bolt tightness check has not been performed .
- 8-2
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 8-1 (continued) A-46 OUTLIER ISSUES No. ID EQUIPMENT OUTLIER ISSUES P10 P-8C MOTOR DRIVEN AUX Bolt type is not covered by the GIP - Cinch Anchor FEED PUMP and bolt tightness check has not been performed. P11 P-7A SERVICE WATER PUMP 1) Cantilever impeller shaft is longer than 20 feet (37 feet).
- 2) Bolt type is not covered by the GIP - Cinch Anchor and bolt tightness check has not been performed.
P12 P-78 SERVICE WATER PUMP 1) Cantilever impeller shaft is longer than 20 feet (Approx. 37 feet).
- 2) Bolt type is not covered by the GIP - Cinch Anchor and bolt tightness check has not been performed.
P13 P-7C SERVICE WATER PUMP 1) Cantilever impeller shaft is longer than 20 feet (Approx. 37 feet).
- 2) Bolt type is not covered by the GIP - Cinch Anchor and bolt tightness check has not been performed.
P14 RV-1039 PRESS. RELIEF Seismic demand, based on 2% of critical damping, exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use. P15 RV-1040 PRESS. RELIEF Seismic demand, based on 2% of critical damping, exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use. P16 RV-1041 PRESS. RELIEF Seismic demand, based on 2% of critical damping, exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use. P17 M0-1042A POWER RELIEF ISOL. Seismic demand, based on 2% of critical damping, exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use. P18 M0-1043A POWER RELIEF ISOL. Seismic demand, based on 2% of critical damping, exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use. P19 PRV-10428 POWER OPERATED Seismic demand, based on 2% of critical damping, RELIEF exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use. P20 PRV-1043B POWER OPERATED Seismic demand, based on 2% of critical damping, RELIEF exceeds 1.5xBS in the 2 HZ and 7 HZ regions of the spectrum by a significant amount. FRS based on 5% of critical damping is not available for use.
- P21 ED-11A 125 V DC DISTRIBUTION PANEL 8-3 Bolt tightness check has not been performed.
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 8-1 (continued) A-46 OUTLIER ISSUES No. ID EQUIPMENT OUTLIER ISSUES P22 ED~21A 125 V DC DISTRIBUTION Bolt tightness check has not been performed. PANEL P23 ED-01 MAIN STATION 1) Batteries are 13 years old. BATTERIES 2) Bolt type is not covered by the GIP - Cinch Anchor and bolt tightness check has not been performed. P24 ED-02 MAIN STATION 1) Batteries are 13 years old. BATTERIES 2) Bolt type is not covered by the GIP - Cinch Anchor and bolt tightness check has not been performed. P25 LS-0327 SIRW LOW LEVEL Conservative floor response spectra exceeds 1.5 x SWITCH bounding spectrum. P26 LS-0328 SIRW LOW LEVEL Conservative floor response spectra exceeds 1.5 x SWITCH bounding spectrum. P27 LS-0329 SIRW TANK LOW LEVEL Conservative floor response spectra exceeds 1.5 x SWITCH bounding spectrum. P28 LS-0330 SIRW TANK LOW LEVEL Conservative floor response spectra exceeds 1.5 x SWITCH bounding spectrum. P29 LT-2021 T-2 LEVEL TRANSMITTER Box enclosure supports are rusted and will eventually become an interaction hazard for the device and its wirinq if thev are not replaced .. P30 LT-2022 T-2 LEVEL TRANSMITTER Box enclosure supports are rusted and will eventually become an interaction hazard for the device and its wirinq if thev are not replaced .. P31 EC-150 AUX. HOT SHUTDOWN Bolt tightness check has not been performed. PANEL P32 EC-180 E-50A ISOLATION Equipment is located in room 247 which has not SOLENOIDS been seismically qualified. P33 EC-182 ATMOSPHERIC STEAM Bolt tightness check has not been performed. DUMP PA P34 EC-32 NSSS SAMPLE HOOD Anchored with 4 1/4" anchors. Base steel on large shims which will induce bolt bending. Anchors appear to be corroded. Outlier - needs to be reanchored. P35 EJ-44 DIESEL FUEL TRANSFER Mounted to unqualified (non-modified) block wall. P36 EJ-79 DIESEL FUEL DAY TANKS a) Located in block wall structure with no seismic design. b) Equipment is located in room 707 which has not been seismically qualified. P37 EJ-9400 BUS 1-C UNDER VOLTAGE Bolt tightness check has not been performed. RELAYS P38 EJ-9401 BUS 1-D UNDERVOLTAGE Bolt tightness check has not been performed. RELAYS P39 EJL-258 ED-01 FUSE BOX Bolt tightness check has not been performed. P40 EJL-423 72-01 BREAKER BOX Bolt tightness check has not been performed. P41 E-54A CCW HEAT EXCHANGER J bolt embedment is less than 16 x bolt diameter and analysis of its support structure has not been performed. P42 E-54B CCW HEAT EXCHANGER J bolt embedment is less than 16 x bolt diameter and analysis of its support structure has not been performed. P43 E-60A SHUTDOWN COOLING HX Bolt capacity is less than the demand. 8-4
. Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 8-1 (continued)
A-46 OUTLIER ISSUES No. ID EQUIPMENT OUTLIER ISSUES P44 E-608 SHUTDOWN COOLING HX Bolt capacity is less than the demand. P45 T-13A JACKET WATER SURGE Strapped on wall bracket. No apparent longitudinal TANK load path. P46 T-138 JACKET WATER SURGE Strapped on wall bracket. No apparent longitudinal TANK load path. P47 T-2 CONDENSATE STORAGE A ring-type foundation is used to support a large, TANK flat-bottom, vertical tank. P48 T-53A BORIC ACID TANK Bolt capacity is less than the demand. Outlier can be resolved if documentation is provided to state the grout used is of non-shrink type and new RG 1.60 FRS are used instead of original design basis .. P49 T-53B BORIC ACID TANK Bolt capacity is less than the demand. Outlier can be resolved if documentation is provided to state the grout used is of non-shrink type and new RG 1.60 FRS are used instead of original design basis .. P50 T-58 SIRWTANK Tank anchorage is inadequately documented. P51 Electrical Raceways Bus 1C Room (Room 116A) Support version with embedded strut anchorage fails Bus 1C Rm 3xDL Check. Support qualified via a Limit State Evaluation included in LAR 004. P52 Electrical Raceways Bus 1D Room - Aux 607 Support anchorage fails 3xDL Check. Support
- Bus 1D Rm Room 223 qualified via a Lateral Load Check included in LAR 005.
P53 Electrical Raceways Cable Spreading Room - Type 1 support anchorage fails 3xDL Check. Spreading Rm Aux 607 Room 224 Support qualified via a Limit State Evaluation included in LAR 002. P54 Electrical Raceways North Electrical Penetration, Support anchorage fails the Lateral Load Check Per:ietration Aux 625, Room 332 considering relative seismic building displacement.
- Support is qualified via a Redundancy and Consequence Evaluation included in LAR 007.
P55 T-10 Diesel Fuel Oil Storage Tank is buried (secured by buoyancy straps) and is Tank not covered by Section 7 of the GIP [2]. P56 T-310 Diesel Air Start Tank
- One anchor has a 1/2" gap (due to unlevel concrete pad) which exceeds the 1/4" allowance in GIP.
P57 RV-2006 E-58 Inlet Relief Valve Not walked down P58 RV-3161 Drain to Quench Tank Valve Not walked down P59 RV-3162 Low Press. SI Relief Valve Not walked down P60 RV-31q5 High Press. SI Relief Valve Not walked down P61 RV-0401 Shutdwn Cool'g Relief Valve Not walked down P62 RV-0402 Shtdwn Cool'g E-60A Valve Not walked down P63 RV-0403 Shtdwn Cool'g E-60B Valve Not walked down P64 RV-3164 Shutdwn Cool'g Relief Valve Not walked down 8-5
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 9. Resolution of Outliers All outliers discussed in Section 8 are shown in the following Table with completed, in-progress or proposed resolutions along with an estimated completion schedule if appropriate.
TABLE 9-1 A-46 OUTLIER ISSUES AND PROPOSED RESOLUTION No. ID OUTLIER ISSUES PROPOSED RESOLUTION . A1 EB-01 Conservative design floor response spectra exceeds Evaluate load center for design 1.5 x bounding spectrum. basis loads. A2 EB-02 Conservative design floor response spectra exceeds Evaluate load center for design 1.5 x bounding spectrum. basis loads. A3 EA-13 a) Equipment is located in room 133 which has not Evaluate impact on system been seismically qualified. operation and modify if necessary b) Pending internal inspection, review of Block Wall and anchorage evaluation. A4 EX-63 Bolt tightness check has not been performed. Perform bolt tightness check durinq a subsequent outaqe . A5 EX-64 Bolt tightness check has not been performed. Perform bolt tightness check durinq a subsequent outaqe. A6 P-54A Bolt type is not covered by the GIP - Cinch Anchor and Analysis using Ref. 7 data shows bolt tightness check has not been performed. anchorage adequate pending bolt tightness checking which is scheduled for subsequent outage A7 P-54B Bolt type is not covered by the GIP - Cinch Anchor and Analysis using Ref. 7 data shows bolt tightness check has not been performed. anchorage adequate pending bolt tightness checking which is scheduled for subseauent outaqe A8 P-54C Bolt type is not covered by the GIP - Cinch Anchor and Analysis using Ref. 7 data shows bolt tightness check has not been performed. anchorage adequate pending bolt tightness checking which is scheduled for subsequent outage A9 P-56A Bolt type is not covered by the GIP - Cinch Anchor and Analysis using Ref. 7 data shows bolt tightness check has not been performed. anchorage adequate pending *bolt tightness checking which is scheduled for subsequent outage
- 9-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 9-1 {continued) A-46 OUTLIER ISSUES AND PROPOSED RESOLUTION No. ID OUTLIER ISSUES A10 P-BC Bolt type is not covered by the GIP - Cinch Anchor and Analysis using Ref. 7 data shows bolt tightness check has not been performed. anchorage adequate pending bolt tightness checking which is scheduled for subsequent outage A11 P-7A 1) Cantilever impeller shaft is longer than 20 feet (37 Analysis using Ref. 7 data shows feet). anchorage adequate pending bolt
- 2) Bolt type is not covered by the GIP - Cinch Anchor tightness checking which is and bolt tightness check has not been performed. scheduled for subsequent outage A12 P-7B 1) Cantilever impeller shaft is longer than 20 feet Analysis using Ref. 7 data shows (Approx. 37 feet). anchorage adequate pending bolt
- 2) Bolt type is not covered by the GIP - Cinch Anchor tightness checking which is and bolt tightness check has not been performed. scheduled for subsequent outage A13 P-7C 1) Cantilever impeller shaft is longer than 20 feet Analysis using Ref. 7 data shows (Approx. 37 feet). anchorage adequate pending bolt
- 2) Bolt type is not covered by the GIP - Cinch Anchor tightness checking which is and bolt tightness check has not been performed. scheduled for subsequent outage A14 RV-1039 Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for comparison of demand vs.
caoacitv . A15 RV-1040 Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for comparison of demand vs. capacity. A16 RV-1041 Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for comparison of demand vs. caoacitv. A17 M0-1042A Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for comparison of demand vs. caoacitv. A18 M0-1043A Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for comparison of demand vs. capacity. A19 PRV-1042B Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for comparison of demand vs. caoacity. A20 PRV-1043B Conservative design floor response spectra exceeds Evaluate using new RG 1.60 1.5 x bounding spectrum spectra based on soil-structure interaction for piping for
- A21 ED-11A Bolt tightness check has not been performed.
9-2 comparison of demand vs . caoacitv. Perform bolt tightness check durinq a subsequent outaqe.
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 9-1 (continued} A-46 OUTLIER ISSUES AND PROPOSED RESOLUTION No. ID OUTLIER ISSUES A22 ED-21A Bolt tightness check has not been performed. Perform bolt tightness check durinq a subsequent outaae. A23 ED-01 1) Batteries are 13 years old. Batteries will be evaluated and
- 2) Bolt type is not covered by the GIP - Cinch Anchor replaced if necessary in a and bolt tightness check has not been performed. subsequent outage.
A24 ED-02 1) Batteries are 13 years old. Batteries will be evaluated and
- 2) Bolt type is not covered by the GIP - Cinch Anchor replaced if necessary in a and bolt tightness check has not been performed. subsequent outage.
A25 LS-0327 Conservative floor response spectra exceeds 1.5 x Evaluate using new RG 1.60 bounding spectrum. spectra based on soil-structure interaction for comparison of demand vs. capacity. A26 LS-0328 Conservative floor response spectra exceeds 1.5 x Evaluate using new RG 1.60 bounding spectrum. spectra based on soil-structure interaction for comparison of demand vs. capacity. A27 LS-0329 Conservative floor response spectra exceeds 1.5 x Evaluate using new RG 1.60 bounding spectrum. spectra based on soil-structure interaction for comparison of demand vs. capacity. A28 LS-0330 Conservative floor response spectra exceeds 1.5 x Evaluate using new RG 1.60 bounding spectrum . spectra based on soil-structure interaction for comparison of demand vs. capacity. A29 LT-2021 Box enclosure supports are rusted and will eventually Box enclosure and supports will become an interaction hazard for the device and its be corrected in a subsequent wirinq if they are not replaced .. outaae. A30 LT~2022 Box enclosure supports are rusted and will eventually Box enclosure and supports will become an interaction hazard for the device and its be corrected in a subsequent wirinq if they are not replaced .. outaqe. A31 EC-150 Bolt tightness check has not been performed. Perform bolt tightness check durinq a subseauent outaae. A32 EC-180 Equipment is located in room 247 which has not been Evaluate impact on system seismically qualified: operation and relocate if necessarv A33 EC-182 Bolt tightness check has not been performed. Perform bolt tightness check durina a subseauent outaae. A34 EC-32 Anchored with 4 1/4" anchors. Base steel on large Cabinet will be evaluated to shims which will induce bolt bending. Anchors appear determine extent of necessary to be corroded. Needs to be reanchored. modifications. A35 EJ-44 Mounted to unqualified (non-modified) block wall. Evaluate impact on system operation and relocate if necessarv A36 EJ-79 a) Located in block wall structure with no seismic Evaluate impact on system design. operation and relocate if b) Equipment is located in room 707 which has not necessary been seismically qualified. A37 EJ-9400 Bolt tightness check has not been performed. Perform bolt tightness check
- A38 EJ-9401 Bolt tightness check has not been performed.
9-3 durina a subsequent outaae . Perform bolt tightness check durina a subseauent outaae.
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 9-1 (continued} A-46 OUTLIER ISSUES AND PROPOSED RESOLUTION No. ID OUTLIER ISSUES A39 EJL-258 Bolt tightness check has not been performed. Perform bolt tightness check durina a subsequent outaae. A40 EJL-423 Bolt tightness check has not been performed. Perform bolt tightness check durina a subseauent outaae. A41 E-54A J bolt embedment is less than 16 x bolt diameter and Perform analysis using ACI 349 analysis of its support structure has not been App. B anchorage allowables for performed. embedded anchors & RG 1.60 A42 E-54B J bolt embedment is less than 16 x bolt diameter and Perform analysis using ACI 349 analysis of its support structure has not been App. B anchorage allowables for performed. embedded anchors & RG 1.60 A43 E-60A Bolt capacity is less than the demand. Evaluate using new RG 1.60 spectra based on soil-structure interaction for comparison of demand vs. capacity. A44 E-60B Bolt capacity is less than the demand. Evaluate using new RG 1.60 spectra based on soil-structure interaction for comparison of demand vs. capacity. A45 T-13A Strapped on wall bracket. No apparent longitudinal Tighten U-bolts to ensure "snug" load path. tension in straps and evaluate anchoraae ??. A46 T-13B Strapped on wall bracket. No apparent longitudinal Tighten U-bolts to ensure "snug" load path. tension in straps and evaluate anchoraae ?? . A47 T-2 A ring-type foundation is used to support a large, flat- Resolved - shown to meet design bottom, vertical tank. basis by CPCo Cale. EA-0007899-T2 A48 T-53A Bolt capacity is less than the demand. Outlier can be Show that grout is expansive or resolved if the safety factor of 10 is reduced due to non-shrink type so cast-in-place documented use of expansive or non-shrink grout. tensile allowable can be justified using new RG 1.60 FRS A49 T-538 Bolt capacity is less than the demand. Outlier can be Show that grout is expansive or resolved if the safety factor of 10 is reduced due to non-shrink type so cast-in-place documented use of expansive or non-shrink grout. tensile allowable can be justified using new RG 1.60 FRS A50 T-58 Tank anchorage details inadequately documented. Resolved - shown to meet design basis by CPCo Cale. EA-0007899-T58?? A51 T-10 Tank is buried tank secured by buoyancy straps. Resolved - shown to meet design basis by CPCo Cale. EA-0007899-T10 A52 T-310 One anchor has a 1/2" gap which exceeds the 1/4" Resolved - shown to meet design gap allowance in GIP. basis by completely discounting fianorina) aanned anchor. A53 Electrical Support version with embedded strut anchorage fails Evaluated by Limit State analysis Raceways 3xDL Check. Support qualified via a Limit State (Section 8.4.8 of GIP) and shown Bus 1C Rm Evaluation included in LAR 004. acceptable for design basis loads.
- 9-4
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 TABLE 9-1 (continued) A-46 OUTLIER ISSUES AND PROPOSED RESOLUTION No. ID OUTLIER ISSUES A54 Electrical Support anchorage fails 3xDL Check. Support Evaluated by Lateral Load Raceways qualified via a Lateral Load Check included in LAR analysis (Section 8.4 of GIP) and Bus 10 Rm 005. shown acceptable for design basis loads. A55 Electrical Type 1 support anchorage fails 3xDL Check. Support Evaluated by Limit State analysis Raceways qualified via a Limit State Evaluation included in LAR (Section 8.4.8 of GIP) and shown Spreading Rm 002. acceptable for design basis loads. A56 Electrical Support anchorage fails the Lateral Load Check Evaluated by Redundancy & Raceways considering relative seismic building displacement. Consequence analysis (Section Penetration Support is qualified via a Redundancy and 8.4.8 of GIP) and shown Consequence Evaluation included in LAR 007. acceptable for design basis loads. A57 RV-2006 Not walked down Perform walkdown during a subsequent outage. A58 RV-3161 Not walked down Perform walkdown during a subsequent outage. A59 RV-3162 Not walked down Perform walkdown during a subsequent outage. A60 RV-3165 Not walked down Perform walkdown 'during a subsequent outage. A61 RV-0401 Not walked down Perform walkdown during a subsequent outage. A62 RV-0402 Not walked down Perform walkdown during a subsequent outage. A63 RV-0403 Not walked down Perform walkdown during a subsequent outage. A64 RV-3164 Not walked down Perform walkdown during a subsequent outage .
- 9-5
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 10. References
- 1. Generic Letter 87-02, "Verification of Seismic Adequacy of Mechanical and Electrical Equipment in Operating reactors, Unresolved safety issue (USI) A-46",
USNRC, Washington,O.C., February 19, 1987. *
- 2. "Generic Implementation Procedure (GIP), for Seismic Verification of Nuclear Plant Equipment", Revision 2, Corrected, 2/14/92, Seismic Qualification Utility Group.
- 3. "Supplemental Safety Evaluation Report No. 2 (SSER #2) on GIP-2", USNRC, Washington, D.C., May 22, 1992.
- 4. USI A-40 "Seismic Design Criteria Short-Term Program", USNRC, Washington, D.C.
- 5. USI A-17 "Systems Interactions In Nuclear Power Plants" USNRC, Washington, D.C.
- 6. Consumers Power Company, Palisades Nuclear Plant - USI A-46 Relay Evaluation Report for Palisades, May, 1995, Covert, Michigan.
. 7. Lead Expansion Anchor Load Capacity in Reactor Buildings at the Savannah River Site, E. L. Bryant, Westinghouse Savannah River Company, RTR-2661, August 15, 1989.
- 8. Technical Spec 175 (Q), Revision 4, Consumers Power Company, Palisades Plant, Covert, Michigan.
- 9. SPECTRA Software Package, Stevenson & Associates, Version 2, November, 1992 .
- 10. CPCO letter response to GL 87-02, "Response to Supplement 1 to Generic Letter 87-02 on SQUG Resolution of USI A-46", GB Slade (CPCo) to USNRC, September 21, 1992.
- 11. "Cable and Conduit Raceway Limited Analytical Review (LAR) for USI A-46 at Palisades Nuclear Plant" Cale. C-009, Re~.o. 3/24/95, 92C2750 by Stevenson and Associates.
- 12. SQUG Letter from N.P. Smith, SQUG Chairman to J.G. Partlow of USNRC,
Subject:
Revision 2A to the Generic Implementation Procedure, dated March 26, 1993.
- 13. SSRAP Report, "Use of Seismic Experience Data to Show Ruggedness of Equipment in Nuclear Power Plants," Senior Seismic Review and Advisory Panel, Revision 4.0, February 28, 1991.
- 14. Consumers Power Company, Palisades Nuclear Plant - Drawings. (Dwg.
numbers are specified where referenced).
- 15. EPRI Report NP-5228-SL, "Seismic Verification of Nuclear Plant Equipment Anchorage (Revision 1)." Electric Power Research Institute, Palo Alto, CA, prepared by URS/John A. Blume & Associates, Engineers, June, 1991.
- 16. ACI 318-83, "Building Code Requirements for Reinforced Concrete", American Concrete Institute, 1983.
- 17. EPRI Report NP-6041-SL, "A Methodology for Assessment of Nuclear Power Plant Seismic Margin (Revision 1).", Electric Power Research Institute, Palo Alto, CA, prepared by JR Benjamin Associates et. al., August, 1991.
- 18. EPRI Report NP-7146, "Development of In-Cabinet Amplified Response Spectra for Electrical Panels and Benchboards." Revision 0, Electric Power Research Institute, Palo Alto, CA, prepared by Stevenson & Associates, December, 1990.
10-1
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995
- 19. "Palisades RG 1.60 Floor and Piping Response Spectra with SSI" Cale. C-008, Rev.1, 10/21/94, 92C2750 by Stevenson and Associates.
- 20. Peer Review Letter: RP Kennedy & JD Stevenson to Consumers Power Company, May 12, 1995 .
- 10-2
- CONSUMERS POWER PALISADES NUCLEAR PLANT APPENDIX A SAFE SHUIDOWN EQUIPMENT LIST (SSSL)
(SEISMIC)
- (25 pages)
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col. Type Notes State State Req'd Dwg. No./Rev systems or Components RRC 42-1/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 2 RRC 2 42-1/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 3 RRC 1 42-2/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 4 RRC 2 42-2/RPS CONTROL ROD CLUTCH BREAKER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 5 OHR 0 ACCUM-0779 CV-0779 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 6 OHR 2 0 ACCUM-0779 CV-0779 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 7 OHR 0 ACCUM-0780 CV-0780 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 8 OHR 2 0 ACCUM-0780 CV-0780 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 9 OHR 1 0 ACCUM-0781 CV-0781 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 10 OHR 2 0 ACCUM-0781 CV-0781 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 11 OHR 0 ACCUM-0782 CV-0782 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 12 OHR 2 0 ACCUM-0782 CV-0782 ACCUMULATOR M-207-1 AB 625 338 s N/A N/A N/A NO N/A N/A 13 OHR 0 ACCUM-MSIV1 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 14 OHR 2 0 ACCUM-MSIV1 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 15 OHR 1 0 ACCUM-MSIV2 CV-0510 &CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 16 OHR 2 0 ACCUM-MSIV2 CV-0510 & CV-0501 ACCUMULATOR M-205-1 AB 607 238 s N/A N/A N/A NO N/A N/A 17 EPD 2 0 ASM-1A AIR STARTING MOTOR M-214-1 AB 590 116 s N/A OFF ON/OFF NO N/A MECHANICAL ACTION 18 EPD 2 0 ASM-1B AIR STARTING MOTOR M-214-1 AB 590 116 s N/A OFF ON/OFF NO N/A MECHANICAL ACTION 19 EPD 1 0 ASM-2A AIR STARTING MOTOR M-214-1 AB 590 116B s N/A OFF ON/OFF NO N/A N/A 20 EPD 0 ASM-2B AIR STARTING MOTOR M-214-1 AB 590 116B s N/A OFF ON/OFF NO N/A N/A 21 HVAC 2 10 BD-1 HVAC BALANCING DAMP. M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 22 HVAC 1 10 BD-10 CONTROL RM. BALANCING DAMP. M-218-6 AB 625 325 s N/A OPEN OPEN NO N/A N/A 23 HVAC 2 10 BD-10 CONTROL RM. BALANCING DAMP. M-218-6 AB 625 325 s N/A OPEN OPEN NO N/A N/A 24 HVAC 1 10 BD-2 HVAC BALANCING DAMPER M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 25 HVAC 2 10 BD-5 HVAC BALANCING DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 26 HVAC 1 10 BD-6 HVAC BALANCING DAMPER M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 27 HVAC 2 10 BD-7 HVAC BALANCING DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 28 HVAC 1 10 BD-8 HVAC BALANCING DAMPER M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 29 HVAC 1 10 CD-41 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 30 HVAC 2 10 CD-41 V-95 &V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
~~c.=.=-=-.L>=--=-'.....,._,..~<--~~~~-__,.~/:~~J~a~_
~QN E \(-No1t"NE-%\J5 ~.b~ ~,_~_,..1 I J Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 2 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 31 HVAC 1 10 CD-42 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 32 HVAC 2 10 CD-42 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 33 HVAC 1 10 CD-43 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 34 HVAC 2 10 CD-43 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 35 HVAC 1 10 CD-44 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 36 HVAC 2 10 CD-44 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 37 HVAC 1 10 CD-45 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 38 HVAC 2 10 CD-45 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 39 HVAC 1 10 CD-46 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 40 HVAC 2 10 CD-46 V-95 & V-96 FIRE DAMPER M-218-6 AB 625 320A s N/A OPEN OPEN NO N/A N/A 41 HVAC 1 10 CD-47 V-268 FIRE DAMPER M-218-6 AB 625 300A s 28 OPEN OPEN NO N/A N/A 42 HVAC 2 10 CD-47 V-268 FIRE DAMPER M-218-6 AB 625 300A s 28 OPEN OPEN NO N/A N/A 43 HVAC 1 10 CD-48 V-26A FIRE DAMPER M-218-6 AB 625 300 s 28 OPEN OPEN NO N/A N/A 44 HVAC 2 10 CD-48 V-26A FIRE DAMPER M-218-6 AB 625 300 s 28 OPEN OPEN NO N/A N/A 45 HVAC 2 10 CD-49 V-95 FIRE DAMPER RETURN M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 46 HVAC 1 10 CD-50 V-95 FIRE DAMPER RETURN M-218-6 AB 625 300 s 28 OPEN OPEN NO N/A N/A 47 HVAC 2 10 CD-50 V-95 FIRE DAMPER RETURN M-218-6 AB 625 300 s 28 OPEN OPEN NO N/A N/A 48 HVAC 1 10 CD-51 V-96 FIRE DAMPER RETURN M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 49 HVAC 1 10 CD-52 V-96 FIRE DAMPER RETURN M-218-6 AB 625 300A s 28 OPEN OPEN NO N/A N/A 50 HVAC 2 10 CD-52 V-96 FIRE DAMPER RETURN M-218-6 AB 625 300A s 28 OPEN OPEN NO N/A N/A 51 RCPC 1 7 CK-CVC2112 LOOP 1A RELIEF CHK. M-202-18 RB 607 144 s N/A CLOSED CLOSED NO N/A N/A 52 RCPC 2 7 CK-CVC2112 LOOP 1A RELIEF CHK. M-202-18 RB 607 144 s N/A CLOSED CLOSED NO N/A N/A 53 OHR 1 7 CV-0501 MAIN STEAM ISOLATION E-508 M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0502;SV-0514 54 OHR 2 7 CV-0501 MAIN STEAM ISOLATION E-508 M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0505B;SV-0507B 55 OHR 7 CV-0510 MAIN STEAM ISOLATION E-50A M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0508;SV-0513 56 OHR 2 7 CV-0510 MAIN STEAM ISOLATION E-50A M-205-1 AB 607 238 s 20 OPEN CLOSED YES E-238 SH. 1,1A SV-0505A;SV-0507A 57 OHR 2 7 CV-0727 E-508 FLOW FROM P-8A & P-88 M-207-2 AB 590 123 s 19 CLOSED OP/CL YES E-79 SH.3A&B l/P-0727 58 OHR 7 CV-0736A E-508 FLOW CONTROL M-207-2 AB 570 005 s 19 CLOSED OPEN NO N/A l/P-0736A 59 OHR 7 CV-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 s 19 CLOSED OPEN NO N/A l/P-0737A 60 OHR 2 7 CV-0749 E-50A FROM P-8A&P-88 M-207-2 AB 590 123 s 19 CLOSED OP/CL YES E-79 SH.3A,3B I/P-0749 61 OHR 1 7 CV-0767 S/G E-50A BOTTOM SLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0767;0PERATOR CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~})~.,~N~E~K~N~e>~ltN...........,,,-=E.:...._:f\....~.....; _ _ _~~ ')\.~~~~ Print or type Name/Title Signature Date r I Print or type Name/~le ffoluee~~ Signature s/s/rs-7 Date I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 3 Fune Eq. Equipment Drawing No Floor Room or Eval Norma~ Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components ACTION 62 OHR 2 7 CV-0767 S/G E-50A BOTTOM SLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0767;0PERATOR ACTION 63 OHR 7 CV-0768 S/G E-508 BOTTOM SLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0768;0PERATOR ACTION 64 OHR 2 7 CV-0768 S/G E-508 BOTTOM *SLOWDOWN M-226-1 AB 607 238 s 31 OPEN CLOSED NO N/A SV-0768;0PERATOR ACTION 65 OHR 2 7 CV-0779 S/G E-508 ATMOSPHERIC DUMP M-207-1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0779A;SV-0779B;SV-0779C 66 OHR 7 CV-0780 STEAM GEN E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0780A;SV-0780B;SV-0780C 67 OHR 2 7 CV-0781 STEAM GEN E-50A ATMOSPHERIC DUMP M-207-1 AB 625" 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0781A;SV-0781B;SV-0781C 68 OHR 7 CV-0782 S/G E-50A ATMOSPHERIC DUMP M-207*1 AB 625 338 s 19 CLOSED OP/CL YES E-238 SH.1A,2 SV-0782A;SV-0782B;SV-0782C 69 OHR 7 CV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 70 OHR 2 7 CV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 71 OHR 1 7 CV-0822 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 72 OHR 2 7 CV-0822 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 s 19 OPEN CLOSED NO N/A SV-0821 73 OHR 1 7 CV-0847 AIR COOLERS SWS SUPPLY M-208-1B AB 607 238 s 25 OPEN CLOSED NO N/A SV-0847;0PERATOR ACTION 74 OHR 2 7 CV-0847 AIR COOLERS SWS SUPPLY M-208-1B AB 607 238 s 25 OPEN CLOSED YES E-219 SH.1,2 SV-0847;0PERATOR ACTION 75 OHR 7 CV-0884 K-6A SERVICE WATER M-208-1A AB 590 116 s 19 CLOSED OPEN NO N/A SV-0884A;SV-0884B 76 OHR 2 7 CV-0884 K-6A SERVICE WATER M-208-1A AB 590 116 s 19 CLOSED OPEN NO N/A SV-0884A;SV-0884B 77 OHR 1 7 CV-0885 K-6B SERVICE WATER M-208-1A AB 590 116B s 19 CLOSED OPEN NO N/A SV-0885A;SV-0885B 78 OHR 2 7 CV-0885 K-6B SERVICE WATER M-208-1A AB 590 116B s 19 CLOSED OPEN NO N/A SV-0885A;SV-0885B 79 OHR 7 CV-1359 NON CRITICAL S.W. ISOLATION M-213 TB 590 136 s 26 OPEN CLOSED NO N/A SV-1359;0PERATOR ACTION 80 OHR 2 7 CV-1359 NON CRITICAL S.W. ISOLATION M-213 TB 590 136 s 26 OPEN CLOSED NO N/A SV-1359;0PERATOR ACTION CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -~-~~E---,...._)<~N~o~JT"i~\7>-6.~~~\?~S-*---~-..._ ~ ~ ~.. r* Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSSL) Page 4 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 81 OHR 2 7 CV-1655 VC-11 SERVICE WATER CONTROL M-208-1B AB 625 300 s 17 OPEN OP/CL NO N/A l/P-1655;0PERATOR ACTION 82 OHR 7 CV-1656 VC-10 SERVICE WATER CONTROL M-208-1B AB 625 300A s 17 OPEN OP/CL NO N/A l/P-1656;0PERATOR ACTION 83 RCPC 7 CV-2003 LETDOWN STOP M-202-1B RB 607 144 s 35 OPEN CLOSED NO N/A SV-2003 84 RCPC 2 7 CV-2003 LETDOWN STOP M-202-1B RB 607 144 s 35 OPEN CLOSED NO N/A SV-2003 85 HVAC 1 10 D-10 V-96 RECIRC. DAMPER M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 86 HVAC 1 10 D-11 V-96 DISC. DAMPER M-218-6 AB 625 300A s N/A OPEN OPEN NO N/A N/A 87 HVAC 2 10 D-11 V-96 DISC. DAMPER M-218-6 AB 625 300A s N/A CLOSED . CLOSED NO N/A N/A 88 HVAC 1 10 D-12 V-26B DISC. DAMPER M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 89 HVAC 1 10 D-13 V-26B RECIRC. DAMP. M-218-6A AB 625 300A s N/A CLOSED OPEN NO N/A N/A 90 HVAC 1 10 D-14 V-26B OUTSIDE AIR DAMP. M-218-6A AB 625 300A s N/A CLOSED CLOSED NO N/A N/A 91 HVAC 1 10 D-16 V-94 DAMPER M-218-6 AB 625 300B s N/A CLOSED CLOSED NO N/A N/A 92 HVAC 2 10 D-16 V-94 DAMPER M-218-6 AB 625 300B s N/A CLOSED CLOSED NO N/A N/A 93 HVAC 2 10 D-2 V-95 MODULATING DAMP. M-218-6 AB 625 300 s N/A OPEN CLOSED NO N/A N/A 94 HVAC 2 10 D-20 V-26A MODULATING DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 95 HVAC 1 10 D-21 V-26B MODULATING DAMP. M-218-6A AB 625 300A s N/A OPEN OPEN NO N/A N/A 96 DGV 1 10 D-22 DG 1-2 RM EXHAUST DAMPER M-218-5 AB 590 116B s N/A OP/Cl OP/Cl NO N/A N/A 97 DGV 2 10 D-23 DG 1-1 RM EXHAUST DAMPER M-218-5 AB 590 116 s N/A OP/CL OP/CL NO N/A N/A 98 DGV 10 D-24 DG 1-2 RM INLET DAMPER M-218-5 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 99 DGV 2 10 D-25 DG 1-1 RM INLET DAMPER M-218-5 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 100 DGV 2 10 D-26 V-24A GRAVITY DAMPER M-218-5 AB 590 116 s N/A OP/CL OP/CL NO N/A N/A 101 DGV 2 10 D-27 V-24B GRAVITY DAMPER M-218-5 AB 590 116 s N/A OP/Cl OP/CL NO N/A N/A 102 DGV 10 D-28 V-24C GRAVITY DAMPER M-218-5 AB 590 116B s N/A OP/CL OP/CL NO N/A N/A 103 DGV 10 D-29 V-240 GRAVITY DAMPER >M-218-5 AB 590 116B s N/A OP/CL OP/CL NO N/A N/A 104 HVAC 2 10 D-3 V-95 RECIRC. DAMP. M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 105 HVAC 1 10 D-4 V-95 DISC. DAMPER M-218-6 AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 106 HVAC 2 10 D-4 V-95 DISC. DAMPER M-218-6 AB 625 300 s N/A OPEN OPEN NO N/A N/A 107 HVAC 2 10 D-5 V-26A DISC. DAMP. M-218-6A AB 625 300 s N/A OPEN OPEN NO N/A N/A 108 HVAC 2 10 D-6 V-26A RECIRC. DAMP. M-218-6A AB 625 300 s N/A CLOSED OPEN NO N/A N/A 109 HVAC 2 10 D-7 V-26A OUTSIDE AIR DAMP. M-218-6A AB 625 300 s N/A CLOSED CLOSED NO N/A N/A CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of systems or Operations Engineers) -'°t>'-o""""fl.)~E___._)(,=,.;i=c;nJ
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5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 5 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req*d Dwg. No./Rev Systems or Components 110 HVAC 1 10 D-9 V-96 MODULATING DAMP. M-218-6 AB 625 300A S N/A OPEN CLOSED NO N/A N/A 111 EPD 2 21 E-22A JACKET WATER COOLER M-214-1 AB 590 116 S N/A N/A N/A NO N/A N/A 112 EPD 21 E-22B JACKET WATER COOLER M-214-1 AB 590 116B S N/A N/A N/A NO N/A N/A 113 EPD 2 21 E-31A K-6A LUBE OIL COOLER M-214-1 AB 590 116 S N/A N/A N/A NO N/A N/A 114 EPD 1 21 E-31B K-6B LUBE OIL COOLER M-214-1 AB 590 116B S N/A N/A N/A NO N/A MECHANICAL ACTION 115 EPD 2 21 E-32A ENGINE AFTER COOLER M-214-1 AB 590 116 S N/A N/A N/A NO N/A N/A 116 EPD 21 E-32B ENGINE AFTER COOLER M-214-1 AB 590 116B S N/A N/A N/A NO N/A N/A 117 OHR 21 E-54A CCW HEAT EXCHANGER M-208-1A AB 590 123 S N/A N/A N/A NO N/A N/A 118 OHR 2 21 E-54A CCW HEAT EXCHANGER M-208-1A AB 590 123 S N/A N/A N/A NO N/A .N/A 119 OHR 21 E-54B CCW HEAT EXCHANGER M-208-1A AB 590 123 S N/A N/A N/A NO N/A N/A 120 OHR 2 21 E-54B CCW HEAT EXCHANGER M-208-1A AB 590 123 S N/A N/A N/A NO N/A N/A 121 RCPC 1 21 E-56 REGENERATIVE HEAT .EXCHANGER M-202-18 RB 607 236 S N/A N/A N/A NO N/A N/A 122 RCPC 2 21 E-56 REGENERATIVE HEAT EXCHANGER M-202-18 RB 607 236 S N/A N/A N/A NO N/A N/A 123 RCPC 1 21 E-60A EAST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 S N/A N/A N/A NO N/A N/A 124 RCPC 2 21 E-60A EAST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 S N/A N/A N/A NO N/A N/A 125 RCPC 1 21 E-60B WEST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 S N/A N/A N/A NO N/A N/A 126 RCPC 2 21 E-60B WEST DIRTY WASTE DRAIN PUMP M-204-1 AB 570 005 S N/A N/A N/A NO N/A N/A 127 EPD 1 3 EA-11 2400 VOLT BUS 1C E1-1 AB 590 116A S/R N/A ON OFF NO E-3 SH.1 K-6A 128 EPD 2 3 EA-11 2400 VOLT BUS 1C E1-1 AB 590 116A S/R N/A ON ON YES E-3 SH.1 ED-11A;K-6A 129 EPD 1 3 EA-12 2400 VOLT BUS 10 E1-1 AB 607 223 S/R N/A ON ON YES E-3 SH.1 ED-21A;K-6B 130 EPD 2 3 EA-12 2400 VOLT BUS 10 E1-1 AB 607 223 S/R N/A ON OFF NO E-3 SH.1 K-6B 131 EPD 2 3 EA-13 . 2400 V BUS 1-E E1-1 TB 590 133 S/R N/A ON OFF NO E-3 SH.1 EX-15 132 EPD 2 EB-01 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-5 SH.1 EB-19 133 EPD EB-02 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-5 SH.1 EB-20 134 EPD 2 EB-07 480 V MOTOR CONTROL CENTER E1-1 AB 590 121 S/R N/A ON ON YES E-5 SH.4 EB-11 135 EPD EB-08 480 V MOTOR CONTROL CENTER E1-1 AB 590 121 S/R N/A ON ON YES E-5 SH.4 EB-12 136 EPD 2 2 EB-11 480 VOLT LOAD CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 ED-11;EX-11 137 EPD 1 2 EB-12 480 VOLT LOAD CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 ED-21;EX-12 138 EPD 2 2 EB-15 480 VOLT LOAD CENTER E1-1 RB 590 143 S/R N/A ON ON YES E-4 SH.1 EX-15 139 EPD 2 EB-16 480 VOLT LOAD CENTER E1-1 RB 590 143 S/R N/A ON ON YES E-4 SH.1 EX-16 140 EPD 2 2 EB-19 480 VOLT LOAD CENTER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 ED-11;EX-19 CERT! Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _-0.=..=;o=t:?'---'"E:..__,K.=~""-....att~h~'f.""""""R.\).i<..S..___ _~ t. ~ Print or type Name/Title Signature Print or type Name/Title
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S/02/9S SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 6 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 141 EPD 2 EB-20 480 VOLT LOAD CENTER E1-3 AB 607 72S S/R N/A ON ON YES E-4 SH.2 ED-21;EX-20 142 EPD 2 EB-21 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-11 143 EPD 1 EB-22 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 223 S/R N/A ON ON YES E-S SH.SB EB-12 144 EPD 2 EB-23 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-11 14S EPD 1 EB-24 480 VOLT MOTOR CONTROL CENTER E1-1 AB 607 224 S/R N/A ON ON YES E-S SH.SB EB-12 146 EPD 2 EB-2S 480 VOLT MOTOR CONTROL CENTER E1-3 AB 607 72S S/R N/A ON ON YES E*S SH.SC EB-19 147 EPD EB-26 480 VOLT MOTOR CONTROL CENTER E1-3 AB 607 72S S/R N/A ON ON YES E*S SH.SC EB-20 148 EPD 20 EC-01 TURBINE GENERATOR CONTROL E-361-1 AB 62S 32S S 9 N/A N/A NO N/A N/A i 149 EPD 2 20 EC-01 TURBINE GENERATOR CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1SO EPD 1 20 EC-02 PRIMARY PROCESS & REACTOR CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S1 EPD 2 20 EC-02 PRIM. PROCESS & REACTOR CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S2 EPD 1 20 EC-03 CONTAINMENT !SOL. & MISC. CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S3 EPD 2 20 EC-03 CONTA.INMENT !SOL. & MISC. CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S4 EPD 1 20 EC-04 RELAY & STATION AUXILARY CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1SS EPD 2 20 EC-04 RELAY & STATION AUXILARY CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S6 EPD 20 EC-06 REACTOR PROTECTIVE SYSTEM CONTROL E-361-1 AB 62S 32S s* 9 N/A N/A NO N/A N/A 1S7 EPD 2 20 EC-06 REACTOR PROTECTIVE SYSTEM CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S8 EPD 20 EC-08 SERV. WATER & COMP COOLING CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 1S9 EPD 2 20 EC-08 SERV. WTR. & COMP. COOLING CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 160 EPD 1 20 EC-11 RADIATION TURBINE CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 161 EPD 2 20 EC-11 RADIATION, TURBINE CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 162 EPD 20 EC-11A POST ACCIDENT CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 163 EPD 2 20 EC-11A POST ACCIDENT CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 164 EPD 1 20 EC-12 PRIMARY PROCESS & INSTRUMENTATION E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 16S EPD 2 20 EC-12 PRIMARY PROCESS & INSTRUMENTATION E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 166 EPD 1 20 EC-126 CIRC. WATER & IODINE CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 167 EPD 2 20 EC-126 CIRC. WATER & IODINE CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 168 EPD 20 EC-13 OBA SHUTDOWN &MISC. CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 169 EPD 2 20 EC-13 OBA SHUTDOWN &MISC. CONTROL E-361-1 AB 62S 32S s 9 N/A N/A NO N/A N/A 170 EPD 1 20 EC-1SO AUX. HOT SHUTDOWN PANEL E-363-1 AB 607 2SO s 9 N/A N/A NO N/A N/A 171 EPD 2 20 EC-1SO AUX. HOT SHUTDOWN PANEL E-363-1 AB 607 2SO s 9 N/A N/A NO N/A N/A CERT! FI CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _t>="ti>=--E=---)<,.p.l>J""=,,-1.1m>-QL.l.e:o..1:&lo.lo"tJ.>_ _ _~,.___ 2.. ~ , I .;{foJµl?e~ s/3/'i5 Print or type Name/Title Signature Date Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 7 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev~/Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 172 EPD 1 20 EC-168 POST ACCIDENT SAMPLE MONITORING E-380-2 AB 607 214 s 9 N/A N/A NO N/A N/A 173 EPD 2 20 EC-168 POST ACCIDENT SAMPLE MONITORING E-380-2 AB 607 214 s 9 N/A N/A NO N/A N/A 174 EPD 1 20 EC-180 E-50A ISOLATION SOLENOIDS E-363-1 TB 607 247 s 9 N/A N/A NO N/A N/A 175 EPD 2 20 EC-180 E-50A ISOLATION SOLENOIDS E-363-1 TB 607 247 s 9 N/A N/A NO N/A N/A 176 EPD 1 20 EC-181 E-50B ISOLATION SOLENOIDS E-363-1 AB 625 328 s 9 N/A N/A NO N/A N/A 177 EPD 2 20 EC-181 E-50B ISOLATION SOLENOIDS E-363-1 AB 625 328 s 9 N/A N/A NO N/A N/A 178 EPD 20 EC-182 ATMOSPHERIC STEAM DUMP PANEL E-364 AB 625 338R s 9 N/A N/A NO N/A N/A 179 EPD 2 20 EC-182 ATMOSPHERIC STEAM DUMP PANEL E-364 AB 625 338R s 9 N/A N/A NO N/A N/A 180 EPD 2 20 EC-186A CONTROL ROOM HVAC CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 181 EPD 20 EC-186B CONTROL ROOM HVAC CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 182 EPD 20 EC-187 AUX. FEEDWATER CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 183 EPD 2 20 EC-187 AUX FEEDWATER CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 184 EPD 2 20 EC-188A DAMPER CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 185 EPD 1 20 EC-188B DAMPER CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 186 EPD 1 20 EC-189A CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 187 EPD 2 20 EC-189A CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 188 EPD 20 EC-189B CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 189 EPD 2 20 EC-189B CONDENSER SERVICE WATER CONTROL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 190 EPD 2 20 EC-22
- DG-1/1 CONTROL PANEL E-359-1 AB 590 116 s 9 N/A N/A NO N/A N/A 191 EPD 20 EC-26 DG-1/2 CONTROL PANEL E-359-1 AB 590 116B s 9 N/A N/A NO N/A N/A 192 EPD 20 EC-32 NSSS SAMPLE HOOD E-380-2 AB 607 228 S 9 N/A N/A NO N/A N/A 193 EPD 2 20 EC-32 NSSS SAMPLE PANEL E-380-2 AB 607 228 S 9 N/A N/A NO N/A N/A 194 EPD 1 20 EC-33 REDUNDANT SAFETY INJECTION CONTROL E-356 AB 590 121 S 9 N/A N/A NO N/A N/A 195 EPD 2 20 EC-33 REDUNDANT SAFETY INJECTION CONTROL E-356 AB 590 121 S 9 N/A N/A NO N/A N/A 196 EPD 2 15 ED-01 MAIN STATION BATTERIES E1-1 AB 607 225A S/R N/A ON ON YES E-8 SH.1 ED-11A;ED-15;EJL-258 197 EPD 15 ED-02 MAIN STATION BATTERIES E1-1 AB 607 225 S/R N/A ON ON YES E-8 SH.1 ED-16;ED-21A;EJL-259 198 EPD 2 16 ED-06 AC INVERTER #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 199 EPD 1 16 ED-07 AC INVERTER #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 200 EPD 2 16 ED-08 AC INVERTER #3 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 201 EPD 1 16 ED-09 AC INVERTER #4 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 202 EPD 2 14 ED-10 125 V DC BUS E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-01;ED-13;EJL-423 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) - =J)=c:>-=-=f\,)'- -" c:. . . . LI}(. . ," ._. 12'-'"TU. wNL>LE. .,~......u.vs<<----~"'- 'L ~ .. Print or type Name/Title Signature Print or type Name/Tile
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSSL) Page 8 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Desc~iption /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 203 EPD 2 14 ED-11 125 V DC DISTRIBUTION PANEL E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-10 204 EPD 2 14 ED-11A 125 V DC DISTRIBUTION PANEL E1-1 AB 590 116A S/R N/A ON ON YES E-8 SH.2 ED-01 205 EPD 2 20 ED-13 METERING SECTION DC BUSS E-359-1A AB 607 224 S/R N/A ON ON YES E-8-1 ED-10 206 EPD 2 16 ED-15 DC CHARGER #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 EB-01 207 EPD 16 ED-16 DC CHARGER #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 EB-02 208 EPD 2-0P 16 ED-17 DC CHARGER #3 E1-1 AB 607 224 S/R N/A ON ON/OFF YES E-8 SH.1 EB-02 209 EPD 1-0P 16 ED-18 DC CHARGER #4 E1-1 AB 607 224 S/R N/A ON ON/OFF YES E-8 SH.1 EB-01 210 EPD 1 14 ED-20 125 V DC BUS E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-02;ED-23;EJL-422 211 EPD 14 ED-21 125 V DC DISTRIBUTION PANEL E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-20 212 EPD 14 ED-21A 125 V DC DISTRIBUTION PANEL E1-1 AB 590 116B S/R N/A ON ON YES E-8 SH.2 ED-02 213 EPD 20 ED-23 METERING SECTION DC BUS E-359-1A AB 607 224 S/R N/A ON ON YES E-8 SH.1 ED-20 214 EPD 2 20 EG-20 DG-1/1 GAUGE PANEL E-359-1 AB 590 116 s 9
- N/A N/A NO N/A N/A 215 EPD 2 20 EG-21 DG-1/1 STARTER BOX E-359-1 AB 590 116 s 9 N/A N/A NO N/A N/A 216 EPD 1 20 EG-30 DG-1/2 GAUGE PANEL E-359-1 AB 590 116B s 9 N/A N/A NO N/A N/A 217 EPD 20 EG-31 DG"1/2 STARTER BOX E-359-1 AB 590 116B s 9 N/A N/A NO N/A N/A 218 EPD 20 EJ-1002 CONTROL ROOM HVAC CONTROLS E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 219 EPD 2 20 EJ-1003 CONTROL ROOM HVAC CONTROLS E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 220 EPD 20 EJ-1005 AUX. FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 221 EPD 2 20 EJ-1005 AUX FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 222 EPD 20 EJ-1006 AUX. FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 223 EPD 2 20 EJ-1006 AUX FEEDWATER RELAY CONTROL E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 224 EPD 2 20 EJ-1051 AUX FEEDWATER CONTROLS E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 225 EPD 20 EJ-1052 AUX. FEEDWATER RELAY CONTROLS E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 226 EPD 20 EJ-1088 VC-10 CONTROLS E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 227 EPD 2 20 EJ-1089 VC-11 CONTROL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 228 EPD 1 20 EJ-1092 CONTROL ROOM HVAC VC-10 CONTROLS E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 229 EPD 2 20 EJ-1093 CONTROL ROOM HVAC VC-11 CONTROLS E-361-1 AB 625 325 s 9 N/A N/A NO N/A N/A 230 EPD 20 EJ-1126 VC-10 RELAY PANEL E-1168-1 AB 625 300A s 9 N/A N/A NO N/A N/A 231 EPD 2 20 EJ-1127 VC-11 RELAY PANEL E-1168-1 AB 625 300 s 9 N/A N/A NO N/A N/A 232 EPD 2 20 EJ-1143 M0-0753 DISCONNECT 8/2327 E-362 AB 590 123 s 9 N/A N/A NO N/A N/A 233 EPD 2 20 EJ-1144 M0-0760 DISCONNECT 8/2427 E-362 AB 590 123 s 9 N/A N/A NO N/A N/A CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _°t:>~o..,=--=E'---"'f<'.~N~o~nt~N---=-E~fi"~S~--~<!e-c t_ ~~ s/3/qs- ~C-P.y-cfv s/!/95* Print or type Name/Title Signature Date' I Print or type Name/TitlJe Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 9 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev systems or Components 234 EPD 20 EJ-214 T-40 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A 235 EPD 2 20 EJ-214 T-40 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A I 236 EPD 1 20 EJ-245 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 147 s 9 N/A N/A NO N/A N/A 237 EPD 2 20 EJ-245 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 147 s 9 N/A N/A NO N/A N/A 238 EPD 1 20 EJ-246 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 146 s 9 N/A N/A NO N/A N/A 239 EPD 2 20 EJ-246 DIESEL OIL TRANSFER PUMPS E-259-1 AB 590 146 s 9 N/A N/A NO N/A N/A 240 EPD 1 20 EJ-43 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A 241 EPD 2 20 EJ-43 DIESEL FUEL TRANSFER E-375 TB 590 136 s 9 N/A N/A NO N/A N/A 242 EPD 20 EJ-44 DIESEL FUEL TRANSFER E-367 TB 590 124 s 9 N/A N/A NO N/A N/A 243 EPD 2 20 EJ-44 DIESEL OIL TRANSFER E-367 TB 590 124 s 9 N/A N/A NO N/A N/A 244 EPD 20 EJ-540 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 s 9 N/A N/A NO N/A N/A 245 EPD 2 20 EJ-540 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 s 9 N/A N/A NO N/A N/A 246 EPD 20 EJ-541 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 s 9 N/A N/A NO N/A N/A 247 EPD 2 20 EJ-541 CONTAINMENT ISOLATION RELAYS E-359-1A AB 607 224 s 9 N/A N/A NO N/A N/A 248 EPD 2 20 EJ-593 P-55B&C TRANSFER SWITCH E-356 AB 590 104B s 9 N/A N/A NO N/A N/A 249 EPD 1 20 EJ-594 P-55 B&C TRANSFER SWITCH E-356 AB 590 104A s 9 N/A N/A NO N/A N/A 250 EPD 2 20 EJ-594 P-55B&C TRANSFER SWITCH E-356 AB 590 104A s 9 N/A N/A NO N/A N/A 251 EPD 20 EJ-79 DIESEL FUEL DAY TANKS E-381 TB 590 707 s 9 N/A N/A NO N/A N/A 252 EPD 2 20 EJ-79 DIESEL FUEL DAY TANKS E-831 TB 590 707 s 9 N/A N/A NO N/A N/A 253 EPD 1 20 EJ-9400 BUS 1-C UNDER VOLTAGE RELAYS E-359-12 AB 590 116A s 9 N/A N/A NO N/A N/A 254 EPD 2 20 EJ-9400 BUS 1-C UNDERVOLTAGE RELAYS E-359-12 AB 590 116A s 9 N/A N/A NO N/A N/A 255 EPD 20 EJ-9401 BUS 1-D UNDER VOLTAGE RELAYS E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 256 EPD 2 20 EJ-9401 BUS 1-D UNDERVOLTAGE RELAYS E-359-17 AB 607 223 s 9 N/A N/A NO N/A N/A 257 EPD 1 20 EJL-256 P-55B TRANSFER SWITCH E-356 AB 590 104A s 9 N/A N/A NO N/A N/A 258 EPD 2 20 EJL-257 P-55C TRANSFER SWITCH E-356 AB 590 104B s 9 N/A N/A NO N/A N/A 259 EPD 2 20 EJL-258 ED-01 FUSE BOX E-359-2 AB 607 225A s 9 N/A N/A NO N/A N/A 260 EPD 1 20 EJL-259 ED-02 FUSE BOX E-359-2 AB 607 225 s 9 N/A N/A NO N/A N/A 261 EPD 2 20 EJL-263 AUX FEEDWATER CONTROLS E-362 AB 590 123 s 9 N/A N/A NO N/A N/A 262 EPD 2 20 EJL-264 AUX FEEDWATER CONTROLS E-362 AB 590 123 s 9 N/A N/A NO N/A N/A 263 EPD 20 EJL-422 72-02 BREAKER BOX E-359-2 AB 607 225 s 9 N/A N/A NO N/A N/A 264 EPD 2 20 EJL-423 72-01 BREAKER BOX E-359-2 AB 607 225A s 9 N/A N/A NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) l>.l.'.l..<:C?....L11:.1-.DLIJ.kf.~~="~s--~ ~ ~ __,l:>=e=r.:i,,___,E.=--....Ll<.l...l... Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 10 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 265 EPD 2 9 EMG-0501 CRANKCASE EXHAUST M-214-1 AB 590 116 S/R N/A OFF ON YES M-12 SH.18(2) EC-22;EG-20;EG-21;EX-67 266 EPD 2 9 EMG-0502 CRANKCASE EXHAUST M-214-1 AB 590 116 S/R N/A OFF ON YES M-12 SH.18(2) EC-22;EG-20;EG-21;EX-67 267 EPD 9 EMG-0503 CRANKCASE EXHAUST M-214-1 AB 590 116B S/R N/A OFF ON YES M-12 SH.18(2) EC-26;EG-30;EG-31;EX-66 268 EPD 9 EMG-0504 CRANKCASE EXHAUST M-214-1 AB 590 116B S/R N/A OFF ON YES M-12 SH.18(2) EC-26;EG-30;EG-31;EX-66 269 RCPC 2 EU-1 SCR CONTROLLER-HEATERS M-201-2 RB 590 143 S/R N/A ON/OFF ON/OFF YES E-254 SH.1 EB-15;EX-15;EC-02 270 RCPC 1 1 EU-2 SCR CONTROLLER-HEATERS M-201-2 RB 590 143 S/R N/A ON/OFF ON/OFF YES E-253 SH.1 EB-16;EX-16;EC-02 271 EPD 2 4 EX-11 2400/480 VOLT TRANSFORMER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 EA-11 272 EPD 4 EX-12 2400/480 VOLT TRANSFORMER E1-1 AB 607 224 S/R N/A ON ON YES E-4 SH.1 EA-12 273 EPD 2 4 EX-15 2400/480 VOLT TRANSFORMER E1-1 RB 590 143 S/R N/A ON ON YES E-3-1; E-4-1 EA-11;EA-13 274 EPD 1 4 EX-16 2400/480 VOLT TRANSFORMER E1-1 RB 590 143 S/R N/A ON ON YES E-4 SH.1 EA-12 275 EPD 2 4 EX-19 2400/480 VOLT TRANSFORMER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 EA-11 276 EPD 1 4 EX-20 2400/480 VOLT TRANSFORMER E1-3 AB 607 725 S/R N/A ON ON YES E-4 SH.2 EA-12 2n RRC 2 4 EX-63 CONTROL ROD CLUTCH TRANSFORMER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 278 RRC 4 EX-64 CONTROL ROD CLUTCH TRANSFORMER M1-Q-1198 AB 607 224 S/R N/A ON OFF NO E-212 SH.1 EC-06 279 EPD 4 EX-66 DG-1/2 EXHAUSTER TRANSFORMER E1-1 AB 590 116B S/R N/A OFF ON YES VM-12-18(2) K-6B 280 EPD 2 4 EX-67 DG-1/1 EXHAUSTER TRANSFORMER E1-1 AB 590 116 S/R N/A OFF ON YES VM-12-18(2) K-6A 281 EPD 2 14 EY-10 120 V AC PANEL #1 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-06 282 EPD 1 14 EY-20 120 V AC PANEL #2 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-07 283 EPD 2 14 EY-30 120 V AC PANEL #3 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-08 284 EPD 1 14 EY-40 120 V AC PANEL #4 E1-1 AB 607 224 S/R N/A ON ON YES E-8 SH.2 ED-09 285 RCPC 1 18 FI-0212 CHARGING PUMP LOCAL FLOW IND. M-202-18 AB 590 106 S 34 ON ON NO N/A OPERATOR ACTION 286 RCPC 2 18 FI-0212 CHARGING PUMP LOCAL FLOW IND. M-202-18 AB 590 106 S 34 ON ON NO N/A OPERATOR ACTION 287 OHR 2 18 FT-0727 P-8A/B FLOW TRANSMITTER M-207-2 AB 590 123 S/R N/A N/A N/A YES E-79 SH.3,3A&B EJ-1051;EY-10 288 OHR 1 18 FT-0736A E-50B STEAM FLOW TRANS. M-207-2 AB 570 005 S/R N/A N/A N/A YES E-79 SH.3E,F,G EJ-1052;EY-20 289 OHR 18 FT-0737A E-50A STEAM FLOW TRANS. M-207-2 AB 570 005 S/R N/A N/A N/A YES E-79 SH.3E,F,G EJ-1052;EY-20 290 OHR 2 18 FT-0749 P-8A/B FLOW TRANSMITTER M-207-2 AB 590 123 S/R N/A N/A N/A .YES E-79 SH.3,3A,3B EJ-1051;EY-10 291 OHR 2 18 l/P-0727 E-50B FLOW CONTROL M-207-2 AB 590 123 S/R N/A ON ON/OFF YES E-79 SH.3 A&B EC-01;EC-33;EJ-CERTI Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _])=-="'""'t-l::;...._E;;;;;..._....:;..K..:..:'N=o_,1fl.._JJ...,"""e.=1\ci"::..s'-----~ } ~u. ;_ ; .I
--'-"IJ'--=a"-=ty~E'-'-.-=E~n~---i--=-IY_ _ Ar~ e ~u s;b,/r 5 Print or type Name/Title Signature Date Print or type Name/Titl;el Signature /I Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 11 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 1005;EJ-1051;EJL-292 OHR 18 l/P-0736A E-50B FLOW CONTROL M-207-2 AB 570 005 S/R N/A ON OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ
-1006;EJ-10 293 OHR 18 l/P-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 S/R N/A ON OFF NO E-79 SH.3E,F,G EC-01;EC-33;EC-187;EJ
-1006;EJ-10 294 OHR 2 18 l/P-0749 E-50A FLOW CONTROL M-207-2 AB 590 123 S/R N/A ON ON/OFF YES E-79 SH.3 A&B EC-01;EC-33;EJ-1005;EJ-1051;EJL-295 HVAC 2 18 l/P-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S/R N/A ON OFF NO E-270 SH.5 EC-11A;EC-188A 296 HVAC 1 18 l/P-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S/R N/A ON OFF NO E-270 SH.5 EC-11A;EC-188B 297 OHR 2 17 K-6A DIESEL GENERATOR 1-1 M-208-1A AB 590 116 S/R N/A OFF ON YES E-140;M-12 EC-22;ED-01;ED-11A;K-6A 298 OHR 17 K-6B DIESEL GENERATOR 1-2 M-208-1A AB 590 116B S/R N/A OFF ON YES E-140; M-12 EC-26;ED-02;ED-21A;K-6B 299 EPD 2 18 LC-1482 JACKET WATER LEVEL CONTROL M-214-1 AB 590 116 S N/A CLOSED OP/CL NO N/A MECHANICAL ACTION 300 EPD 18 LC-1492 JACKET WATER LEVEL CONTROL M-214-1 AB 590 116B S N/A CLOSED OP/CL NO N/A MECHANICAL ACTION 301 RCPC 1 18 LS-0327 SIRW LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 302 RCPC 2 18 LS-0327 SIRW LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 303 RCPC 1 18 LS-0328 SIRW LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 304 RCPC 2 18 LS-0328 SIRW LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 305 RCPC 1 18 LS-0329 SIRW TANK LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 306 RCPC 2 18 LS-0329 SIRW TANK LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 307 RCPC 1 18 LS-0330 SIRW TANK LOW LEVEL SWITCH M-204-18 AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 308 RCPC 2 18 LS-0330 SIRW TANK LOW LEVEL SWITCH M-204-1B AB 649 808 S/R N/A CLOSED OPEN NO E-207 SH.1 EC-13 309 EPD 2 18 LS-1417 DG-1/1 CONTROL LEVEL M-214-1 AB 590 146 S/R N/A OPEN OP/CL YES E-140SH.1A EG-21;EJ-246 310 EPD 2 18 LS-1418 DG-1/1 CONTROL LEVEL M-214-1 AB 590 146 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-21;EJ-246 311 EPD 1 18 LS-1452 DG-1/2 CONTROL LEVEL M-214-1 AB 590 147 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-31;EJ-245 312 EPD 18 LS-1453 DG-1/2 CONTROL LEVEL M-214-1 AB 590 147 S/R N/A OPEN OP/CL YES E-140 SH.1A EG-31;EJ-245 313 EPD 2 18 LS-1470 DG-1/1 SUMP STOP FILL LEVEL M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; M-12-97 EG-21 314 EPD 1 18 LS-1471 DG-1/2 SUMP STOP FILL LEVEL M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; M-12-104 EG-31 315 EPD 2 18 LS-1472 DG-1/1 SUMP START FILL LEVEL M-214-1 AB 590 116 S/R N/A OPEN OP/CL YES E-140; M-12-97 EG-21 316 EPD 18 LS-1473 DG-1/2 SUMP START FILL LEVEL M-214-1 AB 590 116B S/R N/A OPEN OP/CL YES E-140; M-12-104 EG-31 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _!>_o""""i->_E=--_,_\<.....,...,.....p_iti....,IY.._.f._..B,"'"'\)=.S.____ _~ ~ ~=nh e Print or type Name/Title Signature Print or type Name/Titl:J
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 12 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID NlJllber System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev systems or Components 317 RCPC 2 18 LT-0102 PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-82 SH.5 EY-10;EC-12 318 RCPC 1 18 LT-0103 PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-82 SH.3 EY-20;EC-12 319 RCPC 1 18 LT-0331 SIRW TANK LOW LEVEL TRANSMITTER M-204-18 AB 649 808 S/R N/A N/A N/A YES E-87 SH.1 EY-20;EC-13 320 RCPC 2 18 LT-0332A SIRW TANK LOW LEVEL TRANSMITTER M-204-18 AB 649 808 S/R N/A N/A N/A YES E-87 SH.1A EY-10;EC-13 321 OHR 2 18 LT-0757A WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2 EC-11;EC-12;EY-10 322 OHR 1 18 LT-0757B WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2 EC-11;EC-12;EY-20 323 OHR 2 18 LT-0758A WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2A EC-11;EC-12;EY-10 324 OHR 18 LT-0758B WIDE RANGE LEVEL TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-78 SH.2A EC-11;EC-12;EY-20 325 OHR 2 18 LT-2021 T-2 LEVEL TRANSMITTER M-220-1 TB 590 OUTSIDE S/R N/A N/A N/A YES E-87 SH.6 EC-13;EY-30 326 OHR 1 18 LT-2022 T-2 LEVEL TRANSMITTER M-220-1 TB 590 OUTSIDE S/R N/A N/A N/A YES E-87 SH.6 EC-13;EY-20 327 OHR 8 M0-0748 E-50B ISOLATION M-207-2 AB 570 005 S/R N/A OPEN OP/CL YES E-1179 SH.1,2 EB-22;EC-11;EC-187;EJ
-1005 328 OHR 8 M0-0754 E-50A ISOLATION M-207-2 AB 570 005 S/R N/A OPEN OP/CL YES E-1174 SH.1,2 EB-24;EC-11;EC-187;EJ
-1005 329 RCPC 2 8 M0-1042A POWER RELIEF ISOL. M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-242 SH.4 EB-25;EC-02 330 RCPC 1 8 M0-1043A POWER RELIEF ISOL. M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-242 SH.4 EB-26;EC-02 331 RCPC 1 8 M0-2087 VOL. CONTROL TANK ISOL. M-202-1A AB 590 100 S/R 12 OPEN CLOSED NO E-242 SH.1 EC-33;EC-02;EC-13;EC-12;0PERATOR 332 RCPC 2 8 M0-2087 VOL. CONTROL TANK ISOL. M-202-1A AB 590 100 S/R 12 OPEN CLOSED YES E-242 SH.1 EB-01;EC-33;EC-02;EC-13;EC-12 333 RCPC 1 8 M0-2140 BORIC ACID PUMP FEED ISOL. M-202-1A AB 590 107 S/R N/A CLOSED OPEN YES E-241 EJ-9401;EC-04;EC-12;EB-02;EC-02; 334 RCPC 1 8 M0-2160 SIRW TO CHARGING PUMP M-202-1A AB 590 107 S/R 12 CLOSED OP/CL YES E-242 SH.1 EB-02;EC-33;EC-02;EC-13;EC-12 335 RCPC 2 8 M0-2160 SIRW TO CHARGING PUMPS ISOLATION M-202-1A AB 590 107 S/R 12 CLOSED OP/CL NO E-242 SH.1 EC-33;EC-02;EC-13;EC-12;0PERATOR 336 RCPC 2 8 M0-2169 BORIC ACID GRAVITY FEED M-202-1A AB 590 107 S/R N/A CLOSED OPEN YES E-241 EC-02;EC-13;EC-33;EJ-9400;EB-01; 337 RCPC 2 8 M0-2170 BORIC ACID GRAVITY FEED M-202-1A AB 590 107 S/R . N/A CLOSED OPEN YES E-241 EC-02;EC-13;EC-33;EJ-9400;EB-01; 338 EPD 1 20 N-61 VENT FAN V-240 STARTER BOX E-359-1 AB 590 116B s 9 N/A N/A NO N/A N/A CERTI F!CATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of systems or Operations Engineers) J I
~kC-~.-4 s/s/'i5 Signature Date Signature / Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 13 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 339 EPD 2 20 N-69 VENT FAN V-24B STARTER BOX E-359-1 AB 590 116 s 9 N/A N/A NO N/A N/A 340 EPD 2 20 N-81 VENT FAN V-24A STARTER BOX E-359-1 AB 590 116 s 9 N/A N/A NO N/A N/A 341 EPD 1 20 N-93 VENT FAN V-24C STARTER BOX E-359-1 AB 590 116B s 9 N/A N/A NO N/A N/A 342 OHR 2 0 N2-1 NITROGEN BACKUP STATION 1 M-222-2 AB 590 123 S N/A N/A N/A NO N/A N/A 343 OHR 2 0 N2-1A NITROGEN BACK-UP STATION 1-A M-222-2 AB 590 123 S N/A .N/A N/A NO N/A N/A 344 EPD 1 5 P-18A FUEL OIL TRANSFER PUMP M-214-1 TB 590 136 S/R N/A OFF ON/OFF YES E-178 SH.1 EB-08;EG-21;EG-31;EJ-43;EJ-44;EJ 345 EPD 2 5 P-18B FUEL OIL TRANSFER PUMP M-214-1 TB 590 136 S/R N/A OFF ON/OFF YES E-178 SH.2 EB-01;EJ-43;EJ-44;EJ-79;EJ-214;E 346 EPD 2 0 P-209A DG-1/1 FUEL OIL BOOSTER PP. M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 347 EPD 0 P-209B FUEL OIL BOOSTER PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 348 EPD 2 0 P-210A DG-1/1 FUEL OIL PRIMING PP. M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 349 EPD 0 P-210B FUEL OIL PRIMING PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 350 EPD 2 0 P-211A JACKET WATER PUMP M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 351 EPD 0 P-211B JACKET WATER PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 352 EPD 2 0 P-212A K-6A LUBE OIL BOOSTER PUMP M-214-1 AB 590 116 S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 353 EPD 0 P-212B K-6B LUBE OIL BOOSTER PUMP M-214-1 AB 590 116B S N/A OFF ON/OFF NO N/A MECHANICAL ACTION 354 RCPC 1 5 P-54A CONTAINMENT SPRAY PUMP M-204-1A AB 570 004 S 36 OFF OFF NO N/A N/A 355 RCPC 2 5 P-54A CONTAINMENT SPRAY PUMP M-204-1A AB 570 004 S 36 OFF OFF NO N/A N/A 356 RCPC 1 5 P-54B CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 357 RCPC 2 5 P-54B CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 358 RCPC 1 5 P-54C CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 359 RCPC 2 5 P-54C CONTAINMENT SPRAY PUMP M-204-1 AB 590 005 S 36 OFF OFF NO N/A N/A 360 RCPC 1 5 P-55B CHARGING PUMP B M-202-1B AB 590 104A S/R N/A OFF ON/OFF YES E-257 SH.1 EJ-594;EJL-256;EB-12;EC-12;EC-13 361 RCPC 2 5 P-55C CHARGING PUMP C M-202-1B AB 590 104B S/R N/A OFF ON/OFF YES E-257 SH.2 EJL-257;EJ-593;EB-11 ;EC-12;EC-13 362 RCPC 1 5 P-56A BORIC ACID PUMP M-202-1A AB 590 107A S/R N/A OFF ON/OFF YES E-203 EB-02;EC-02;EC-13;EC-12 363 OHR 1 6 P-7A SERVICE WATER PUMP M-213 TB 590 136 S/R N/A ON ON YES E-154 SH.1 EA-12;EC-08;EC-12;EC-13 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _J:>s.~..,,.!.,)'---"'C=--....1...\(,""",_,,,_,o,.....J!'i..uNL.=....1:::e::..i..:~u.\)=5'----~L ')Ll\; .. >, Print or type Name/Title Signature Oat~ I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSSL) Page 14 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 364 OHR 2 6 P-7B SERVICE WATER PUMP M-213 TB 590 136 S/R N/A ON ON YES E-154 SH.1 EA-11;EC-08;EC-12;EC-13 365 OHR 1-0P 6 P-7C SERVICE WATER PUMP M-213 TB 590 136 S/R N/A ON ON YES E-154 SH.2 EA-12;EC-08;EC-12;EC-13 366 OHR 2 5 P-8A MOTOR DRIVE AUX FEED PUMP M-207-2 TB 570 007 S/R N/A ON ON YES E-196 SH.1,2,3 EA-11;EC-01;EC-11;EC-13;EC-187;E 367 OHR 5 P-8C MOTOR DRIVEN AUX FEED PUMP M-207-2 AB 570 005 S/R N/A ON ON YES E-196 SH.8 EA-12;EC-01;EC-11;EC-13;EC-187;E 368 EPD 2 0 P-905A K-6A PRE-LUBE OIL PRIMING PUMP M-214-1 AB 590 116 S N/A. ON ON/OFF NO N/A MECHANICAL ACTION 369 EPD 0 P-905B K-6B PRE-LUBE OIL PRIMING PUMP M-214-1 AB 590 116B S N/A ON ON/OFF NO N/A MECHANICAL ACTION 370 HVAC 2 18 P/P-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S N/A ON OFF NO N/A N/A 371 HVAC 1 18 P/P-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S N/A ON OFF NO N/A N/A 372 EPD 2 18 Pl-1475 DG-1/1 FUEL OIL PRESS. M-214-1 AB 590 116 S 34 ON ON NO N/A OPERATOR ACTION 373 EPD 2 18 PI-1478 K-6A LUBE OIL PRESSURE INDICATOR M-214-1 AB 590 116 S 34 ON ON NO N/A OPERATOR ACTION 374 EPD 2 18 PI-1482 JACKET WATER PRESS. IND. M-214-1 AB 590 116 S 34 ON ON NO N/A OPERATOR ACTION 375 EPD 1 18 PI-1485 DG-1/2 FUEL OIL PRESS. M-214-1 AB 590 116B S 34 ON ON NO N/A OPERATOR ACTION 376 EPD 18 PI-1488 K-6B LUBE OIL PRESSURE INDICATOR M-214-1 AB 590 116B S 34 ON ON NO N/A OPERATOR ACTION 377 EPD 18 PI-1492 JACKET WATER PRESS. GAUGE M-214-1 AB 590 116B S 34 ON ON NO N/A OPERATOR ACTION 378 HVAC 2 0 P0-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S N/A OPEN CLOSED NO N/A N/A 379 HVAC 1 0 P0-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S N/A OPEN CLOSED NO N/A N/A 380 HVAC 2 0 P0-1663 V-95 DAMPER D-3 M-218-6 AB 625 300 S N/A OPEN OPEN NO N/A N/A 381 HVAC 1 0 P0-1664 V-96 DAMPER D-10 M-218-6 AB 625 300A S N/A OPEN OPEN NO N/A N/A 382 HVAC 2 0 P0-1711 MODULATING DAMP. D-20 M-218-6A AB 625 300 S/R N/A OPEN OPEN NO E-271 SH.19 EB-25;EJ-1001 383 HVAC 1 0 P0-1712 MODULATING DAMP. D-21 M-218-6A AB 625 300A S/R N/A OPEN OPEN NO E-271 SH.19 EB-26;EJ-1000 384 HVAC 2 0 P0-1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S N/A CLOSED OPEN NO N/A N/A 385 HVAC 1 0 P0-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S N/A CLOSED OPEN NO N/A N/A 386 HVAC 2 0 P0-1745 OUTSIDE AIR DAMP. D-7 M-218-6A AB 625 300 S/R N/A CLOSE~ CLOSED NO E-271 SH.6 EB-25;EC-186A;EJ-1001 387 HVAC 1 0 P0-1746 OUTSIDE AIR DAMP. D-14 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-26;EC-186B;EJ-1000 388 HVAC 1 0 P0-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B S N/A CLOSED CLOSED NO N/A N/A 389 HVAC 2 0 P0-1758 V-94 DAMPER D-16 M-218-6 AB 625 300B S N/A CLOSED CLOSED NO N/A N/A 390 DGV 1 0 P0-1834 DAMPER 024 M-218-5 AB 590 116B S N/A CLOSED CLOSED NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _-p_"~N~E~k;~....,~<2~1tN
...........-£.......R.......______ ~~ t.. ~
\2...s I J Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 15 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 391 DGV 2 0 P0-1843 DAMPER 025 M-218-5 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 392 OHR 2 18 POC*0727 E-50B FLOW CONTROL BYPASS M-207-2 AB 590 123 s 19 ON ON/OFF NO N/A l/P-0727 393 OHR 1 18 POC*0736A E-50B FLOW CONTROL M-207-2 AB 570 005 s 19 ON ON/OFF NO N/A l/P-0736A 394 OHR 18 POC-0737A E-50A FLOW CONTROL M-207-2 AB 570 005 s 19 ON ON/OFF NO N/A I/P-0737A 395 OHR 2 18 POC*0749 E-50A FLOW CONTROL BYPASS M-207-2 AB 590 123 s 19 ON ON/OFF NO N/A l/P-0749 396 HVAC 2 18 POS-1711 MODULATING DAMP. D-20 M-218-6A AB 625 300 S/R N/A CLOSED CLOSED YES E-271-3,4,5 EB-25;EC-11A;EC-186A;EJ-1001 397 HVAC 1 18 POS-1712 MODULATING DAMP. D-21 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED YES E-271 SH.3,4,5 EB-26;EC-11A;EC-186B;EJ-1000 398 HVAC 2 18 POS-1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S/R N/A OPEN CLOSED YES E-271-3,4,5 EB-25;EC-11A;EC-186A;EJ-1001 399 HVAC 1 18 POS-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S/R N/A OPEN CLOSED YES E-271 SH.3,4,5 EB-26;EC-11A;EC-186B;EJ-1000 400 HVAC 2 18 POS-1745 OUTSIDE AIR DAMP. D-7 M-218-6A AB 625 300 S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-25;EC-186A;EJ-1001 401 HVAC 1 18 POS-1746 OUTSIDE AIR DAMP. D-14 M-218-6A AB 625 300A S/R N/A CLOSED CLOSED NO E-271 SH.6 EB-26;EC-186B;EJ-1000 402 HVAC 1 18 POS-1758 D-94 DAMPER D-16 M-218-6 AB 625 300B. S/R N/A CLOSED CLOSED NO E-271 SH.12 EC-186B;EJ-1000 403 RCPC 2 8 PRV-1042B POWER OPERATED RELIEF M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-256 SH.1 ED-11;EC-02;EC-12 404 RCPC 1 8 PRV-1043B POWER OPERATED RELIEF M-201-2 RB 649 424 S/R N/A CLOSED OP/CL YES E-256 SH.1A ED-21;EC-02;EC-12 405 OHR 1 18 PS-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0779A 406 OHR 2 18 PS-0779 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-11;SV-0779A 407 OHR 1 18 PS-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CLOSED YES E-238 SH.1A,2 EC-182;ED-21;SV-0780A 408 OHR 2 18 PS-0780 E-50B STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0780A 409 OHR 1 18 PS-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0781A 410 OHR 2 18 PS-0781 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED Cl:.OSED YES E-238 SH.1A,2 EC-182;ED-11;SV-0781A 411 OHR 18 PS-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED CL:.QSED YES E-238 SH.1A,2 EC-182;ED-21;SV-0782A 412 OHR 2 18 PS-0782 E-50A STEAM DUMP CONTROL M-207-1 AB 625 338R S/R 8 CLOSED OPEN NO E-238 SH.1A,2 EC-182;SV-0782A 413 EPD 2 18 PS-1476 K-6A LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116 S/R N/A OPEN OPEN NO M-12(1) K-6A 414 EPD 1 18 PS-1486 K-6B LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116B S/R N/A OPEN OPEN NO M-12 SH.105(1) K-6B 415 EPD 2 18 PS-1496 K-6A LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116 S/R N/A OPEN OPEN NO N/A N/A 416 EPD 18 PS-1497 K-6B LUBE OIL PRESSURE SWITCH M-214-1 AB 590 116B S/R N/A OPEN OPEN NO M-12 SH.105(1) K-6B 417 HVAC 2 18 PS-1675 VC-11 SUCTION PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) -~==w-=---=E__._l<,_..,w=o'tt N"""'f...._R...._\)x....::;..S._ _ _ %,,,___ t_ ~ *' s/s/r5 I Print or type Name/Title Signature Date Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 16 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 418 HVAC 1 18 PS-1676 VC-10 SUCTION PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 419 HVAC 2 18 PS-16n VC-11 DISC. PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 420 HVAC 1 18 PS-1678 VC-10 DISC. PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 421 HVAC 2 18 PS-1687 VC-11 COMPRESSOR OIL PRESS. M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 422 HVAC 1 18 PS-1688 VC-10 COMPRESSOR OIL PRESS. M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 423 HVAC 2 18 PS*1699 VC-11 PUMP DOWN M-218-7 AB 625 300 S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1089;EJ-1127 424 HVAC 1 18 PS-1700 VC-10 PUMP DOWN CYCLE M-218-7 AB 625 300A S/R N/A OPEN OPEN NO M-91-37;E-270-7 EJ-1088;EJ-1126 425 RCPC 2 18 PT-0105A PRESSURIZER WIDE RANGE PRESS. M-201-2 RB 590 143 S/R N/A N/A N/A YES E-84 SH.6 EY-30;EC-12 426 RCPC 1 18 PT-0105B PRESS. LEVEL CHAN. A M-201-2 RB 590 143 S/R N/A N/A N/A YES E-84 SH.6A EY-40;EC-12 427 OHR 2 18 PT-0741A P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 428 OHR 2 18 PT-0741B P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 429 OHR 2 18 PT-074100 P-8A/B LOW SUCTION M-207-2 TB 570 007 S/R N/A N/A N/A YES E-81 SH.3,4 EJ-1051;EY-10 430 OHR 2 18 PT-0751C E50A LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-30 431 OHR 18 PT-07510 E50A LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-40 432 OHR 2 18 PT-0752C E-50B LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-30 433 OHR 18 PT-07520 E-50B LOW PRESSURE TRANS. M-207-1 RB 590 142 S/R N/A N/A N/A YES E-83 SH.3 EC-06;EC-12;EC-187;EY
-40 434 OHR 18 PT-0762A LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8, 10 EC-11;ED-21;EJ-1006;EJ-1052 435 OHR 18 PT-0762B LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 436 OHR 18 PT-0762C - LOW SUCTION PRESSURE TRIP M-207-2 AB 570 005 S/R N/A N/A N/A YES E-196 SH.8,10 EC-11;ED-21;EJ-1006;EJ-1052 437 RCPC 1 7 RV-0401 SHUTDOWN COOLING RELIEF M-204-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 438 RCPC 2 7 RV-0401 SHUTDOWN COOLING RELIEF M-204-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 439 RCPC 1 7 RV-0402 SHUTD COOL. HX E-60A TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 440 RCPC 2 7 RV-0402 SHUTD COOL. HX E-60A TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 441 RCPC 1 7 RV-0403 SHUTD COOL. HX E-60B TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _1)_~~..J~E....._l<-~'N~"'~'lt).>.......,...s:__g......,\)~S~--~ L 'U~;j;\;,.,, "° Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 17 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 442 RCPC 2 7 RV-0403 SHUTD COOL. HX E-60B TUBE SIDE M-204-1 AB 570 005 s N/A CLOSED CLOSED NO N/A N/A 443 OHR 1 7 RV-0701 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 444 OHR 2 7 RV-0701 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 445 OHR 7 RV-0702 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 446 OHR 2 7 RV-0702 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 447 OHR 1 7 RV-0703 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 448 OHR 2 7 RV-0703 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 449 OHR 7 RV-0704 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 450 OHR 2 7 RV-0704 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 451 OHR 7 RV-0705 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 452 OHR 2 7 RV-0705 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 453 OHR 1 7 RV-0706 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 454 OHR 2 7 RV-0706 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 455 OHR 1 7 RV-0707 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 456 OHR 2 7 RV-0707 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 457 OHR 7 RV-0708 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 458 OHR 2 7 RV-0708 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 459 OHR 7 RV-0709 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 460 OHR 2 7 RV-0709 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 461 OHR 1 7 RV-0710 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 462 OHR 2 7 RV-0710 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 463 OHR 1 7 RV-0711 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 464 OHR 2 7 RV-0711 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 465 OHR 1 7 RV-0712 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 466 OHR 2 7 RV-0712 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 467 OHR 7 RV-0713 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 468 OHR 2 7 RV-0713 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 469 OHR 1 7 RV-0714 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 470 OHR 2 7 RV-0714 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 471 OHR 7 RV-0715 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 472 OHR 2 7 RV-0715 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A CERTI Fl CATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ---eD=o:.s.:N,,__,,E.=--..,,\(."""w""":)o....ir~rv~e:...,Rllo..-""")..._s_ _ * -~'YY~ ~~::._ Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 18 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 473 OHR 7 RV-0716 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 474 OHR 2 7 RV-0716 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 475 OHR 1 7 RV-0717 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 476 OHR 2 7 RV-0717 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 477 OHR 1 7 RV-0718 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 478 OHR 2 7 RV-0718 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 479 OHR 1 7 RV-0719 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 480 OHR 2 7 RV-0719 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 481 OHR 7 RV-0720 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 482 OHR 2 7 RV-0720 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED .CLOSED NO N/A N/A 483 OHR 7 RV-0721 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 484 OHR 2 7 RV-0721 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 485 OHR 7 RV-0722 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 486 OHR 2 7 RV-0722 S/G B RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 487 OHR 7 RV-0723 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 488 OHR 2 7 RV-0723 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 489 OHR 1 7 RV-0724 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 490 OHR 2 7 RV-0724 S/G A RELIEF M-207-1 AB 625 338 s N/A CLOSED CLOSED NO N/A N/A 491 OHR 2 7 RV-0783 P-8A/B DISCHARGE RELIEF M-207-2 TB 570 007 s N/A CLOSED CLOSED NO N/A N/A 492 RCPC 1 7 RV-1039 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 493 RCPC 2 7 RV-1039 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 494 RCPC 1 7 RV-1040 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 495 RCPC 2 7 RV-1040 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 496 RCPC 1 7 RV-1041 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 497 RCPC 2 7 RV-1041 PRESS. RELIEF M-201-2 RB 649 424 s N/A CLOSED CLOSED NO N/A N/A 498 EPD 2 7 RV-1475 FUEL OIL PRIMING LINE RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 499 EPD 2 7 RV-1476 DG-1/1 FUEL OIL RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 500 EPD 2 7 RV-1478 K-6A LUBE OIL RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 501 EPD 2 7 RV-1479 T-31A RELIEF. M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 502 EPD 2 7 RV-1480 T-31B RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 503 EPD 7 RV-1485 DG-1/2 FUEL PRIMING RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) _.,lJ~ci-=ct..:i--=E_K....._>>""""p"'""'Jt..._,N.,.._E.....,~.......,\),,_,.,,S'-----~"'"=- l. ~ J 5 B/qs-1 Print or type Name/Title Signature Date I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 19 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 504 EPD 1 7 RV-1486 DG-1/2 FUEL OIL RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 505 EPD 1 7 RV-1488 K-6B LUBE OIL RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 506 EPD 1 7 RV-1489 T-31C RELIEF VALVE M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 507 EPD 1 7 RV-1490 T-31D RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 508 HVAC 1 7 RV-1685 VC-11 SAFETY RELIEF M-218-7 AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 509 HVAC 2 7 RV-1685 VC-11 SAFETY RELIEF M-218-7 AB 625 300 s N/A CLOSED CLOSED NO N/A N/A 510 HVAC 1 7 RV-1686 VC-10 SAFETY RELIEF M-218-7 AB 625 300A s N/A CLOSED CLOSED NO N/A N/A 511 HVAC 2 7 RV-1686 VC-10 SAFETY RELIEF M-218-7 AB 625 300A s N/A CLOSED CLOSED NO N/A N/A 512 RCPC 1 7 RV-2006 E-58 INLET RELIEF M-202-1B RB 607 144 s N/A CLOSED CLOSED NO N/A N/A 513 RCPC 2 7 RV-2006 E-58 INLET RELIEF M-202-1B RB 607 144 s N/A CLOSED CLOSED NO N/A N/A 514 RCPC 1 7 RV-2090 P-55A SUCTION RELIEF M-202-1B AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 515 RCPC 2 7 RV-2090 CHARG. P. P-55A SUCTION RELIEF VLV M-202-1B AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 516 RCPC 1 7 RV-2092 P-55A DISC. SAFETY RELIEF M-202-1B AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 517 RCPC 2 7 RV-2092 CHARG. P. P-55A DISC SAFETY RELIEF M-202-1B AB 590 104 s N/A CLOSED CLOSED NO N/A N/A 518 RCPC 1 7 RV-2096 P-55B SUCTION REFIEF M-202-1B AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 519 RCPC 2 7 RV-2096 P-55B SUCTION REFIEF M-202-18 AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 520 RCPC 1 7 RV-2098 P-55B DISC. REFIEF M-202-1B AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 521 RCPC 2 7 RV-2098 P-55B DISC. REFIEF M-202-1B AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 522 RCPC 1 7 RV-2102 P-55C SUCTION RELIEF M-202-1B AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 523 RCPC 2 7 RV-2102 P-55C SUCTION RELIEF M-202-1B AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 524 RCPC 1 7 RV-2104 P-55C DISCHARGE RELIEF M-202-18 AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 525 RCPC 2 7 RV-2104 P-55C DISCHARGE RELIEF M-202-1B AB 590 104B s N/A CLOSED CLOSED NO N/A N/A 526 RCPC 2 7 RV-2230 BORIC ACID TANK RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 527 RCPC 1 7 RV-2231 BORIC ACID TANK RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 528 RCPC 2 7 RV-2231 BORIC ACID TANK RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 529 RCPC 1 7 RV-2232 BORIC ACID DISC. RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 530 RCPC 2 7 RV-2233 P-56B RECIRC RELIEF M-202-1A AB 590 107 s N/A CLOSED CLOSED NO N/A N/A 531 RCPC 2 7 RV-2234 BORIC ACID RECIRC. RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 532 RCPC 1 7 RV-2235 BORIC ACID RECIRC. RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 533 RCPC 1 7 RV-2236 BORIC ACID PREFILTER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 534 RCPC 2 7 RV-2236 BORIC ACID PREFILTER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
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Print or type Name/Title Signature Date Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 20 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power supporting Sys Required Supporting No. No. Train CL. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 535 RCPC 1 7 RV-2237 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 536 RCPC 2 7 RV-2237 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 537 RCPC 1 7 RV-2238 BLENDER RELi EF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 538 RCPC 2 7 RV-2238 BLENDER RELi EF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 539 RCPC 1 7 RV-2239 BLEADER RELi EF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 540 RCPC 2 7 RV-2239 BLENDER RELIEF M-202-1A AB 590 107A s N/A CLOSED CLOSED NO N/A N/A 541 RCPC 1 7 RV-2255 T-54 SUCTION RELIEF M-202-1B AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 542 RCPC 2 7 RV-2255 T-54 SUCTION RELIEF M-202-1B AB 590 104A s N/A CLOSED CLOSED NO N/A N/A 543 OHR 2 7 RV-2273 N2 STA. 1 PRESS. RELIEF M-222-2 AB 590 123 s N/A CLOSED CLOSED NO N/A N/A 544 OHR 2 7 RV-2280 STATION 1-A PRESS. RELIEF M-222-2 AB 590 123 s N/A CLOSED CLOSED NO N/A N/A 545 RCPC 1 7 RV-3161 DRAIN TO QUENCH TANK M-203-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 546 RCPC 2 7 RV-3161 DRAIN TO QUENCH TANK M-203-1 RB 607 236 s N/A CLOSED CLOSED NO N/A N/A 547 RCPC 1 7 RV-3162 LOW PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 548 RCPC 2 7 RV-3162 LOW PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 549 RCPC 1 7 RV-3164 SHUTDOWN COOLING RELIEF M-204-1 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 550 RCPC 2 7 RV-3164 SHUTDOWN COOLING RELIEF M-204-1 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 551 RCPC 1 7 RV-3165 HIGH PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 552 RCPC 2 7 RV-3165 HIGH PRESS. SFTY. INJECT. RFL VLV M-203-2 RB 590 143 s N/A CLOSED CLOSED NO N/A N/A 553 RCPC 1 7 RV-3264 SAFETY INJECT. RELIEF M-203-2 RB 590 144 s N/A CLOSED CLOSED NO N/A N/A 554 RCPC 2 7 RV-3264 SAFETY INJECT. RELIEF M-203-2 RB 590 144 s N/A CLOSED CLOSED NO N/A N/A 555 RCPC 1 7 RV-3266 H.P. PUMPS DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 556 RCPC 2 7 RV-3266 H.P. PUMPS DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 557 RCPC 1 7 RV-3267 P-66A DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 558 RCPC 2 7 RV-3267 P-66A DISCHARGE M-204-1A AB 570 004 s N/A CLOSED CLOSED NO N/A N/A 559 EPD 1 7 RV-PUMP K-6B LUBE OIL BOOSTER PUMP RELIEF M-214-1 AB 590 116B s N/A CLOSED CLOSED NO N/A N/A 560 EPD 2 7 RV-PUMP K-6A LUBE OIL BOOSTER PUMP RELIEF M-214-1 AB 590 116 s N/A CLOSED CLOSED NO N/A N/A 561 OHR 1 8 SV-0502 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 562 OHR 2 8 SV-0505A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED
-11 563 OHR 2 8 SV-0505B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED CERT! FI CATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST CSSSL) Page 21 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID NLlllber System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components
-11 564 OHR 2 8 SV-0507A MAIN STEAM ISOLATION E-50B M-205-1 TB 607 247 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED
-11 565 OHR 2 8 SV-0507B MAIN STEAM ISOLATION E-50A M-205-1 TB 607 247 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-180;ED
-11 566 OHR 8 SV-0508 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 567 OHR 8 SV-0513 MAIN STEAM ISOLATION E-50A M-205-1 AB 625 328 S/R N/A OPEN CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 568 OHR 8 SV-0514 MAIN STEAM ISOLATION E-50B M-205-1 AB 625 328 S/R N/A CLOSED CLOSED YES E-238 SH.1,1A EC-01;EC-13;EC-181;ED
-21 569 OHR 8 SV-0767 S/G E-50A BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 570 OHR 2 8 SV-0767 S/G E-50A BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 571 OHR 1 8 SV-0768 S/G E-50B BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 572 OHR 2 8 SV-0768 S/G E-50B BOTTOM BLOWDOWN M-226-1 AB 607 238 S/R N/A AIR VENT NO E-235 SH.4A EC-13;EJ-540 573 OHR 1 8 sv-on9A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;Ps-On9 574 OHR 2 8 sv-on9A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-11;PS-0779 575 OHR 2 8 sv-on9B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED* YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 576 OHR 2 8 sv-on9c E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 5n OHR 8 SV-0780A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-21;PS-0780 578 OHR 2 8 SV-0780A E-50B STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0780 579 OHR 1 8 SV-0780B E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-21 580 OHR 8 SV-0780C E-50B ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-21 581 OHR 8 SV-0781A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0781 582 OHR 2 8 SV-0781A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-11;PS-0781 583 OHR 2 8 SV-0781B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 CERT! Fl CATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers)
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5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 22 Fune Eq. Equipment Drawing No Floor Room 0r Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 584 OHR 2 8 SV-0781C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES E-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-11 585 OHR 8 SV-0782A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN OPEN YES E-238 SH.1A,2 EC-182;ED-21;PS-0782 586 OHR 2 8 SV-0782A E-50A STEAM DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED NO E-238 SH.1A,2 EC-182;PS-0782 587 OHR 8 SV-0782B E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 OPEN CLOSED YES E-238 SH.1A2 EC-04;EC-12;EC-182;ED
-21 588 OHR 8 SV-0782C E-50A ATMOSPHERIC DUMP M-207-1 AB 625 338R S/R 8 CLOSED OPEN YES M-238 SH.1A,2 EC-04;EC-12;EC-182;ED
-21 589 OHR 1 8 SV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 S/R N/A AIR VENT NO E-219 SH.1 EC-08;EC-13 590 OHR 2 8 SV-0821 CCW HEAT EXCHANGER OUTLET M-208-1A AB 590 123 S/R N/A AIR VENT NO E-219 SH.1 EC-08;EC-13 591 OHR 2 8 SV-0847 AIR COOLER SWS SUPPLY M-208-1B AB 607 238 S/R N/A VENT AIR YES E-219 SH.1,2 EC-08;EC-33;ED-11 592 OHR 8 SV-0884A K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 593 OHR 2 8 SV-0884A K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 594 OHR 1 8 SV-0884B K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 595 OHR 2 8 SV-0884B K-6A SERVICE WATER M-208-1A AB 590 116 S/R N/A AIR VENT NO E-140 SH.1 EG-20 596 OHR 1 8 SV-0885A K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 597 OHR 2 8 SV-0885A K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 598 OHR 1 8 SV-0885B K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 599 OHR 2 8 SV-0885B K-6B SERVICE WATER M-208-1A AB 590 116B S/R N/A AIR VENT NO E-140 SH.1 EG-30 600 OHR 8 SV-1359 SERVICE WATER ISOLATION M-213 TB 590 136 S/R N/A AIR VENT NO E-219 SH.1,3 EC-08;EC-12;EC-13 601 OHR 2 8 SV-1359 SERVICE WATER ISOLATION M-213 TB 590 136 S/R N/A AIR VENT NO E-219 SH.1,3 EC-08;EC-12;EC-13 602 EPD 2 8 SV-1415 DG-1/1 TO T-25A INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; E-178-4 EB-01;EG-21;EJ-246 603 EPD 1 8 SV-1452 DG-1/2 TO T-25B INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; E-178-4 EB-02;EG-31;EJ-245 604 EPD 2 8 SV-1470 DC-1/1 TO DAY INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES E-140; M-12-97 EB-01;EG-21 605 EPD 8 SV-1471 DG-1/2 FUEL OIL INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES E-140; M-12-104 EB-02;EG-31 606 EPD 2 8 SV-1479 STARTING AIR MOTOR INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES M-12 SH.98 ED-11A;EG-20 607 EPD 2 8 SV-1480 STARTING AIR MOTOR INLET M-214-1 AB 590 116 S/R N/A CLOSED OP/CL YES M-12 SH.98 ED-11A;EG-20 608 EPD 1 8 SV-1489 STARTING AIR MOTOR INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES M-12 SH.105 ED-21A;EG-30 609 EPD 8 SV-1490 STARTING AIR MOTOR INLET M-214-1 AB 590 116B S/R N/A CLOSED OP/CL YES M-12 SH.105 ED-21A;EG-30 610 HVAC 2 8 SV-1659 V-95 DAMPER D-2 M-218-6 AB 625 300 S/R N/A AIR VENT NO E-270 SH.4,4A EC-11A;EC-186A;EJ-1001 CERTIFICATION:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ~})~o~N_E~~)<;='N~c-ttN
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Print or type Name/Title Signature Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 23 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required Supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev Systems or Components 611 HVAC 1 8 SV-1660 V-96 DAMPER D-9 M-218-6 AB 625 300A S/R N/A AIR VENT NO E-270 SH.4,4A EC-11A;EC-186B;EJ-1000 612 HVAC 2 8 SV-1675A VC-11 CONDENSING UNIT M-218-7 AB 625 300 S/R N/A CLOSED OP/CL YES E-270 SH.7 EJ-1001;EJ-1089;EJ-1093;EY-10 613 HVAC 2 8 SV-1675B VC-11 CONDENSING UNIT M-218-7 AB 625' 300 S/R N/A CLOSED OP/CL YES E-270 SH.7 EJ-1001;EJ-1089;EJ-1093;EY-10 614 HVAC 1 8 SV-1676A VC-10 CONDENSING UNIT M-218-7 AB 625 300A S/R N/A CLOSED OP/CL YES M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092;EY-20 615 HVAC 1 8 SV-1676B VC-10 CONDENSING UNIT M-218-7 AB 625 300A S/R N/A CLOSED OP/CL YES M-91-37;E-270-7 EJ-1000;EJ-1088;EJ-1092;EY-20 616 HVAC 2 8 SV-1743 RECIRC. DAMP. D-6 M-218-6A AB 625 300 S/R N/A AIR VENT NO E-271-5 EC-186A;EJ-1001 617 HVAC 1 8 SV-1744 RECIRC. DAMPER D-13 M-218-6A AB 625 300A S/R N/A AIR VENT NO E-271 SH.5 EC-186B;EJ-1000 618 RCPC 1 8 SV-2003 LETDOWN STOP M-202-1B RB 607 144 S/R N/A AIR VENT NO E-236 SH.1 EC-02;EC-12 619 RCPC 2 8 SV-2003 LETDOWN STOP M-202-1B RB 607 144 S/R N/A AIR VENT NO E-236 SH.1 EC-02;EC-12 620 EPD 1 21 T-10 DIESEL OIL STORAGE TANK M-214-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 621 EPD 2 21 T-10 DIESEL OIL STORAGE TANK M-214-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 622 RCPC 1 0 T-105A P-55A SUCTION STABILIZER M-202-1B AB 590 104 s N/A OPEN OPEN NO N/A N/A 623 RCPC 2 0 T-105A CHARG. P. P-55A SUCTION STABILIZER M-202-1B AB 593 104 s N/A OPEN OPEN NO N/A N/A 624 RCPC 1 0 T-105B P-55B SUCTION STABILIZER M-202-1B AB 590 104A S N/A OPEN OPEN NO N/A N/A 625 RCPC 2 0 T-105B P-55B SUCTION STABILIZER M-202-1B AB 590 104A S N/A OPEN OPEN NO N/A N/A 626 RCPC 1 0 T-105C P-55C SUCTION STABILIZER M-202-1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 627 RCPC 2 0 T-105C P-55C SUCTION STABLIZER M-202-1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 628 RCPC 1 0 T-106A P-55A DISC. ACCUMULATOR M-202-1B AB 590 104 s N/A OPEN OPEN NO N/A N/A 629 RCPC 2 0 T-106A CHARG. P. P-55A DISCH ACCUMULATOR M-202-1B AB 593 104 s N/A OPEN OPEN NO N/A N/A 630 RCPC 1 0 T-106B P-55B DISC. ACCUM. M-202-1B AB 590 104A S N/A OPEN, OPEN NO N/A N/A 631 RCPC 2 0 T-106B P-55B DISC. ACCUM. M-202-1B AB 590 104A S N/A OPEN OPEN NO N/A N/A 632 RCPC 1 0 T-106C P-55C DISCHARGE ACCUMULATOR M-202-1B AB 590 104B s N/A OPEN. OPEN NO N/A N/A 633 RCPC 2 0 T-106C P-55C DISCHARGE ACCUMULATIOR M-202-1B AB 590 104B s N/A OPEN OPEN NO N/A N/A 634 EPD 2 21 T-13A JACKET WATER SURGE TANK M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 635 EPD 1 21 T-13B JACKET WATER SURGE TANK M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 636 OHR 21 T-2 CONDENSATE STORAGE TANK M-220-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ...:c]):;..;:t>=""::...-....:.IS=-\(,..,._N"""rrltJt.LJ.L.1.>1.N-.ER.L..>o..>:<\,)""-5--~- Print or type Name/Title Signature t ~ *" ~er, Signature sAhs-Date
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 24 Fune Eq. Equipment* Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Dwg. No./Rev systems or Components 637 OHR 2 21 T-2 CONDENSATE STORAGE TANK M-220-1 TB 590 OUTSIDE S N/A N/A N/A NO N/A N/A 638 EPD 2 21 T-25A DG-1/1 DAY TANK M-214-1 AB 590 146 s N/A N/A N/A NO N/A N/A 639 EPD 1 21 T-25B DG-1/2 DAY TANK M-214-1 AB 590 147 s N/A N/A N/A NO N/A N/A 640 EPD 2 21 T-31A AIR STARTING TANK M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 641 EPD 2 21 T-31B AIR STARTING TANK M-214-1 AB 590 116 s N/A N/A N/A NO N/A N/A 642 EPD 1 21 T-31C AIR STARTING TANK M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 643 EPD 21 T-310 AIR STARTING TANK M-214-1 AB 590 116B s N/A N/A N/A NO N/A N/A 644 RCPC 1 21 T-53A BORIC ACID TANK M-202-1A AB 590 107 s N/A N/A N/A NO N/A N/A 645 RCPC 2 21 T-53A BORIC ACID TANK M-202-1A AB 590 107 s N/A N/A N/A NO N/A N/A 646 RCPC 2 21 T-53B BORIC ACID TANK M-202-1A AB 590 107 s N/A N/A N/A NO N/A N/A 647 RCPC 1 21 T-58 SIRW TANK M-204-1B AB 649 808 s N/A N/A N/A NO N/A N/A 648 RCPC 2 21 T-58 SIRW TANK M-204-1B AB 649 808 s N/A N/A N/A NO N/A N/A 649 RCPC 1 21 T-73 QUENCH TANK M-201-2 RB 625 335 s N/A N/A N/A NO N/A N/A 650 RCPC 2 21 T-73 QUENCH TANK M-201-2 RB 625 335 s N/A N/A N/A NO N/A N/A 651 RCPC 2 19 TE-0112CC CHANNEL C COLD LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 652 RCPC 1 19 TE-0112CD CHANNEL D COLD LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 653 RCPC 2 19 TE-0112HC CHANNEL C HOT LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 654 RCPC 1 19 TE-0112HD CHANNEL D HOT LEG TEMP. ELEM. M-201-1 RB 607 237 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 655 RCPC 2 19 TE-0122CC CHANNEL C COLD LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A. YES E-96 SH.7 EC-12;EY-30 656 RCPC 1 19 TE-0122CD CHANNEL D COLD LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 657 RCPC 2 19 TE-0122HC CHANNEL C HOT LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.7 EC-12;EY-30 658 RCPC 1 19 TE-0122HD CHANNEL D HOT LEG TEMP. ELEM. M-201-1 RB 607 236 S/R N/A N/A N/A YES E-96 SH.8 EC-12;EY-40 659 EPD 2 18 Tl-1478 K-6A LUBE OIL TEMP. IND M-214-1 AB 590 116 s 34 ON ON NO N/A OPERATOR ACTION 660 EPD 2 18 Tl-1482 JACKET WATER TEMP. IND. M-214-1 AB 590 116 s 34 ON ON NO N/A OPERATOR ACTION 661 EPD 18 Tl-1488 K-6B LUBE OIL TEMPERATURE IND. M-214-1 AB 590 116B s 34 ON ON NO N/A OPERA TOR ACTION 662 EPD 18 Tl-1492 JACKET WATER TEMP. M-214-1 AB 590 116B s 34 ON ON NO N/A OPERATOR ACTION 663 HVAC 2 18 TS-1653 VC-11 OIL TEMP. SWITCH M-218-7 AB 625 300 S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1089;EY-10 664 HVAC 1 18 TS-1654 VC-10 OIL TEMP. SWITCH M-218-7 AB 625 300A S/R N/A CLOSED CLOSED YES M-91-37;E-270-7 EJ-1088;EY-20 665 DGV 1 18 TS-1820 V-240 TEMP M-218-5 AB 590 116B . S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 666 DGV 1 18 TS-1821 V-24C TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 667 DGV 18 TS-1822 V-24C TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of Systems or Operations Engineers) ..:::l?t.~N=...E....:...._.\('._,._,,,,N...,o"-Jt4-l'N._,£..._<\~\),_.S-"----~.,._ ?° !\).::~ . .>.>. S"/3/qs= Print or type Name/Title Signature Date I I
5/02/95 SAFE SHUTDOWN EQUIPMENT LIST (SSSL) Page 25 Fune Eq. Equipment Drawing No Floor Room or Eval Normal Desired Power Supporting Sys Required supporting No. No. Train Cl. ID Number System/Equipment Description /Rev./Zone Bldg. Elev. Row/Col.Type Notes State State Req'd Owg. No./Rev Systems or Components 668 DGV 18 TS-1823 V-240 TEMP M-218-5 AB 590 116B S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-24 669 DGV 2 18 TS*1827 V-24A TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 670 DGV 2 18 TS-1828 V-24A TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB*25 671 DGV 2 18 TS-1843 V-24B TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 672 DGV 2 18 TS-1844 V-24B TEMP M-218-5 AB 590 116 S/R N/A OP/CL OP/CL YES E-280 SH.1 EB-25 673 DGV 2 9 V-24A DG 1-1 VENT FAN M-218-5 AB 590 116 S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB*25;N81 674 DGV 2 9 V*24B DG 1-1 VENT FAN M-218-5 AB 590 116 S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB*25;N69 675 DGV 9 V-24C DG 1-2 VENT FAN M-218-5 AB 590 116B S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB-24;N93 676 DGV 9 V-240 DG 1-2 VENT FAN M*218-5 AB 590 116B S/R N/A ON/OFF ON/OFF YES E-280 SH.1 EB-24;N61 677 HVAC 2 9 V-26A AIR FILTER UNIT FAN M-218-6A AB 625 300 S/R N/A ON/OFF ON/OFF YES E-271 SH.3,4 EB-25;EC-11A;EC-186A;EJ*1001 678 HVAC 1 9 V*26B AIR FILTER VENT FAN M-218-6A AB 625 300A S/R N/A ON/OFF ON/OFF YES E-271 SH.3,4 EB-26;EC-11A;EC-186B;EJ*1000 679 HVAC 2 9 V-95 CONTROL ROOM VENT. FAN M-218-6 AB 625 300 S/R N/A ON/OFF ON/OFF YES E-270 SH.2,2A EB*25;EC*11A;EC-186A;EC-188A;EJ-680 HVAC 1 9 V*96 CONTROL ROOM VENT. FAN M*218-6 AB 625 300A S/R N/A ON/OFF ON/OFF YES E-270 SH.2,2A EB*26;EC-11A;EC-186B;EC-188B;EJ-681 OHR 11 VC-10 CONTROL ROOM CONDENSING UNIT M*208-1B AB 625 300A S/R N/A ON/OFF ON/OFF YES E-270 SH.6,7 EB*26;EC-11A;EC-186B;EJ-1000;EJ-682 OHR 2 11 VC-11 CONTROL ROOM CONDENSING UNIT M-208-1B AB 625 300 S/R N/A ON/OFF ON/OFF YES E*270 SH.6,7 EB*25;EC-11A;EC-186A;EJ-1001;EJ-683 HVAC 2 10 VDX-95 V-95 COOLING COIL M-218-6 AB 625 300 S/R N/A OPEN OPEN NO M*91-37;E-270-7 EJ*1001;EJ*1089;EJ-1093 684 HVAC 1 10 VDX-96 V-96 COOLING COIL M-218-6,7 AB 625 300A S/R N/A OPEN OPEN NO M*91-37;E-270-7 EJ-1000;EJ*1088;EJ-1092 CERTIFICATION: The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown Equipment List (SSEL) is, to the best of my knowledge and belief, correct and accurate. (One or more signatures of systems or Operations Engineers) R...,,.N---£.... -=°'D..... k....,,,.l'\l"""'a.._jj-'+-'-'N;..;;:~::...;...JO<.\)""'".$--~~ ~ ~M1'& Print or type Name/Title Signature
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Appendix B: Seismic Design Basis Spectra
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Consumers Power Company Palisades Nuclear Plant BUILDING : REACTOR (Internal) Amplified Floor Response Spectra - SSE ELEVATION : 649' DIRECTION : HORIZONTAL 2.5 I I I I I I I I I I I r I I I I 1 I r I I I I I I I I I I I I I
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Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Appendix C: Walkdown & Peer Review Personnel Resumes Walkdown Engineers S. Anagnostis J. Boucher W. Djordjevic A. Lyon R. Jenkins Peer Reviewers R. P.Kennedy J. D. Stevenson
- EDUCATION:
STEPHEN ANAGNOSTIS B.S. - Civil Engineering, Columbia University School of Engineering, 1974 M.S. - Structural Engineering, Massachusetts Institute of Technology, 1976 PROFESSIONAL HISTORY: Stevenson & Associates, Inc., Project Manager, 1983 - present URS I John A. Blume & Associates, Engineers, Boston, Massachusetts, Project Engineer 1982
- 1983; Senior Engineer, 1980 - 1982 Charles Stark Draper Laboratory , Cambridge, Massachusetts, Technical Staff, 1976 - 1980; Draper Fellow, 1974 - 1976 PROFESSIONAL EXPERIENCE:
Mr. Anagnostis has eighteen years of experience, principally in the areas of seismic and dynamic engineering analysis. He joined Stevenson & 'Associates in February 1983 as a Project Manager in the Boston area office. He is currently the Project Manager for the resolution of USI A-46 for the Salem plants, and will be the lead walkdown engineer and analyst for the James A. Fitzpatrick A-46 project. He has conducted hundreds of hours of seismic walkdowns at nuclear power facilities throughout the US and aborad. Mr. Anagnostis is the principal author of S&A's GIPPER and IPEXPERT, computer programs specifically designed to gather and analyze data for the implementation of the USI A-46 and seismic IPEEE programs respectively. Mr. Anagnostis was extensively involved in both analysis (frequency domain and time domain structural dynamics) and testing (in-situ modal and full-scale shaking-table) at URS/Blum e's Boston office. He had lead technical responsibility for a two year program to develop a seismic evaluation criteria for electrical
- raceway systems at eight of the oldest United States nuclear power stations. This program included the design, supervision, and data analysis of shaking-table tests of full-scale raceway systems, cyclic/fatigue tests of raceway components, and the development of analytical evaluation techniques incorporating the test results.
- As a member of the technical staff of Charles Stark Draper Laboratory, Mr.Anagnostis was involved in the assessment of space based surveillance (infra-red and radar) and defense systems for the Defense Advanced Research Projects Agency. He was a major author of a software simulation system to assess the capabilities of spaced based optical systems including structural vibrations, control dynamics, and optical performance.
- PROFESSIONAL GROUPS:
Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Civil Engineers Nuclear Structures and Materials PUBLICATIONS AND REPORTS:
"Vibration Engineering in the Semiconductor Industry," with W. Djordjevic and T. M, Tseng, Test and Measurement World, May, 1984 "EDASP: Structural Modification Program," with W. Djordjevic and T. M. Tseng, Proceedings, Second International Modal Analysis Conference, Orlando, Florida (February 1984). "Implementation of Software to Account for Equipment Modifications," with W. Djordjevic, C. Gangone, R. Jenkins and A. Marion, Transactions, ANS 1983 Winter Meeting, San Francisco, California (October 1983) "Theory and Implementation of Analytical Tools to Calculate Response Changes in Equipment Previously Evaluated by Testing," with W, Djordjevic, Transactions, 7th International Conference on Structural Mechanics in Reactor Technology (August 1983) "Seismic Evaluation of Electrical Raceway Systems," with W. Djordjevic and F. Elsabee, 1983 ASME Pressure Vessel and Piping Conference, Portland, Oregon (June 1983) "Space Radar Large Aperture Simulation/Analysis," with F. Ayer, CSDL R-1413 (October 1980) "Large Beam Expander Technology Design, Analysis and Simulation Development Program" (U), with K. Soosaar, et al., CSDL R-1224 (Secret), (April 1979) "High Altitude Large Optics Integrated Simulations" (U).with K. Soosaar. et al., CSDL R-1286 (Secret),
(July 1979)
"Passive and Active Suppression of Vibration Response in Precision Structures" (U), with K. Soosaar et al., CSDL R-889 (Secret) (February 1978) "Optimal Actuator Locations for Mirror Surface Control," M.S. Thesis Massachusetts Institute of Technology (May 1976) s~
SA pg 2
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WALTER DJORDJEVIC EDUCATION: 8.S. - Civil Engineering, University of Wisconsin at Madison, 1974 M.S. - Structural Engineering, Massachusetts Institute of Technology, 1976 REGISTRATION: State of California, State of Wisconsin, Commonwealth of Massachusetts, State of Michigan PROFESSIONAL HISTORY: Stevenson & Associates, Inc., Vice President and General Manager of the Boston area office, 1983 - present URS/John A. Blume & Associates, Engineers, Boston, Massachusetts, General Manager, 1980 - 1983; . San Francisco, California, Supervisory Engineer, 1979 - 1980 lmpell Corporation, San Francisco, California, Senior Engineer, 1976 - 1979 Stone & Webster Engineering Corporation, Boston, Massachusetts, Engineer, 1974 - 1976 PROFESSIONAL EXPERIENCE: Mr. Djordjevic founded the Stevenson & Associates Boston area office in 1983 and serves as Vice President and General Manager. He is currently preforming numerous seismicwalkdowns for resolution of the USI A-46 and seismic IPEEE issues, and serving as the Project Managerforthe Kewaunee, Point Beach and Palisades projects, all joint A-46 and Seismic PRA projects. Mr. Djordjevic is expert in the a*rea of seismic fragiity analysis and dynamic qualification of electrical and mechanical equipment. He has participated in and managed over twenty major projects involving the evaluation and qualification of vibration sensitive equipment and seismic hardening of equipment. As demonstrated by his committee work and publications, Mr. Djordjevic has participated in and contributed steadily to the development of equipment qualification and vibration hardening methodology. Mr. Djordjevic's previous walkdown experience included all of the SEP plants (8 plants), Nine Mile - Unit 1, D.C. Cook - Units 1 & 2, the Hanford Reservation Purex facility and the Savannah River Plant Reservation L-Reactor. He has personally participated in seismic walkdowns at 26 U.S. nuclear units. Representative projects include overseeing the SEP shake-table testing of electrical raceways, in-situ testing of control panels and instrumentation racks at various nuclear facilities, equipment anchorage walkdowns and evaluations at various nuclear facilities, principal author of the CERT/VALVE software package to evaluate nuclear service valves, and contributing author in the development of the ANCHOR and EDASP software packages commercially distributed by Stevenson & Associates. SJ\.
Mr. Djordjevic has been involved extensively in the reassessment of safety-related equipment for commercial nuclear facilities and government U.S. Department of Energy facilities, for which he maintains an active Q-clearance status. He has served on advisory groups and review teams touring older existing nuclear facilities to assess safety and has performed earthquake reconnaissance at such installations following seismic events. PROFESSIONAL GROUPS: Member, Institute of Electrical and Electronics Engineers, Nuclear Power Engineering Committee Working Group SC 2.5 (IEEE-344) Chairman, American Society of Civil Engineers Nuclear Structures and Materials Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Mechanical Engineers Operation, Application, and Components Commit-tee on Valves, Working Group SC-5 WDpg2 SJ\.
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- ROBERT P. KENNEDY EDUCATION:
B.S. - Civil Engineering, Stanford University M.S. - Structural Engineering, Stanford University Ph.D. - Structural Engineering, Stanford University REGISTRATION: State of California, State of Tennessee, State of Texas, State of Alabama PROFESSIONAL HISTORY: RPK Structural Mechanics Consulting, Yorba Linda, California, President, 1987 to Present National Technical Services Engineering, Los Angeles, California, Vice President, 1985 - 1987 Structural Mechanics Associates, Newport Beach, California, President, 1979-1985 Engineering Decision Analysis Corp., Newport Beach, California, Vice President, 1977 - 1979 Homes and Narvier, Inc., Los Angeles, California, Manager of Engineering Mechanics Division, 1970 -1979 PROFESSIONAL EXPERIENCE: Dr. Kennedy has over twenty years experience in static and dynamic analysis plus design of special purpose civil and mechanical-type structures, particularly for the nuclear, petroleum, and defense industries: design of structures to resist extreme loadings including seismic, missile impact, extreme wind, impulsive loads, and nuclear environmental effects; development of computerized structural analysis methods: administrative and program management; and teaching. Seismic Ruggedness - Nuclear Facilities Chairman, Senior Seismic Review and Advisory Panel (SSRAP), jointly advising both nuclear power utilities and the U.S. NRC on issues relating to seismic ruggedness of existing nuclear power plants. Member of NRC Expert Panel on Seismic Margin for nuclear power plants. Co-author of Electric Power Research Institute (EPRI) Seismic Margin Research Program. Provided technical direction on Seismic fragility portion of seismic probabilistic risk assessments for 23 nuclear power plants. Developed the methodology most commonly used for such studies and author of many technical papers thereon. Taught short courses on seismic PRA methodology in U.S., Spain, Taiwan, and People's Republic of China. Consultant on seismic evaluation or design for more than 40 nuclear facilities through the world. Directed seismic analysis of many nuclear power plant buildings and components. Directed many nonlinear seismic response analyses investigations. Evaluated effects of differential earth movement (faulting) on nuclear facility. Performed a number of
- RPK-1
- R. P. Kennedy dynamic soil-structure interaction analyses of nuclear reactor containment buildings accounting for the nonlinear effects of base slab uplift. Directed nonlinear seismic evaluation of nuclear facility to demonstrate increased seismic capacity. Evaluated concepts for seismic response mitigation and increased energy absorption. Has participated in 13 nuclear power plant seismic walkdown.
Dynamic Loads - Nuclear Facilities Extensive experience in the analysis of nuclear facilities subjected to extreme dynamic loads including effects of external missile and aircraft impact, and impulsive loading resulting from loss-of-coolant accident and SRV discharge. Prime developer of the method currently in extensive use by the nuqlear industry in the U.S. for evaluating the local effects of missile impact on concrete. Consultant on the effects of aircraft impact for several nuclear plants. Consultant to General Electric on effects of pool swell loads resulting from LOCA, and on the increased dynamic reserve margin available in structures subjected to pulsive loads. Consultant to G.E. and Mark I, Mark II, and Mark Ill Owner's Group on combination of responses from multiple dynamic loadings. Consultant on Mark I and Mark Ill evaluations to address the conservatism and uncertainty associated with standard structural analyses for SRV loadings. Consultant on methods of response combination and expert witness at Black Fox hearings. Consultant to Mark I and Mark Ill groups on conservatism, uncertainty, structural modeling, and load definition for new dynamic loads. Consultant on three Mark Ill BWR plants with free-standing steel containment, Leibstadt, Allens Creek, and River Bend, in order to evaluate realistic containment response to SR; loadings as current approaches are overconservative and lead to serious design problems. Developed floor response spectra for final design of attached piping for Leibstadt plant by coupled analysis such that beneficial effects of energy feedback are included. Developed method to account for the coupling of equipment and piping to the main structure and to account for energy feedback from the subsystem to the structure. Developed method to account for random phasing of multiple harmonics of condensation oscillation loading in order to compute responses more compatible with measured results. Member ASCE committee on impact and impulse analysis of nuclear facilities, and ACI committee which developed code for the design of nuclear safety-related concrete structures subjected to impact and impulse loads. Dr. Kennedy has personally performed seismic walkdowns of 12 nuclear power plants and serves on numerous government (NRC) and industry advisory boards (EPRI) dealing with seismic qualification of nuclear power plant facilities. PROFESSIONAL GROUPS: Chairman, Seismic Analysis, Nuclear Structure and Materials Committee, Structures Division, ASCE. Chairman, Seismic Analysis of Safety Class Structures Standard Committee, Technical Council on Codes and Standards, ASCE. Former Chairman, Gas and Liquid Fuel Lifelines Committee, Technical Council on Lifeline Earthquake Engineering, ASCE. Member, Nuclear Structures and Materials Technical and Administrative Committee, Structures Division, ASCE. Member, Impact and Impulse Analysis, Nuclear Structures and Materials Committee Structures Division, ASCE. Member, Editing Board, ASCE Report entitled "Structural Analysis and Design of Nuclear Plant Facilities."
- RPK-2
~ R.P.Kennedy Member, Ad Hoc Group on Soil-Structure Intersection, Nucl~ar Structures and Materials Committee, Structures Division, ASCE. Member, ACI 349, "Subcommittee on Standard Requirements for Nuclear afety-Related Concrete Structures," Design Committee and Working Group 5 - "Impactive and Impulsive Loads." Member, AWWA DIOO Revision Task Force, charged with revising the AWWA Standard for Welded Steel Tanks for Water Storage. Member, National Research Council Subcommittee on Probabilistic Seismic Hazard Assessment.
- RPK-3
- EDUCATION:
JOHN D. STEVENSON B.S. - Civil Engineering - Virginia Military Institute, 1954 M.S. - Civil Engineering - Case Institute of Technology, 1962 Ph.D. - Civil Engineering - Case Institute of Technology, 1968 REGISTRATION: Commonwealth of Virginia, State of Ohio PROFESSIONAL HISTORY: Stevenson & Associates, Cleveland, Ohio, President: 1981 - present Structural Mechanics Associates, Cleveland, Ohio, Vice President: 1980 - 1981 Woodward Clyed Consultants, Cleveland, Ohio, Vice President: 1979 - 1980 A.G. McKee & Co., Cleveland, Ohio, Vice President: 1976 - 1979 Case Western Reserve University, Cleveland, Ohio, Assoc. Prof.: 1974 - 1976 Westinghouse Electric Co., Pittsburgh, Pennsylvania, Consultant: 1972 - 1974 University of Pittsburgh, Pittsburgh, Pennsylvania, Adjunct Professor: 1970 - 1972 Westinghouse Nuclear Energy Systems, Manager Structural System Engineering: 1966 - 1970 Virginia Military Institute, Assistant Professor: 1957 - 1962 PROFESSIONAL EXPERIENCE: Since November 1981, Dr. Stevenson has managed and has served as President and Senior Consultant to Stevenson & Associates. The firm specializes in high technology consulting and engineering services associated with failure analysis of structural and mechanical systems; extreme loads; and nonlinear, dynamic, probabilistic and high temperature analyses. His years of expertise include structural and mechanical design andqualification of nuclear power plant structures and components. He serves on several committees of the ASCE, ASME, ANS, ACI and AISC charged with the development of standards devoted to design of nuclear plant facilities. Dr. Stevenson's relevant experience includes seismic walkdowns of 13 nuclear power stations and 23 years as a structural- mechanical engineer with particular application to earthquake design and analysis. A list of earthquake related projects which Dr. Stevenson performed or directly supervised is as follows:
- 1. Developed seismic design criteria for 5 nuclear power stations: Westinghouse Turnkeys
- 2. Reviewed and approved seismic design adequacy from plans and specifications for 5 nuclear power plants: Westinghouse Turnkeys S:A
- 3.
4. Evaluation of seismic design adequacy of mechanical equipment for French nuclear power station: Fessenhein station Evaluation of seismic design adequacy of liquified natural and petroleum gas storage facilities: U.S. General Accounting Office
- 5. Testing of electrical racks to demonstrate seismic design adequacy: Federal Pioneer, Canada
- 6. Analytical seismic qualification of spent fuel racks - nonlinear analysis for 1O nuclear power plants
- 7. Quality Assurance audit (technical) of the Tokamak fusion test reactor tritium retention structures to resist seismic loads: U.S. Department of Energy
- 8. Prepare preliminary assessment of requirements and installation specification for anchor-age of electrical equipment in the Monticello Nuclear Plant in anticipation of meeting l&E 80-21 requirements: Northern States Power Co.
- 9. Review and evaluation of the Purex facility seismic capabilities at Hanford Plant: U.S.
Department of Energy
- 10. Survey and evaluation of the L reactor mechanical and electrical equipment seismic
. capabilities for Savannah River Plant: E. I. DuPont
- 11. Systematic evaluation of the seismic capacity of a 600 MW Candu reactor station for safety shutdown in Argentina
- 12. Review of literature and develop recommendations for piping system damping values for Kraftwerk Union and Mitsubish
- 13. Detailed evaluation of seismic design adequacy for selected mechanical and electrical equipment of five nuclear power stations as part of the U.S. NRC systematic evaluation program: U.S. Nuclear Regulatory Commission
- 14. Review of seismic design adequacy of nuclear plant facilities for the D.C. Cook Nuclear Power Plant: American Electric Power Corporation
- 15. Systematic evaluation of the seismic capacity of mechanical and electrical equipment for the Connecticut Yankee Nuclear Power Plant: Northeast Utilities
- 16. Systematic evaluation of the seismic capacity of mechanical and electrical equipment for the Maine Yankee Nuclear Power Plant: Yankee Atomic Co.
- 17. Consultant to EPRI to develop criteria fo.r QBE Exceedance based on measure and observed site behavior: Electric Power Research Institute
- 18. Consultant to NRC to develop an experience data base and criteria for design and analysis JDS pg 2 SJ\.
- of piping systems to resist seismic loads:
- 19. Consultant to NRC to evaluate procedures for HCLPF assessment of equipment in nuclear power plants (NUREG/CR-5270): U.S. Nuclear Regulatory Commission
- 20. Review of earthquake resistance of plutonium fabrication facility: Rockwell International Corp.
- 21. Consultant to EPRI to d~velop procedures for plant start-up following a damaging earthquake at a nuclear power plant site: Electric Power Research Institute
- 22. Personally performed seismicwalkdowns of 16 nuclear power plants in the U.S., Europe, Asia and South America.
PROFESSIONAL GROUPS: Member, American Society of Civil Engineers, Structural Division Committee on Nuclear Safety; Structural Division Committee on Nuclear Structures and Materials; Steering Committee on Development of a Manual of Professional Practice for Quality in the Constructed Project Former Chairman, American Society of Civil Engineers, Executive Committee Technical Council Codes and Standards Chairman, American Society of Civil Engineers, Nuclear Standards Committee Member, American Concrete Institute, Joint ACl-ASME Subgroup on Design of Concrete Components in Nuclear Service, ASME BPVC-Section Ill-Div. 2 Member, American Society of Mechanical Engineers, Subgroup on Design of ASME BPVC-Section Ill-Div. 1 Nuclear Components Subcommittee on Qualification of Mechanical Components in Nuclear Service Member, Nuclear Standards Management Board of ANSI representing ASCE Member, U.S. Representative International Standards Committee SC 85/3/7 on Seismic Criteria for Nuclear Plants Member, U.S. Representative International Atomic Energy Agency Working Group on the Development of Seismic Design Standards Member, ANS-2, American Nuclear Society Committee on Site Evaluation; NUPPSCO, American Nuclear Society Committee on Nuclear Power Plant Codes and Standards Member, AISC, American Institute of Steel Construction Committee on Specifications for Structural Steel in Safety Class Nuclear Structures Member, Earthquake Engineering Research Institute s~ JDS pg 3
- ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: Plant Engineering SECTION: System Engineering Name: Jeffrey S. Boucher
Title:
Seismic Capability Engineer EDUCATIONAL BACKGROUND: Attended various colleges in the field of engineering. Also completed the following training programs:
-MPR/EPRI Seismic Qualifications Utility Group (SQUG)
- -Montana State Uniyersity BS Civil Engineer, BS Math
-Purdue MS Structural Engineer
-State of Michigan Professional Engineer License (# G 639 856)
-State of Illinois Professional License (# 062-045797)
-5..SBL Training
-IPE Add-on Training JOB-RELATED EXPERIENCE
. Total of 19 years experience.
Responsibilities include 6 years of operating nuclear plant experience at Palisades. Duties included but were not limited to the following:
-Senior Engineer
-Contractor
-Construction
-Operating Plants
-Nuclear Licensing
-System Analysis and Design
- ' .,.. *.*I
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Ql r rt if i ra tr of Arqiru Pmrnt m~is is to <arrtify tt,nt Jlrffrry ianurqrr qas C!Jomplrlrh tqr §~Qll~ Walkhourn §rrrrning nnh §rismir 1£onluntion mrnining <!Loursr
~rlh Jlunr 22-26, 1992 Neil P. Smith, Commonwealth Edison SQUG Chairman
~,I.~
David A. Freed, MPR Associates Robert P. Kassawara, EPRI SQUG Training Coordinator SQUG Program Ma~ager
- ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: NECO-Engineering Programs SECTION: Civil/Structural Engineering Name: Alan L. Lyon, P.E.
Title:
Seismic Capability Engineer EDUCATIONAL BACKGROUND: Attended Michigan State University in the field of engineering. Also completed the following training programs:
-Bachelor of Science and Civil Engineering (BSCE)
-MPR/EPRI Seismic Qualifications Utility Group (SQUG)
-Walkdown Screening and Seismic Evaluation Training Course JOB-RELATED EXPERIENCE Total of 15 years experience.
Responsibilities include 4 years of operating nuclear plant experience at Palisades Nuclear Plant Duties included but were not limited to the following:
-Design of Power Plants
-Design of Seismic Restraints for Piping
-Mechanical and Electrical Equipment
-Senior Engineer/NECO
-System Analysis and Design
©rrtifiratr Alan ill. illy on lyas <!romplrtrh tqr g,~Qll~ Walkbown §crrrning anb §rismir if:ualuation ffiraining C!Joursr f§rlh Nourmbrr 9-13, 1992 Neil P. Smith. Commonwealth Edison
/ ) ' f) SQUG Chairman
~ab~ ~te,/2_.'~--=----- *~
David A. Freed. MPR Associates Robert P. Kassawara. EPRI SQUG Training Coordinator SQUG Program Manager
., ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: Design Engineering SECTION: Civil/Structural Engineering Name: Rolfe B. Jenkins
Title:
Senior Lead Engineer
.:~ EDUCATIONAL BACKGROUND:
Attended Michigan State University in the field of.management and engineering. Also completed the following training programs:
-Michigan State University Bachelor of Science and Math, 1969
-Michigan State University Masters of Science, PhD in Mechanics, 1973
-MPRIEPRI Seismic Qualification Utility Group (SQUG) "Walkdown Screening and Seismic Evaluation Training", February 28 - March 4, 1994
-State of Michigan PE License
- JOB RELATED EXPERIENCE Total of 32 years experience. ,
Responsibilities include 19 years of operating nuclear plant experience at Palisades. 10 years - present experience of ASMR Working Group on Piping Design. And 3 years
*experience with Light Water Breeder Crid Design with Westinghouse. Duties included,
- but were not limited to the following:
-Fossil Plant Design and Analysis
-Nuclear Plant Design and Analysis
-Reactor Vessel Surveillance INRC Interface
-CE and Westing House Owners Group Representative
-Nuclear/Fossil Project Management
-Trainer - Technical
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(f) (f) 0 n D -i rn CD D Neil P. Smith, Commonwealth. Edison r m ~; 1 SQUG Chairman x David A. Freed, MPR Associates Robert P. Kassawara, EPRI UI SQUG Training Coordinator SQUG Program Manager
- ¥
Palisades A-46 Final Report Report 92C2750.A46 Rev. 0, May 15, 1995 Appendix D: Screening Verification Data Sheets (SVDS) J
05/19/95 04:02 PM PALISADES N . A R PLANT SCREENING VERIFICATION DATA SHEET (SVDS)
- Page# 1 Eq. Eq. ID Rev Sys/Eq. Desc Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Cl No Spec. Spec Demd? OK? OK? OK? OK?
0 ACCUM-0779 0 I CV-0779 ACCUMULATOR AB 625.00 338 625.00 N/A DOC CRS Yes Yes Yes Yes Yes 0 ACCUM-0780 0 I CV-0780 ACCUMULATOR AB 625.00 338 625.00 N/A DOC CRS Yes Yes Yes Yes Yes 0 ACCUM-0781 0 I CV-0781 ACCUMULATOR AB 625.00 338 625.00 N/A DOC CRS Yes Yes Yes Yes Yes 0 ACCUM-0782 0 I CV-0782 ACCUMULATOR AB 625.00 338 625.00 N/A DOC CRS Yes Yes Yes Yes Yes 0 N2-1 0 I NITROGEN BACKUP STATION 1 AB 590.00 123 590.00 N/A DOC CRS Yes Yes Yes Yes Yes 0 N2-1A 0 I NITROGEN BACK-UP STATION 1-A AB 590.00 123 590.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 42-1/RPS 0 I CONTROL ROD CLUTCH BREAKER AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 1 42-2/RPS 0 I CONTROL ROD CLUTCH BREAKER AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 1 EB-01 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 224 610.00 NIA ABS CRS No Yes Yes Yes No 1 EB-02 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 224 610.00 N/A ABS CRS No Yes Yes Yes No 1 EB-07 0 I 480 VOLT MOTOR CONTROL CENTER AB 590.00 121 590.00 Yes BS GRS Yes Yes Yes Yes Yes 1 EB-08 0 I 480 VOLT MOTOR CONTROL CENTER AB 590.00 121 590.00 Yes BS GRS Yes Yes Yes Yes Yes 1 EB-21 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 224 610.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 EB-22 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 223 610.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 EB-23 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 224 610.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 EB-24 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 224 610.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 EB-25 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 725 610.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 EB-26 0 I 480 VOLT MOTOR CONTROL CENTER AB 607.00 725 610.00 N/A DOC CRS Yes Yes Yes Yes Yes 1 EU-1 0 I SCR CONTROLLER-HEATERS RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 1 EU-2 0 I SCR CONTROLLER-HEATERS RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 2 EB-11 0 I 480 VOLT LOAD CENTER AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 2 EB-12 0 I 480 VOLT LOAD CENTER AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 2 EB-15 0 I 480 VOLT LOAD CENTER RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 2 EB-16 0 I 480 VOLT LOAD CENTER RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 2 EB-19 0 I 480 VOLT LOAD CENTER AB 607.00 725 610.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability Engineers deem it necessary.) Print or Type Name Signature Date S. Anagnostis NI-\ Print or Type Name I Dat Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name
Eq. 05/19/95 04:02 PM Eq. ID Rev Sys/Eq. Desc Bldg. PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 2 Cl No Spec. Spec Demd? OK? OK? OK? OK? 2 EB-20 0 I 480 VOLT LOAD CENTER AB 607.00 725 610.00 Yes BS GRS Yes Yes Yes Yes Yes 3 EA-11 0 / 2400 VOLT BUS 1C AB 590.00 116A 590.00 Yes BS GRS Yes Yes Yes Yes Yes 3 EA-12 0 I 2400 VOLT BUS 1D AB 607.00 223 610.00 Yes BS GRS Yes Yes Yes Yes Yes 3 EA-13 0 / 2400 V BUS 1-E TB 590.00 133 590.00 Yes BS GRS Yes Link Link No No 4 EX-11 0 I 2400/480 VOLT TRANSFORMER AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-12 0 I 2400/480 VOLT TRANSFORMER AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-15 0 I 2400/480 VOLT TRANSFORMER RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-16 0 I 24001480 VOLT TRANSFORMER RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-19 0 I 2400/480 VOLT TRANSFORMER AB 607.00 725 610.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-20 0 I 2400/480 VOLT TRANSFORMER AB 607.00 725 610.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-63 0 I CONTROL ROD CLUTCH TRANSFORMER AB 607.00 224 610.00 Yes BS GRS Yes Yes No Yes No 4 EX-64 0 I CONTROL ROD CLUTCH TRANSFORMER AB 607.00 224 610.00 Yes BS GRS Yes Yes No Yes No 4 EX-66 0 I DG-1/2 EXHAUSTER TRANSFORMER AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 4 EX-67 0 I DG-1/1 EXHAUSTER TRANSFORMER AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 5 P-18A 0 I FUEL OIL TRANSFER PUMP TB 590.00 136 590.00 Yes BS GRS Yes Yes Yes Yes Yes 5 P-18B 0 I FUEL OIL TRANSFER PUMP TB 590.00 136 590.00 Yes BS GRS Yes Yes Yes Yes Yes 5 P-54A 0 I CONTAINMENT SPRAY PUMP AB 570.00 004 590.00 Yes BS GRS Yes Yes No Yes No 5 P-54B 0 I CONTAINMENT SPRAY PUMP AB 570.00 005 590.00 Yes BS GRS Yes Yes No Yes No
- 5 P-54C 0 I CONTAINMENT SPRAY PUMP AB 570.00 005 590.00 Yes BS GRS Yes Yes No Yes No 5 P-55B 0 I CHARGING PUMP B AB 590.00 104A 590.00 Yes BS GRS Yes Yes Yes Yes Yes 5 P-55C 0 I CHARGING PUMP C AB 590.00 104B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 5 P-56A 0 I BORIC ACID PUMP AB 590.00 107A 590.00 Yes BS GRS Yes Yes No Yes No 5 P-8A 0 I MOTOR DRIVE AUX FEED PUMP TB 570.00 007 590.00 Yes BS GRS Yes Yes Yes Yes Yes 5 P-8C 0 I MOTOR DRIVEN AUX FEED PUMP AB 570.00 005 590.00 Yes BS GRS Yes Yes No Yes No 6 P-7A 0 I SERVICE WATER PUMP TB 590.00 136 590.00 N/A ABS CRS Yes No No Yes No Certification: Certification:
All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All ignatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a license ro ssional engineer.) W. Djordjevic Print or Type Name Date Print or Type Name Date S. Anagnostis Print or Type Name Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name
Eq. 05119195 04:02 PM Eq. ID Rev SyslEq. Desc Bldg. PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Fl El. Rm or RwlCI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 3 Cl No Spec. Spec Demd? OK? OK? OK? OK? 6 P-78 0 I SERVICE WATER PUMP TB 590.00 136 590.00 NIA ABS CRS Yes No No Yes No 6 P-7C 0 I SERVICE WATER PUMP TB 590.00 136 590.00 NIA ABS CRS Yes No No Yes No 7 CK-CVC2112 0 I LOOP 1A RELIEF CHK. RB 607.00 144 607.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0501 0 I MAIN STEAM ISOLATION E-508 AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0510 0 I MAIN STEAM ISOLATION E-50A AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0727 0 I E-508 FLOW FROM P-8A & P-88 AB 590.00 123 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0736A 0 I E-508 FLOW CONTROL AB 570.00 005 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0737A 0 I E-50A FLOW CONTROL AB 570.00 005 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0749 0 I E-50A FROM P-8A&P-8B AB 590.00 123 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0767 0 I SIG E-50A BOTTOM SLOWDOWN AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0768 0 I SIG E-508 BOTTOM SLOWDOWN AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0779 0 I SIG E-508 ATMOSPHERIC DUMP AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0780 0 I STEAM GEN E-508 ATMOSPHERIC DUMP AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0781 0 I STEAM GEN E-50A ATMOSPHERIC DUMP AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0782 0 I SIG E-50A ATMOSPHERIC DUMP AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0821 0 I CCW HEAT EXCHANGER OUTLET AB 590.00 123 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0822 0 I CCW HEAT EXCHANGER OUTLET AB 590.00 123 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0847 0 I AIR COOLERS SWS SUPPLY AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0884 0 I K-6A SERVICE WATER AB 590.00 116 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-0885 0 I K-68 SERVI.CE WATER AB 590.00 1168 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-1359 0 I NON CRITICAL S.W. ISOLATION TB 590.00 136 . 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-1655 0 I VC-11 SERVICE WATER CONTROL AB 629.17 300 640.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-1656 0 I VC-10 SERVICE WATER CONTROL AB 629.17 300A 640.00 Yes BS GRS Yes Yes NIA Yes Yes 7 CV-2003 0 I LETDOWN STOP RB 607.00 144 607.00 Yes BS GRS *Yes Yes NIA Yes Yes 7 RV-0701 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All sig atories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a lice ed pr fes ional engineer.)
- W. Djordjevic Print or Type Name S. Anagnostis Print or Type Name
05111195 03:20 PM Eq. Eq. ID Rev SyslEq. Desc Bldg. PALISADES N . A R PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Fl El. Rm or RwlCI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page#4 Cl No Spec. Spec Demd? OK? OK? OK? OK? 7 RV-0702 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0703 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0704 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0705 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0706 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0707 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0708 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0709 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0710 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0711 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0712 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0713 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0714 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0715 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0716 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0717 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0718 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0719 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0720 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0721 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0722 0 I SIG B RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0723 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-0724 0 I SIG A RELIEF AB 625.00 338 625.00 Yes BS GRS Yes Yes N/A Yes Yes 7 RV-0783 0 I P-8A/B DISCHARGE RELIEF TB 570.00 007 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-1039 0 I PRESS. RELIEF RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All sign tories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a license:_d prof s i nal *neer.) W. Djordjevic 5111195 Print or Type Name Date Print or Type Name Signature Date S. Anagnostis 5111195 Print or Type Name Date Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name '
Eq. 05111195 03:20 PM Eq. ID Rev SyslEq. Desc Bldg. PALISADES NU.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) FIEI. Rm or RwlCI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 5 Cl No Spec. Spec Demd? OK? OK? OK? OK? 7 RV-1040 0 I PRESS. RELIEF RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No 7 RV-1041 0 I PRESS. RELIEF RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No 7 RV-1479 0 /T-31A RELIEF AB 590.00 116 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-1480 0 /T-31B RELIEF AB 590.00 116 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-1489 0 /T-31C RELIEF VALVE AB 590.00 116B 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-1490 0 I T-31 D RELIEF AB 590.00 116B 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2090 0 I P-55A SUCTION RELIEF AB 590.00 104 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2092 0 I P-55A DISC. SAFETY RELIEF AB 590.00 104 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2096 0 I P-55B SUCTION REFIEF AB 590.00 104A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2098 0 I P-55B DISC. REFIEF AB 590.00 104A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2102 0 I P-55C SUCTION RELIEF AB 590.00 104B 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2104 0 I P-55C DISCHARGE RELIEF AB 590.00 104B 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2230 0 I BORIC ACID TANK RELIEF AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2231 0 I BORIC ACID TANK RELIEF AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2232 0 I BORIC ACID DISC. RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2233 0 I P-56B RECIRC RELIEF AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2235 0 I BORIC ACID RECIRC. RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2236 0 I BORIC ACID PREFILTER RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2237 0 I BLENDER RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2238 0 I BLENDER RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2239 0 I BLEADER RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2255 0 I T-54 SUCTION RELIEF AB 590.00 104A 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2273 0 I N2 STA. 1 PRESS. RELIEF AB 590.00 123 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-2280 0 I STATION 1-A PRESS. RELIEF AB 590.00 123 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-3264 0 I SAFETY INJECT. RELIEF RB 590.00 144 590.00 Yes BS GRS Yes Yes NIA Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our* knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. I signatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a licen d p ofession engineer.) W. Djordjevic 5111195 Print or Type Name Date Print or Type Name Signature Date S. Anagnostis 5111195 Print or Type Name Date Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name
Eq. 05111195 03:20 PM Eq. ID Rev SyslEq. Desc PALISADES NU.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or RwlCI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page#6 Cl No Spec. Spec Demd? OK? OK? OK? OK? 8 M0-0748 0 I E-508 ISOLATION AB 570.00 005 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 M0-0754 0 I E-50A ISOLATION AB 570.00 005 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 M0-1042A 0 I POWER RELIEF ISOL. RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No 8 M0-1043A 0 I POWER RELIEF ISOL. RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No 8 M0-2087 0 I VOL. CONTROL TANK ISOL. AB 590.00 100 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 M0-2140 0 I BORIC ACID PUMP FEED ISOL. AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 M0-2160 0 I SIRWTO CHARGING PUMPS ISOLATION AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 M0-2169 0 I BORIC ACID GRAVITY FEED AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 M0-2170 0 I BORIC ACID GRAVITY FEED AB 590.00 107 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 PRV-1042B 0 I POWER OPERATED RELIEF RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No 8 PRV-1043B 0 I POWER OPERATED RELIEF RB 649.00 424 649.00 NIA ABS CRS No Yes NIA Yes No 8 SV-0767 0 I SIG E-50A BOTTOM SLOWDOWN AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 8 SV-0768 0 I SIG E-50B BOTTOM SLOWDOWN AB 607.00 238 610.00 Yes BS GRS Yes Yes NIA Yes Yes 8 SV-1415 0 I DG-111 TO T-25A INLET AB 590.00 116 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 SV-1452 0 I DG-112 TO T-25B INLET AB 590.00 116B 590.00 Yes BS GRS Yes Yes NIA Yes Yes 8 SV-2003 0 I LETDOWN STOP RB 607.00 144 607.00 Yes BS GRS Yes Yes NIA Yes Yes 9 V-24A 0 I DG 1-1 VENT FAN AB 590.00 116 625.00 Yes BS GRS Yes Yes Yes Yes Yes 9 V-24B 0 I DG 1-1 VENT FAN AB 590.00 116 625.00 Yes BS GRS Yes Yes Yes Yes Yes 9 V-24C 0 I DG 1-2 VENT FAN AB 590.00 116B 625.00 Yes BS GRS Yes Yes Yes Yes Yes 9 V-24D 0 I DG 1-2 VENT FAN AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 9 V-26A 0 I AIR FILTER UNIT FAN AB 629.17 300 649.00 NIA ABS CRS Yes Yes Yes Yes Yes 9 V-26B 0 I AIR FILTER VENT FAN AB 629.17 300A 649.00 NIA ABS CRS Yes Yes Yes Yes Yes 9 V-95 0 I CONTROL ROOM VENT. FAN AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 9 V-96 0 I CONTROL ROOM VENT. FAN AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 BD-1 0 I HVAC BALANCING DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers n the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All ignatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a license R essi ngineer.) W. Djordjevic f!1.J
- 5111195 Date Print or Type Name Date S. Anagnostis 5111195 Print or Type Name Date Print or Type Name Date Owner's Review:
D. Engle Print or Type Name
05/11/95 03:20 PM Eq. Eq. ID Rev Sys/Eq. Desc PALISADES NU.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm orRw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 7 Cl No Spec. Spec Demd? OK? OK? OK? OK? 10 BD-10 0 I CONTROL RM. BALANCING DAMP. AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 BD-2 0 I HVAC BALANCING DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 BD-5 0 I HVAC BALANCING DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 BD-6 0 I HVAC BALANCING DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 BD-7 0 I HVAC BALANCING DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 BD-8 0 I HVAC BALANCING DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-41 0 I V-95 & V-96 FIRE DAMPER AB 625.00 320A 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-42 0 I V-95 & V-96 FIRE DAMPER AB 625.00 320A 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-43 0 I V-95 & V-96 FIRE DAMPER AB 625.00 320A 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-44 0 I V-95 & V-96 FIRE DAMPER AB 625.00 320A 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-45 0 I V-95 & V-96 FIRE DAMPER AB 625.00 320A 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-46 0 I V-95 & V-96 FIRE DAMPER AB 625.00 320A 625.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-47 0 I V-26B FIRE DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-48 0 I V-26A FIRE DAMPER AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-49 0 /V-95 FIRE DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-50 0 I V-95 FIRE DAMPER RETURN AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-51 0 I V-96 FIRE DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 CD-52 0 I V-96 FIRE DAMPER RETURN AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-10 0 I V-96 RECIRC. DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-11 0 I V-96 DISC. DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-12 0 I V-26B DISC. DAMPER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-13 0 /V-26B RECIRC. DAMP. AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-14 0 I V-26B OUTSIDE AIR DAMP. AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-16 0 I V-94 DAMPER AB 629.17 300B 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-2 0 /V-95 MODULATING DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All ignatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a license
- ngineer.)
W. Djordjevic 5/11/95 Print or Type Name Date Print or Type Name Signature Date S. Anagnostis 5/11/95 A Print or Type Name Date Print or Type Name Signature Date Owner's Review: D. Engle ~.u Print or Type Name
Eq. 05/11/95 03:20 PM Eq. ID Rev Sys/Eq. Desc PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# B Cl No Spec. Spec Demd? OK? OK? OK? OK? 10 D-20 0 /V-26A MODULATING DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-21 0 I V-26B MODULATING DAMP. AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-22 0 I DG 1-2 RM EXHAUST DAMPER AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-23 0 I DG 1-1 RM EXHAUST DAMPER AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-24 0 I DG 1-2 RM INLET DAMPER AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-25 0 I DG 1-1 RM INLET DAMPER AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-26 0 I V-24A GRAVITY DAMPER AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-27 0 /V-24B GRAVITY DAMPER AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-28 0 I V-24C GRAVITY DAMPER AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-29 0 I V-24D GRAVITY DAMPER AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-3 0 I V-95 RECIRC. DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-4 0 I V-95 DISC. DAMPER AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-5 0 I V-26A DISC. DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-6 0 I V-26A RECIRC. DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-7 0 I V-26A OUTSIDE AIR DAMP. AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 10 D-9 0 /V-96 MODULATING DAMP. AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 11 VC-10 0 I CONTROL ROOM CONDENSING UNIT AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 11 VC-11 0 I CONTROL ROOM CONDENSING UNIT AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 14 ED-10 0 / 125V DC BUS AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 14 ED-11 0 / 125 V DC DISTRIBUTION PANEL AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 14 ED-11A 0 / 125 V DC DISTRIBUTION PANEL AB 590.00 116A 590.00 Yes BS GRS Yes Yes No Yes No 14 ED-20 0 / 125 V DC BUS AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 14 ED-21 0 / 125 V DC DISTRIBUTION PANEL AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 14 ED-21A 0 / 125 V DC DISTRIBUTION PANEL AB 590.00 116B 590.00 Yes BS GRS Yes Yes No Yes No 14 EY-10 0 / 120 V AC PANEL #1 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All signatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a n7~nFi ~ *em:n engineer.) W. Djordjevic W ./:.,. 5/11 /95 Print or Type Name Signature Date S. Anagnostis Print or Type Name 5/11/95 Date Print or Type Name vSignature Date Owner's Review: D. Engle Print or Type Name
Eq. 05/11/95 03:20 PM Eq. ID Rev Sys/Eq. Desc PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. FIEI. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 9 Cl No Spec. Spec Demd? OK? OK? OK? OK? 14 EY-20 0 / 120 V AC PANEL #2 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 14 EY-30 0 / 120 V AC PANEL #3 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 14 EY-40 0 / 120 V AC PANEL #4 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 15 ED-01 0 I MAIN STATION BATTERIES AB 607.00 225A 610.00 Yes BS GRS Yes No No Yes No 15 ED-02 0 I MAIN STATION BATTERIES AB 607.00 225 610.00 Yes BS GRS Yes No No Yes No 16 ED-06 0 I AC INVERTER #1 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-07 0 I AC INVERTER #2 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-08 0 I AC INVERTER #3 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-09 0 I AC INVERTER #4 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-15 0 I DC CHARGER #1 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-16 0 I DC CHARGER #2 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-17 0 I DC CHARGER #3 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 16 ED-18 0 I DC CHARGER #4 AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 17 K-6A 0 I DIESEL GENERATOR 1-1 AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 17 K-6B 0 I DIESEL GENERATOR 1-2 AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 Fl-0212 0 I CHARGING PUMP LOCAL FLOW IND. AB 590.00 106 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 FT-0727 0 I P-8NB FLOW TRANSMITTER AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 FT-0736A 0 I E-50B STEAM FLOW TRANS. AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 FT-0737A 0 I E-50A STEAM FLOW TRANS. AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 FT-0749 0 I P-8NB FLOW TRANSMITTER AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 l/P-0727 0 I E-50B FLOW CONTROL AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 l/P-0736A 0 I E-50B FLOW CONTROL AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 l/P-0737A 0 I E-50A FLOW CONTROL AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 l/P-0749 0 I E-50A FLOW CONTROL AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 l/P-1659 0 I V-95 DAMPER D-2 AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All Engineers deem it necessary.) entries and conclusions. One signatory should be / li;e ns7 1 W. Djordjevic lA/J 5/11/95 Print or Type Name Date Print or Type Name Signature Date S. Anagnostis 5/11/95 Print or Type Name Date Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name
--<Y~
Eq. 05/11/95 03:20 PM Eq. ID Rev Sys/Eq. Desc PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 10 Cl No Spec. Spec Demd? OK? OK? OK? OK? 18 LS-0327 0 I SIRW LOW LEVEL SWITCH AB 649.00 808 649.00 N/A ABS CRS No Yes Yes Yes No 18 LS-0328 0 I SIRW LOW LEVEL SWITCH AB 649.00 808 649.00 N/A ABS CRS No Yes Yes Yes No 18 LS-0329 0 I SIRW TANK LOW LEVEL SWITCH AB 649.00 808 649.00 N/A ABS CRS No Yes Yes Yes No 18 LS-0330 0 I SIRW TANK LOW LEVEL SWITCH AB 649.00 808 649.00 N/A ABS CRS No Yes Yes Yes No 18 LS-1417 0 I DG-1/1 CONTROL LEVEL AB 590.00 146 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LS-1418 0 I DG-1/1 CONTROL LEVEL AB 590.00 146 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LS-1452 0 I DG-1/2 CONTROL LEVEL AB 590.00 147 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LS-1453 0 I DG-1/2 CONTROL LEVEL AB 590.00 147 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-0102 0 I PRESS. LEVEL CHAN. A RB 590.00 143 609.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-0103 0 I PRESS. LEVEL CHAN. A RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-0331 0 I SIRW TANK LOW LEVEL TRANSMITTER AB 649.00 808 649.00 N/A ABS CRS Yes Yes Yes Yes Yes 18 LT-0332A 0 I SIRW TANK LOW LEVEL TRANSMITTER AB 649.00 808 649.00 N/A ABS CRS Yes Yes Yes Yes Yes 18 LT-0757A 0 I WIDE RANGE LEVEL TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-0757B 0 I WIDE RANGE LEVEL TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-0758A 0 I WIDE RANGE LEVEL TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-0758B 0 I WIDE RANGE LEVEL TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 LT-2021 0 I T-2 LEVEL TRANSMITTER TB 590.00 OUTSIDE 590.00 Yes BS GRS Yes Yes Yes No No 18 LT-2022 0 I T-2 LEVEL TRANSMITTER TB 590.00 OUTSIDE 590.00 Yes BS GRS Yes Yes Yes No No 18 P/P-1659 0 I V-95 DAMPER D-2 AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0105A 0 I PRESSURIZER WIDE RANGE PRESS. RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0105B 0 I PRESS. LEVEL CHAN. A RB 590.00 143 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0741A 0 I P-8A/B LOW SUCTION TB 570.00 007 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0741B 0 I P-8A/B LOW SUCTION TB 570.00 007 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0741DD 0 I P-8A/B LOW SUCTION TB 570.00 007 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0751C 0 I E50A LOW PRESSURE TRANS. RB 590.00 142 609.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers o the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All s* atories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a license ,. ssional engineer.) W. Djordjevic 5/11/95 Print or Type Name Date Print or Type Name Date S. Anagnostis 5/11/95 IA Print or Type Name Date Print or Type Name Signature Date Owner's Review: D. Engle ,,,8-f_?s* yf_u Print or Type Name ature
Eq. 05/11/95 03:20 PM Eq. ID Rev Sys/Eq. Desc PALISADES NU.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 11 Cl No Spec. Spec Demd? OK? OK? OK? OK? 18 PT-07510 0 I E50A LOW PRESSURE TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0752C 0 I E-50B LOW PRESSURE TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-07520 0 I E-50B LOW PRESSURE TRANS. RB 590.00 142 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0762A 0 I LOW SUCTION PRESSURE TRIP AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0762B 0 I LOW SUCTION PRESSURE TRIP AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 PT-0762C 0 I LOW SUCTION PRESSURE TRIP AB 570.00 005 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1653 0 /VC-11 OIL TEMP. SWITCH AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1654 0 /VC-10 OIL TEMP. SWITCH AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1820 0 /V-24D TEMP AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1821 0 /V-24C TEMP AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1822 0 /V-24C TEMP AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1823 0 /V-24DTEMP AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1827 0 /V-24A TEMP AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1828 0 /V-24A TEMP AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1843 0 /V-24B TEMP AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 18 TS-1844 0 /V-24B TEMP AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 19 TE-0112CC 0 I CHANNEL C COLD LEG TEMP. ELEM. RB 607.00 237 607.00 Yes BS GRS Yes . Yes N/A Yes Yes 19 TE-0112CD 0 I CHANNEL D COLD LEG TEMP. ELEM. RB 607.00 237 607.00 Yes BS GRS Yes Yes N/A Yes Yes 19 TE-0112HC 0 I HOT LEG TEMPERATURE-D RB 607.00 237 607.00 Yes BS GRS Yes Yes NIA Yes Yes 19 TE-0112HD 0 I HOT LEG TEMPERATURE-D RB 607.00 237 607.00 Yes BS GRS Yes Yes N/A Yes Yes 19 TE-0122CC 0 I CHANNEL C COLD LEG TEMP. ELEM. RB 607.00 236 607.00 Yes BS GRS Yes Yes N/A Yes Yes 19 TE-0122CD 0 I CHANNEL D COLD LEG TEMP. ELEM. RB 607.00 236 607.00 Yes BS GRS Yes Yes N/A Yes Yes 19 TE-0122HC 0 I HOT LEG TEMPERATURE-D RB 607.00 236 607.00 Yes BS GRS Yes Yes N/A Yes Yes 19 TE-0122HD 0 I HOT LEG TEMPERATURE-D RB 607.00 236 607.00 Yes BS GRS Yes Yes N/A Yes Yes 20 EC-01 0 I TURBINE GENERATOR CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All si natories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a licensed R gineer.) W. Djordjevic 5/11/95 Print or Type Name Date Print or Type Name Signature Date S. Anagnostis 5/11/95 Print or Type Name Date Print or Type Name Date Owner's Review: D. Engle Print or Type Name
Eq. 05/11/95 03:20 PM Eq. ID Rev Sys/Eq. Desc PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 12 Cl No Spec. Spec Demd? OK? OK? OK? OK? 20 EC-02 0 I PRIMARY PROCESS & REACTOR AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROL 20 EC-03 0 I CONTAINMENT ISOL. & MISC. CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-04 0 I RELAY & STATION AUXILARY CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-06 0 I REACTOR PROTECTIVE SYSTEM AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROL 20 EC-08 0 I SERVICE WATER & COMP. COOLING AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROL 20 EC-11 0 I RADIATION TURBINE CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-11A 0 I POST ACCIDENT CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-12 0 I PRIMARY PROCESS & AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes INSTRUMENTATION 20 EC-126 0 I CIRC. WATER & IODINE CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-13 0 I OBA SHUTDOWN & MISC. CONTROL AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-150 0 I AUX. HOT SHUTDOWN PANEL AB 607.00 250 610.00 Yes BS GRS Yes Yes No Yes No 20 EC-168 0 I POST ACCIDENT SAMPLE MONITORING AB 607.00 214 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-17 0 I P-55A SPEED CONTROL AB 590.00 106 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-180 0 I E-50A ISOLATION SOLENOIDS TB 607.00 247 610.00 Yes BS GRS Yes No Yes Yes No 20 EC-181 0 I E-50B ISOLATION SOLENOIDS AB 625.00 328 625.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-182 0 I ATMOSPHERIC STEAM DUMP PA AB 625.00 338R 625.00 Yes BS GRS Yes Yes No Yes No 20 EC-186A 0 I CONTROL ROOM HVAC CONTROL AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-186B 0 I CONTROL ROOM HVAC CONTROL AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-187 0 I AUX FEEDWATER CONTROL AB 607.00 223 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-188A 0 I DAMPER CONTROL AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-188B 0 I DAMPER CONTROL AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All ignatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a licens rofessional engineer.) W. Djordjevic 5/11/95 I Print or Type Name Date Print or Type Name Signature Date S. Anagnostis Print or Type Name 5/11/95 Date Print or Type Name A Signature Date Owner's Review: D. Engle Print or Type Name
Eq. 05/11/95 03:20 PM Eq. ID Rev Sys/Eq. Desc PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 13 Cl No Spec. Spec Demd? OK? OK? OK? OK? 20 EC-189A 0 I CONDENSER SERVICE WATER AB 629.17 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROL 20 EC-189B 0 I CONDENSER SERVICE WATER AB 629.17 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROL 20 EC-22 0 I DG-1/1 CONTROL PANEL AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-26 0 I DG-1/2 CONTROL PANEL AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EC-32 0 I NSSS SAMPLE HOOD AB 607.00 228 610.00 Yes BS GRS Yes No No Yes No 20 EC-33 0 I REDUNDANT SAFETY INJECTION AB 590.00 121 590.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROL 20 ED-13 0 I METERING SECTION DC BUSS AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 ED-23 0 I METERING SECTION DC BUS AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1002 0 I CONTROL ROOM HVAC CONTROLS AB 625.00 300A 640.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1003 0 I CONTROL ROOM HVAC CONTROLS AB 625.00 300 640.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1005 0 I AUX FEEDWATER RELAY CONTROL AB 607.00 223 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1006 0 I AUX. FEEDWATER RELAY CONTROL AB 607.00 223 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1051 0 I AUX FEEDWATER CONTROLS AB 607.00 223 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1052 0 I AUX. FEEDWATER RELAY CONTROLS AB 607.00 223 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1092 0 I CONTROL ROOM HVAC VC-10 AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROLS 20 EJ-1093 0 I CONTROL ROOM HVAC VC-11 AB 625.00 325 625.00 Yes BS GRS Yes Yes Yes Yes Yes CONTROLS 20 EJ-1143 0 I M0-0753 DISCONNECT 8/2327 AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-1144 0 I M0-0760 DISCONNECT 8/2427 AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-214 0 I T-40 DIESEL FUEL TRANSFER TB 590.00 136 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-245 0 I DIESEL OIL TRANSFER PUMPS AB 590.00 147 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-246 0 I DIESEL OIL TRANSFER PUMPS AB 590.00 146 590.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All signatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a license ssional engineer.) W. Djordjevic 5/11/95 Print or Type Name Date Print or Type Name Signature Date S. Anagnostis 5/11/95 AIA Print or Type Name Date Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name ~d natlire 1¥¢s1
05/11 /95 03:20 PM Eq. Eq. ID Rev Sys/Eq. Desc PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) Bldg. Fl El. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 14 Cl No Spec. Spec Demd? OK? OK? OK? OK? 20 EJ-43 0 I DIESEL FUEL TRANSFER TB 590.00 136 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-44 0 I DIESEL FUEL TRANSFER TB 590.00 136 590.00 Yes BS GRS Yes Yes Yes No No 20 EJ-541 0 I CONTAINMENT ISOLATION RELAYS AB 607.00 224 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-593 0 I P-55B&C TRANSFER SWITCH AB 590.00 104B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-594 0 I P-55B&C TRANSFER SWITCH AB 590.00 104A 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJ-79 0 I DIESEL FUEL DAY TANKS TB 590.00 707 590.00 Yes BS GRS Yes Unk Unk No No 20 EJ-9400 0 I BUS 1-C UNDER VOLTAGE RELAYS AB 590.00 116A 590.00 Yes BS GRS Yes Yes No Yes No 20 EJ-9401 0 I BUS 1-D UNDERVOLTAGE RELAYS AB 607.00 223 610.00 Yes BS GRS Yes Yes No Yes No 20 EJL-256 0 I P-55B TRANSFER SWITCH AB 590.00 104A 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJL-257 0 I P-55C TRANSFER SWITCH AB 590.00 104B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJL-258 0 I ED-01 FUSE BOX AB 607.00 225A 610.00 Yes BS GRS Yes Yes No Yes No 20 EJL-259 0 I ED-02 FUSE BOX AB 607.00 225 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJL-263 0 I AUX FEEDWATER CONTROLS AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJL-264 0 I AUX FEEDWATER CONTROLS AB 590.00 123 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJL-422 0 I 72-02 BREAKER BOX AB 607.00 225 610.00 Yes BS GRS Yes Yes Yes Yes Yes 20 EJL-423 0 I 72-01 BREAKER BOX AB 607.00 225A 610.00 Yes BS GRS Yes Yes No Yes No 20 N-61 0 I VENT FAN V-24D STARTER BOX AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 N-69 0 I VENT FAN V-24B STARTER BOX AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 N-81 0 I VENT FAN V-24A STARTER BOX AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes 20 N-93 0 I VENT FAN V-24C STARTER BOX AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All s* natories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a licensed sional engineer.) W. Djordjevic 5/11/95 Print or Type Name Date Print or Type Name Date S. Anagnostis Print or Type Name 5/11/95 Date N Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name
Eq. 05/19/95 03:53 PM Eq. ID Rev Sys/Eq. Desc Bldg. PALISADES N.AR PLANT SCREENING VERIFICATION DATA SHEET (SVDS) FIEI. Rm or Rw/CI Base El. <40'? Cap. Demd. Cap> Caveats Anchor Interact Equip Page# 15 Cl No Spec. Spec Demd? OK? OK? OK? OK? 0 ACCUM- 0 I CV-0510 & CV-0501 ACCUMULATOR AB 607.00 238 610.00 N/A DOC CRS Yes Yes Yes Yes Yes MSIV1 0 ACCUM- 0 I CV-0510 & CV-0501 ACCUMULATOR AB 607.00 238 610.00 N/A DOC CRS Yes Yes Yes Yes Yes MSIV2 7 POC-0736A 0 I E-50B FLOW CONTROL AB 570.00 005 590.00 Yes BS GRS Yes Yes N/A Yes Yes 7 POC-0737A 0 I E-50A FLOW CONTROL AB 570.00 005 590.00 Yes BS GRS Yes Yes N/A Yes Yes 7 RV-0401 0 I SHUTDOWN COOLING RELIEF RB 607.00 236 607.00 Yes BS GRS Yes Unk N/A Unk Unk 7 RV-0402 0 I SHUTD COOL. HX E-60A TUBE SIDE AB 570.00 005 590.00 Yes BS GRS Yes Unk NIA Yes Unk 7 RV-0403 0 I SHUTD COOL. HX E-60B TUBE SIDE AB 570.00 005 590.00 Yes BS GRS Yes Unk N/A Yes Unk 7 RV-2006 0 I E-58 INLET RELIEF RB 607.00 144 607.00 Yes BS GRS Yes Unk N/A Unk Unk 7 RV-2234 0 I BORIC ACID RECIRC. RELIEF AB 590.00 107A 590.00 Yes BS GRS Yes Yes N/A Yes Yes 7 RV-3161 0 I DRAIN TO QUENCH TANK RB 607.00 236 607.00 Yes BS GRS Yes Unk N/A Unk Unk 7 RV-3162 0 I LOW PRESS. SFTY. INJECT. RFL VLV RB 590.00 143 590.00 Yes BS GRS Yes Unk N/A Unk Unk 7 RV-3164 0 I SHUTDOWN COOLING RELIEF RB 590.00 143 590.00 Yes BS GRS Yes Unk N/A Unk Unk 7 RV-3165 0 I HIGH PRESS. SFTY. INJECT. RFL VLV RB 590.00 143 590.00 Yes BS GRS Yes Unk N/A Unk Unk 7 RV-3266 0 I H.P. PUMPS DISCHARGE AB 570.00 004 590.00 Yes BS GRS Yes Yes NIA Yes Yes 7 RV-3267 0 I P-66A DISCHARGE AB 570.00 004 590.00 Yes BS GRS Yes Yes N/A Yes Yes 10 P0-1834 0 I DAMPER D24 AB 590.00 116B 590.00 Yes BS GRS Yes Yes Yes Yes Yes 10 P0-1843 0 /DAMPER D25 AB 590.00 116 590.00 Yes BS GRS Yes Yes Yes Yes Yes Certification: Certification: All the information contained on this Screening Verification Data Sheet (SVDS) is, to the best of The information provided to the Seismic Capability Engineers regarding systems and operations our knowledge and belief, correct and accurate. "All information" includes each entry and of the equipment contained in the SVDS is, to the best of our knowledge and belief, correct and conclusion (whether verified to be seismically adequate or not). accurate. Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT) Approved: (One signature of Systems or Operations Engineer is required if the Seismic Capability are required; there should be atleast two on the SRT. All signatories should agree with all the Engineers deem it necessary.) entries and conclusions. One signatory should be a licensed professional gineer.) Alan L Lyon Print or Type Name Print or Type Name Signature Date Rolfe B. Jenkins Print or Type Name Print or Type Name Signature Date Owner's Review: D. Engle Print or Type Name
- 1.0 Personnel resumes and training documentation for the development of the SSEL and Relay Evaluations .
- ENGINEERING ~D TECHNICAL STAFF RESUME DEPARTMENT: NECO-Engineering Programs SECTION: Special Projects Name: Dale E. Engle
Title:
SQUG Project Manager/Engineer EDUCATIONAL BACKGROUND: Attended college in the field of engineering. Also completed the following training programs:
-Bachelor of Science and Mechanical Engineering (BSME)
- -MPR/EPRI Seismic Qualifications Utility Group (SQUG) [(3 day course for equipment selection and relay evaluation) Betheseda, MD Aug. 25, 26, 27 1992.]
JOB-RELATED EXPERIENCE Total of20 years operating nuclear plant experience. Responsibilities include 15 years of operating nuclear plant experience at Palisades Nuclear Plant. Duties included but were not limited to the following:
-Plant Start-up Testing
-Project Engineering
-Project Management
-Surveillance Testing
-Maintenance Engineering
-SQUG Project Manager - 3 years
SQUG C!Jrrtifiratr .of Arfiiru rmrnt ill.IJis is fo C.O:trfify fq nf 1El alr . 1£ng lr (* ::~ qaz C!lnmplrtrh tqr (Jru,.< §~ijjQ; 1£quipmrnf §rlrdi.on
- C!Jruining C!I.our.sr
~-- . .. - . ~(((ii\\ ~rlh August 25-2 7, l 992
..r : . ... : . : Richard G. Starck ll, MPR Associates
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.* ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: Plant Engineering SECTION: System Engineering Name: Brian Shaler
Title:
Lead Relay Reviewer EDUCATIONAL BACKGROUND:
.Attended Western Michigan University in the field of engineering.
Also completed the following training programs:
-Bachelor of Science and ~lectrical Engineering (BSEE)
* -MPRIEPRI Seismic Qualifications Utility Group (SQUG)
-Safe shutdown equipment selection.
-Relay screening and evaluation training.
JOB-RELATED EXPERIENCE Total of 8 years experience. Responsibilities include 4 years of operating nuclear plant experience at Palisades Nuclear Plant Duties included but were not limited to the following:
-Start-up Testing
-Constructuion Field Engineer
-Project Engineering
-Consultant
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ENGINEERING AND TECHNICAL STAFF RESUME
- DEPARTMENT:
SECTION: Name: NECO-Engineering Programs Consultant Don E. Knottnerus
Title:
Project Manager/Engineer EDUCATIONAL BACKGROUND: Attended various colleges in the field of management and engineering. Also completed the following training programs:
-MPRIEPRI Seismic Qualifications Utility Group (SQUG)
--Raychem Energy Division Instructor/Inspector qualification
-University of Wisconsin Administration/Supervision/Estimating
-Lansing Community College OSHA/MIOSHA safety courses
-Grand Rapids Junior College Welding qualification
-State of Michigan Master Electrician License
-United States Department of Labor Electrical Apprenticeship
- JOB-RELATED EXPERIENCE Total of20 years experience.
Responsibilities include 12 years of operating nuclear plant experience at Palisades Nuclear Plant in the management of construction, maintenance and engineering: Duties included but were not limited to the following:
-All project preparatory purchasing, estimating, cost/scheduling, subcontractors, contracts
- and labor acquisition for all crafts and disciplines.
-The assurance of proper engineering interface and design activity
-Development of instructional and training material for company personnel
\ -The assurance that a project complied with all Federal and nuclear industry codes and regulations -
-All civil, electrical and mechanical maintenance construction installation for major and minor modifications
-Interfacing with Quality Assurance
-Design modifications
-Appendix R Program (ARP)
-Configuration Control Program(CCP)
-Seismic Qualification Utility Group Program(SQUG)
-Electrical Equipment Qualification(EEQ)
- -Q-list Program, including developing procedures and training
-Circuit/Raceway Program
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- ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: Operation Department SECTION: Operation Support Name: Stevan R. Oakley*
Title:
Operations Dept. Reviewer EDUCATIONAL BACKGROUND: Attended college in the field of engineering. Also completed the following training programs:
-Bachelor of Science and Electrical Engineering (BSEE)
- -MPR/EPRI Seismic Qualifications Utility Group (SQUG)
-Safe shutdown equipment selection.
-Relay screening and evaluation training.
-State of Michigan Professional Engineering License
-Senior Reactor Operator License JOB-RELATED EXPERIENCE Total of 13 years experience.
Responsibilities include 13 years of operating nuclear plant experience at Palisades Nuclear Plant Duties included but were not limited to the following:
-Systems Engineering
-Project Engineering
-Operation Support
- 2.0 Personnel resumes and training documentation for the development of the Seismic Evaluations .
- STEPHEN ANAGNOSTIS EDUCATION:
B.S. - Civil Engineering, Columbia University School of Engineering, 1974 M.S. - Structural Engineering, Massachusetts Institute of Technology, 1976 PROFESSIONAL HISTORY: Stevenson & Associates, Inc., Project Manager, 1983 - present URS I John A. Blume & Associates, Engineers, Boston, Massachusetts, Project Engineer 1982
- 1983; Senior Engineer, 1980 - 1982 Charles Stark Draper Laboratory, Cambridge, Massachusetts, Technical Staff, 1976 - 1980; Draper Fellow, 1974 - 1976 PROFESSIONAL EXPERIENCE:
- Mr. Anagnostis has eighteen years of experience, principally in the areas of seismic and dynamic engineering analysis. He joined Stevenson &Associates in February 1983 as a Project Manager in the Boston
- area office. He is currently the Project Manager for the resolution of USI A-46 for the Salem plants, and will be the lead walkdown engineer and analyst forthe James A. FitzpatrickA-46 project. He has conducted hundreds of hours of seismic walkdowns at nuclear power facilities throughout the US and aborad. Mr. Anagnostis is the principal authorofS&A's GIPPERand IPEXPERT, computer programs specifically designed to gather and analyze data for the implementation of the USI A-46 and seismic IPEEE programs respectively.
- Mr. Anagnostis was extensively involved in both analysis (frequency domain and time domain structural dynamics) and testing (in-situ modal and full-scale shaking-table) at URS/Blume's Boston office. He had lead technical responsibility for a two year program to develop a seismic evaluation criteria for electrical raceway systems at eight of the oldest United States nuclear power stations. This program included the design, supervision, and data analysis of shaking-table tests of full-scale raceway systems, cyclic/fatigue tests of raceway components, and the development of analytical evaluation techniques incorporating the test results.
As a member of the technical staff of Charles Stark Draper Laboratory, Mr.Anagnostis was involved in the assessment of space based surveillance (infra-red and radar) and defense systems for the Defense Advanced Research Projects Agency. He was a major author of a software simulation system to assess the capabilities of spaced based optical systems including structural vibrations, control dynamics, and optical performance. L------~---S:A
- PROFESSIONAL GROUPS:
Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Civil Engineers Nuclear Structures and Materials PUBLICATIONS AND REPORTS:
"Vibration Engineering in the Semiconductor Industry," with W. Djordjevic and T. M, Tseng, Test and Measurement World, May, 1984 "EDASP: Structural Modification Program," with W. Djordjevic and T. M. Tseng, Proceedings, Second International Modal Analysis Conference, Orlando, Florida (F,ebruary 1984). "Implementation of Software to Account for Equipment Modifications," with W. Djordjevic, C. Gangone, R. Jenkins and A. Marion, Transa~tions, ANS 1983 Winter Meeting, San Francisc_o, California (October 1983) "Theory and Implementation of Analytical Tools to Calculate Response Changes in Equipment Previously Evaluated by Testing," with W, Djordjevic, Transactions, 7th International Conference on
- Structural Mechanics in Reactor Technology (August 1983)
"Seismic Evaluation of Electrical Raceway Systems," with W. Djordjevic and F. Elsabee, 1983 ASME Pressure Vessel and Piping Conference, Portland, Oregon (June 1983) "Space Radar Large Aperture Simulation/Analysis," with F. Ayer, CSDL R-1413 (October 1980) "LargeBeam Expander Technology Design, Ancilysis and Simulation Development Program" (U), with K. Soosaar, et al., CSDL R-1224 (Secret), (April 1979) "High Altitude Large Optics Integrated Simulations" (U). with K. Soosaar. et al., CSDL R-1286 (Secret),
(July 1979)
"Passive and Active Suppression of Vibration Response in Precision Structures" (U), with K. Soosaar et. al., CSDL R-889 (Secret) (February 1978) "Optimal Actuator Locations for Mirror Surface Control," M.S. Thesis Massachusetts Institute of Technology (May 1976)
- SA pg 2 S:A
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- WALTER DJORDJEVIC EDUCATION:
B.S. - Civil Engineering, University of Wisconsin at Madison, 1974 M.S. - Structural Engineering, Massachusetts Institute of Technology, 1976 REGISTRATION: State of California, State of Wisconsin, Commonwealth of Massachusetts, State of Michigan PROFESSIONAL HISTORY: Stevenson & Associates, Inc., Vice President and General Manager of the Boston area office, 1983 - present URS/John A. Blume & Associates, Engineers, Boston, Massachusetts, General Manager, 1980 - 1983; San Francisco, California, Supervisory Engineer, 1979 - 1980 Impel! Corporation, San Francisco, California, Senior Engineer, 1976 - 1979
- Stone & Webster Engineering Corporation, Boston, Massachusetts, Engineer, 1974 - 1976 PROFESSIONAL EXPERIENCE:
Mr. Djordjevic founded the Stevenson & Associates Boston area office in 1983 and serves as Vice President and General Manager. He is currently preforming numerous seismic walkdowns for resolution of the USI A-46 and seismic IPEEE issues, and serving as the Project Manager for the Kewaunee, Point Beach and Palisades projects, all joint A-46 and Seismic PRA projects.
- Mr. Djordjevic is expert in the area of seismic fragiity analysis and dynamic qualification of electrical and mechanical equipment. . He has participated in and managed over twenty major projects involving the evaluation and qualification of vibration sensitive equipment and seismic hardening of equipment. As demonstrated by his committee work and publications, Mr. Djordjevic has participated in and contributed steadily to the development of equipment qualification and vibration hardening methodology.
Mr. Djordjevic's previous walkdown experience included all of the SEP plants (8 plants), Nine Mile - Unit 1, D.C. Cook - Units 1 & 2, the Hanford Reservation Purex facility and the Savannah River Plant Reservation L-Reactor. He has personally participated in seismic walkdowns at 26 U.S. nuclear units. Representative projects include overseeing the SEP shake-table testing of electrical raceways, in-situ testing of control panels and instrumentation racks at various nuclear facilities, equipment anchorage walkdowns and evaluations at various nuclear facilities, principal author of the CERT/VAL VE software package to evaluate nuclear service valves, and contributing author in the development of the ANCHOR and EDASP software packages commercially distributed by Stevenson & Associates.
- Mr. Djordjevic has been involved extensively in the reassessment of safety-related equipment for commercial nuclear facilities and government U.S. Department of Energy facilities, for which he maintains an active Q-clearance status. He has served on advisory groups and review teams touring older existing nuclear facilities to assess safety and has performed earthquake reconnaissance at such installations following seismic events.
PROFESSIONAL GROUPS: Member, Institute of Electrical and Electronics Engineers, Nuclear Power Engineering Committee* Working Group SC 2.5 (IEEE-344) Chairman, American Society of Civil Engineers Nuclear Structures and Materials Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Mechanical En'gineers Operation, Application, and Components Commit-tee on Valves, Working Group SC-5 I WDpg2 SJ\.
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- ROBERT P. KENNEDY EDUCATION:
B.S. - Civil Engineering, Stanford University M.S. - Structural Engineering, Stanford University Ph.D. - Structural Engineering, Stanford University REGISTRATION: State of California, State of Tennessee, State of Texas, State of Alabama PROFESSIONAL HISTORY: RPK ~tructural Mechanics Co'nsulting, Yorba Linda, California, President, 1987 to Present National Technical Services Engineering, Los Angeles, California, Vice President, 1985 -1987 Structural Mechanics Associates, Newport Beach, California, President, 1979-1985 Engineering Decision Analysis Corp., Newport Beach, California, Vice President, 1977 - 1979
- Homes and Narvier, Inc., Los Angeles, California, Manager of Engineering Mechanics Division, 1970 -1979 PROFESSIONAL EXPERIENCE:
Dr. Kennedy has over twenty years experience in static and dynamic analysis plus design of special purpose civil and mechanical-type structures, particularly for the nuclear, petroleum, and defense industries: design of structures to resist extreme loadings including seismic, missile impact, extreme wind, impulsive loads, and nuclear environmental effects; development of computerized structural analysis methods: administrative and program management; and teaching. Seismic Ruggedness - Nuclear Facilities Chairman, Senior Seismic Review and Advisory Panel (SSRAP), jointly advising both nuclear power utilities and the U.S. NRC on issues relating to seismic ruggedness of existing nuclear power plants. Member of NRC Expert Panel on Seismic Margin for nuclear power plants. Co-author of Electric Power Research Institute (EPRI) Seismic Margin Research Program. Provided technical direction on Seismic fragility portion of seismic probabilistic risk assessments for 23 nuclear power plants. Developed the methodology most commonly used for such studies and author of many technical papers thereon. Taught short courses on seismic PRA methodology in U.S., Spain, Taiwan, and People'sRepublic of China. Consultant on seismic evaluation or design for more than 40 nuclear facilities through the world. Directed seismic analysis of many nuclear power plant buildings and components. Directed many nonlinear seismic response analyses investigations. Evaluated effects of differential earth movement (faulting) on nuclear facility. Performed a number of
- RPK-1
- R.P.Kennedy dynamic soil-structu.re interaction analyses of nuclear reactor containment buildings accounting for the nonlinear effects of base slab uplift. Directed nonlinear seismic evaluation of nuclear facility to demonstrate increased seismic capacity. Evaluated concepts for seismic response mitigation and increased energy absorption. Has participated in 13 nuclear power plant seismic walkdown.
Dynamic Loads - Nuclear Facilities Extensive experience in the analysis of nuclear facilities subjected to extreme dynamic loads including effects of external missile and aircraft impact, and impulsive loading resulting from loss-of-coolant accident and SRV discharge. Prime developer of the method currently in extensive use by the nuclear industry in the U.S. for evaluating the local effects of missile impact on concrete. Consultant on the effects of aircraft impact for several nuclear plants. Consultant to General Electric on effects of pool swell loads resulting from LOCA, and on the increased dynamic reserve margin available in structures subjected to pulsive loads. Consultant to G.E. and Mark I, Mark II, and Mark Ill Owner's Group on combination of responses from multiple dynamic loadings. Consultant on Mark I and Mark Ill evaluations to address the conservatism and uncertainty associated with standard structural analyses fcir SRV loadings. Consultant on methods of response combination and expert witness at Black Fox hearings. Consultant to Mark I and Mark Ill groups on conservatism, uncertainty, structural modeling, and load definition for new dynamic loads. Consultant on three Mark Ill BWR plants with free-standing steel containment, Leibstadt, Allens Creek, and River Bend, in order to evaluate realistic containment response to SR; loadings as current approaches are overconservative and lead to serious design problems. Developed floor response spectra for final design of attached piping for Leibstadt plant by coupled analysis such that beneficial effects of energy feedback are included. Developed method to account for the coupling of equipment and piping to the main structure and to account for energy feedback from the subsystem to the structure. Developed method to account for random phasing of multiple harmonics of condensation oscillation loading in order to compute responses more compatible with measured results. Member ASCE committee on impact and impulse analysis of nuclear facilities, and ACI committee which developed code for the design of nuclear safety-related concrete structure~ subjected to impact and impulse loads. Dr. Kennedy has personally performed seismic walkdowns of 12 nuclear power plants and serves on numerous government (NRC) and industry advisory boards (EPRI) dealing with seismic qualification of nuclear power plant facilities. PROFESSIONAL GROUPS: Chairman, Seismic Analysis, Nuclear Structure and Materials Committee, Structures Division, ASCE. Chairman, Seismic Analysis of Safety Class Structures Standard Committee, Technical Council on Codes and Standards, ASCE. Former Chairman, Gas and Liquid Fuel Lifelines Committee, Technical Council on Lifeline Earthquake Engineering, ASCE. Member, Nuclear Structures and Materials Technical and Administrative Committee, Structures Division, ASCE. Member, Impact and Impulse Analysis, Nuclear Structures and Materials Committee Structures Division, ASCE. Member, Editing Board, ASCE Report entitled "Structural Analysis and Design of Nuclear Plant Facilities."
- RPK-2
- R.P.Kennedy Member, Ad Hoc Group on Soil-Structure Intersection, Nuclear Structures and Materials Committee, Structures Division, ASCE.
- Member, ACI 349, "Subcommittee on Standard Requirements for Nuclear afety-Related Concrete Structures," Design Committee and Working Group 5 - "Impactive and Impulsive Loads."
Member, AWWA DIOO Revision Task Force, charged with revising the AWWA Standard for Welded Steel Tanks for Water Storage. Member, National Research Council Subcommittee on Probabilistic Seismic Hazard Assessment.
- RPK-3
- EDUCATION:
JOHN D. STEVENSON B.S. - Civil Engineering - Virginia Military Institute, 1954 M.S. - Civil Engineering - Case Institute of Technology, 1962 Ph.D. - Civil Engineeri~g - Case Institute of Technology, 1968 REGISTRATION: Commonwealth of Virginia, State of Ohio PROFESSIONAL HISTORY: Stevenson & Associates, Cleveland, Ohio, President: 1981 - present Structural Mechanics Associates, Cleveland, Ohio, Vice President: 1980 - 1981 W.oodward Clyed Consultants, Cleveland, Ohio, Vice President: 1979 - 1980 A.G. McKee & Co., Cleveland, Ohio, Vice President: .1976 - 1979 Case Western Reserve University, Cleveland, Ohio, Assoc. Prof.: 1974 - 1976 Westinghouse Electric Co., Pittsburgh, Pennsylvania, Consultant: 1972 -1974 University of Pittsburgh, Pittsburgh, Pennsylvania, Adjunct Professor: 1970 - 1972 Westinghouse Nuclear Energy Systems, Manager Structural System Engineering: 1966 - 1970 Virginia Military Institute, Assistant Professor: 1957 - 1962
. PROFESSIONAL EXPERIENCE:
Since November 1981, Dr. Stevenson has managed and has served as President and Senior Consultant to Stevenson & Associates. The firm specializes in high technology consulting and engineering services associated with failure analysis of structural and mechanical systems; extreme loads; and nonlinear, dynamic, probabilistic and high temperature analyses. His years of expertise include structural and mechanical design andqualification of nuclear power plant structures and components. He serves on several committees of the ASCE, ASME, ANS, ACI and AISC charged with the development of standards devoted to design of nuclear plant facilities. Dr. Stevenson's relevant experience includes seisniicwalkdowns of 13 nuclear power stations and 23 years as a structural- mechanical engineer with particular application to earthquake design and** analysis. A list of earthquake related projects which Dr. Stevenson performed or directly supervised is as follows:
- 1. Developed seismic design criteria for 5 nuclear power stations: Westinghouse Turnkeys
- 2. Reviewed and approved seismic design adequacy from plans and specifications for 5 nuclear power plants: Westinghouse Turnkeys S:A
- 3. Evaluation of seismic design adequacy of mechanical equipment for French nuclear power station: Fessenhein station
- 4. Evaluation of seismic design adequacy of liquified natural and petroleum gas storage facilities: U.S. General Accounting Office_
- 5. Testing of electrical racks to demonstrate seismic design adequacy: Federal Pioneer, Canada
- 6. Analytical seismic qualification of spent fuel racks - nonlinear analysis for 10 nuclear power plants
- 7. Quality Assurance audit (technical) of the Tokomak fusion test reactor tritium retention structures to resist seismic loads: U.S. Department of Energy
- 8. Prepare preliminary assessment of requirements and installation specification for anchor-age of electrical equipment in the Monticello Nuclear Plant in anticipation of meeting l&E
. 80-21 requirements: Northern States Power Co.
- 9. Review and evaluation of the Purex facility seismic capabilities at Hanford Plant: U.S. _
Department of Energy
- 10.
11. Survey and evaluation of the L reactor mechanical and electrical equipment seismic capabilities for Savannah River Plant: E. I. DuPont Systematic evaluation of the seismic capacity of a 600 MW Candu reactor station for safety shutdown in Argentina
- 12. Review of literature and develop recommendations for piping system damping values for Kraftwerk Union and Mitsubish
- 13. Detailed evaluation of seismic design adequacy for selected mechanical and electrical equipment of five nuclear power stations as part of the U.S. NRC systematic evaluation program: U.S. Nuclear Regulatory Commission
- 14. Review of seismic design adequacy of nuclear plant'facilities for the D.C. Cook Nuelear Power Plant: American Electric Power Corporation
- 15. Systematic evaluation of the seismic capacity of mechanical and electrical equipment for the Connecticut Yankee Nuclear Power Plant: Northeast Utilities
- 16. Systematic evaluation of the seismic capacity of mechanical and electrical equipment for the Maine Yankee Nuclear Power Plant: Yankee Atomic Co.
- 17. Consultant to EPRI to develop criteria for QBE Exceedance based on measure and observed site behavior: Electric Power Research Institute
- 18. Consultant to NRC to develop an experience data base and criteria for design and analysis JDS pg 2-S:A
- of piping systems to resist seismic loads:
- 19. Consultant to NRC to evaluate procedures for HCLPF assessment of equipment in nuclear power plants (NUREG/CR-5270): U.S. Nuclear Regulatory Commission
- 20. Review of earthquake resistance of plutonium fabrication facility: Rockwell International Corp.
- 21. Consultant to EPRI to develop procedures for plant start-up following a damaging earthquake at a nuclear power plant site: Electric Power Research Institute
- 22. Personally performed seismic walkdowns of 16 nuclear power plants in the U.S., Europe, Asia and South America.
PROFESSIONAL GROUPS: Member, American Society of Civil Engineers, Structural Division Committee on Nuclear Safety; Structural Division Committee on Nuclear Structures and Materials; Steering Committee on Development of a Manual of Professional Practice for Quality in the Constructed Project Former Chairman, American Society of Civil Engineers, Executive Committee Technical Council Codes and Standards Chairman, American Society of Civil Engineers, Nuclear Standards Committee Member, American Concrete Institute, Joint ACl-ASME Subgroup on Design of Concrete Components in Nuclear Service, ASME BPVC-Section Ill-Div. 2 Member, American Society of Mechanical Engineers, Subgroup on Design of ASME BPVC-Section Ill-Div. 1 Nuclear Components Subcommittee on Qualification of Mechanical Components in Nuclear Service Member, Nuclear Standards Management Board of ANSI representing ASCE Member, U.S. Representative International Standards Committee SC 85/3/7 on Seismic Criteria for Nuclear Plants Member, U.S. Representative International Atomic Energy Agency Working Group on the Development of Seismic Design Standards Member, ANS-2, American Nuclear Society Committee*on Site Evaluation; NUPPSCO, American Nuclear Society Committee on Nuclear Power Plant Codes and Standards Member, AISC, American Institute of Steel Construction Committee on Specifications for Structural Steel in Safety Class Nuclear Structures Member, Earthquake Engineering Research Institute s~ JDS pg 3
- ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: Plant Engineering SECTION: System Engineering Name: Jeffrey S. Boucher
Title:
Seismic Capability Engineer EDUCATIONAL BACKGROUND: Attended various colleges in the field of engineering. Also completed the following training programs:
-MPR/EPRI Seismic Qualifications Utility Group (SQUG)
- -Montana State University BS Civil Engineer, BS Math
-Purdue MS Structural Engineer
-State of Michigan Professional Engineer License(# G 639 856)
-State of Illinois Professional License (# 062-045797)
-SSEL Training
-IPE Add-on Training JOB-RELATED EXPERIENCE Total of 19 years experience.
Responsibilities include 6 years of operating nuclear plant experience at Palisades. Duties included but were not limited to the following:
-Senior Engineer
-Contractor
-Construction
-Operating Plants
-Nuclear Licensing
-System Analysis and Design
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- ENGINEERING AND TECHNICAL STAFF RESUME DEPARTMENT: NECO-Engineering Programs SECTION: Civil/Structural Engineering Name: . AlanL. Lyon, P.E.
Title:
Seismic Capability Engineer EDUCATIONAL BACKGROUND: Attended Michigan State University in the field of engineering. Also completed the following training programs:
-Bachelor of Science and Civil Engineering (BSCE)
- -MPRIEPRI Seismic Qualifications Utility Group (SQUG)
-Walkdown Screening and Seismic Evaluation Training Course JOB-RELATED EXPERIENCE Total of 15 years experience.
Responsibilities include 4 years of operating nuclear plant experience at Palisades Nuclear Plant Duties included but were not limited to the following:
-Design of Power Plants
-Design of Seismic Restraints for Piping
-Mechanical and Electrical Equipment
-Senior Engineer/NECO
-System Analysis and Design
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... DEPARTMENT: ENGINEERING AND TECHNICAL STAFF RESUME Design Engineering SECTION: Civil/Structural Engineering Name: Rolfe B. Jenkins
Title:
Senior Lead Engineer EDUCATIONAL BACKGROUND: Attended Michigan State University in the field of management and engineering. Also completed the following training programs:
-Michigan State University Bachelor of Science and Math, 1969
-Michigan State University Masters of Science, PhD in Mechanics, 1973
-MPRIEPRI Seismic Qualification Utility Group (SQUG) "Walkdown Screening and Seismic Evaluation Training", February 28 - March 4, 1994
-State of Michigan PE License
- JOB RELATED EXPERIENCE Total of 32 years experience. :
Responsibilities include 19 years of operating nuclear plant experience at Palisades. 10 years - present experience of ASMR Working Group on Piping Design. And 3 years experience with Light Water Breeder Crid Design with Westinghouse. Duties included, but were not limited to the following:
-Fossil Plant Design and Analysis
-Nuclear Plant Design and Analysis
-Reactor Vessel Surveillance INRC Interface
-CE and Westing House Owners Group Representative
-Nuclear/Fossil Project Management
-Trainer - Technical
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@PRIMARY COOLANT PUMP P-50C CP-2Al A <REFER ALSO TO H*20'1 PUMP P- 508 <P- l Bl ., - A
& H*214 FOR COOL INO IRl!FER ALSO TO H*20'1 CONSUMERS POWER COMPANY OPCT & SEALS> & H*214 FOR COOL ING PC 106q9 PM.I~ PiUCLEM l'UINT
& SEALS> COVERT* M?CttJOAN
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8 7- I 6 4 3 2 1 CONTAINMENT EVENT VENT HEADER
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I. MV-PC-1649 & MV*PC-16!59 ARE PART OF ANDERSON - GREENWOOD INSTRUMENT MANIFOLD INSTALLED ON L T-0105, PALISADES PLANT
- 2. MV-PC-J04!5A OPERATOR IS INACCESSIBLE DUE TO BEING ENCASED CONSUMERS POWER COMPANY IN LEA* SEALANT PER sc-q4-068.
A PIPING & INSTRUMENT DIAGRAM A PRIMARY COOLANT SYSTEM 0"l50 M-201 SH.2 THIS OWG. IS SOUG COLOR COOED. 8 7 6 5 I_ 4 3 2 1
8 7 6 5 4 3 1
- HCD-108-~*
CHARGING PUMP ACCUHULATORS
*202 SH. 18 w-21 ANSTEC H H
HC-17-t* i * .. N276YR-2073 APERTURE PURIF. FILTERS
-202 SH. I lB-71 H~ CARD Also Avalleble on Aperture Card G G FROM POS-2l~B
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DILUTE DILUTE RECYCLED OEBORT~N:c ID STORA F F E E 0713 0 0
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.. C CONTROL SYSTEM M202 lA 24 8 7 6 5 4 3 2 1
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c c REACTOR COOLANT SAFETY INJECTION LOOP IA CC*4* 12' HEADER CC .. 4*61 H*201. SH. I H*203. SH.2 lF-3> <0*8l REACTOR COOLANT 12' *ES 3116 SAFETY INJECT ION LOOP IB HEADER H*201, SH, I CC-4-12' cc-*-s* H*203 SH. 2 IE*4l SAFET~!~~CTJON B REACTOR COOLANT LOOP 2 12' *ES 3131 CC*4* 12' cc- .. -s* M-203, SH. 2 B H*20t. SH. 1 IE-41 <B-e* REACTOR COOLANT 12' .. ES 3146 SAFET~L~~CTJON LOOP 28 cc- ... 121 CC-4-6' M*201, SH. I M*203, SH. 2 IF*5l A THIS DWG. IS SOUG COLOR CODED. PIPING & INSTRUMENT DIAGRAM j::em111mc:(SAFETY INJECTION, CONTAINMENT SPRAY
& SHUDOWN COOLING SYSTEM !
M203 37 8 7 6 5 4 3_ 2 1
7 -- 6 1 ANSTEC APERTURE OBA H SEOUENCER H I HC-30-2"
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((j*4J BACKU" N2 LOii PRESSURE STA 5 INJ'ECT ON oc-1 .. 12* -222 SH. 2 H-21i. SH I 0
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SHUTDOWN COOL I NG HEAT E>cCHANOEFI: E-60A I OC* 1*81 H-204 SH I CE-Bl I B B tI -~33 THIS DWG. IS SOUG COLOR CODED.
-_ J EVENT RECOROER oc-10-1*
<OPENI CONTAINMENT SPRAY ,._
PUMP TEST INTERLOCK COPEN & CLOSE> HM A T-S2D .. - A
-203. SH. 1
<B-21 CONTAINMENT SPRAY
<DUAL !TY GROUP 21 CONSUMERS POWER COMPANY P'l:ll.19'US ICJCLl!'flllllt PLANT covrJltT
- MIC"10Mt 8 7 6 5 4 3 2
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.... HC-23-6 1 SPRAY REC IRC TO S IRV H-204 SH. IS
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SAFETY INJECT ION TANKS 2' Q)- u cc-10-1 1 S TRAIN H-203 SH. 2 CONT A INHENT SPRAY RECIRCULATION A TRAIN H* 203 SH. 2 IC .. ll 11 .. N 130H3- 3378 COMPONENT COOLING WATER H-20q SH. 2 IH*6> @sHuTOOWN HP SAFETY E-612JA :; COOLING HEAT EXCHANGERS INJECTION PUMP E..=..SS.6. 0 SIRW 1' -Nt30M3-3380 H*204 SH. 18 F VEST SAFEGUAROS ROOM SUMP IE-7> F H*21 I SH, I oc- 10-3 1
- . SIS CONTA INHENT P66B SUSCOOL ING SPRAY oc-1 .. e* H-204 SH. IS H*203 SH, 2
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- 2 0 4 SH. IS( ~ ~lC-8> 0 C0~ LHT 0 SPRAY <C-7>
( H-203 SH, 2 ( oc-1-s* GC*3* 10'
<C-1> c ANSTEC 9' - N26H3DR- 3205 APERTURE CONTAINMENT oc-a-e TEMPORARY CONNECTION FOR SPENT CARD SPRAY PUMPS FUEL POOL LC COOLING H-221 CHP 1--__;._ _ _ _ _ _*_A-_e'_ _ __J .4'1ao Available en c ~
~ 1' *N130M3-ES '3382 I Aperture Card c
~ ...."' i COMPONENT COOL ING WATER H*20q SH. 2 D8A SEDUENCER L-~
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ii! 81 - N23~M3R- 3220 8' - N26M30R- 3221
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AIR Sl.f'PLY w.s.G. RO VEST ROOM EAST ROOM NOTES1 I.REFER TO DVG M*20q FOR SAFEGUARDS PUMPS COOLING REV DAT DESCRIPTION BY o9P
- 2. REFER TO DVG M* 21 I FOR SAFEGUARDS ROOHS Sl.tlPS LP SAFETY INJECTION GC 121
- 3. REFER TO OVG N5!5!H;q5. I ICE DVG 2q66-D-3204l FOR L. P, CONSUMERS POWER COMPANY GC- 1-12*
A H-203 SH, 2 SAFETY INJECTION PUMPS VENT AND DRAIN PIPING, . 4, REFER TO DVG N5!5!5-6"5- I ICE DVG 2q66-D-!5082> FOR H, P. PALl~~~T~':i~~fci!.:-ANT M204-I.DGN A
<0-4> SAFETY IN.JECTIDll PUHPS VENT AHO OMIN PIPlNO.
SHUTOOVN COOL ING CROSSOVER TO SHUTDOWN COOL ING
- 5. REFER TO P&I DIAGRAM H-22!5 FOR CONTROL AIR SYSTEH DETAILS,
- 6. HCC-101*2' & HCC-102-2" SHALL BE TIED INTO EXISTING PIPING & INSTRUMENT DIAGRAM LINE PIPING AT EL. 63"' *0" LOCATE ROOT VALVES ADJACENT TO TIE l::=:;;g;im!!L!Jr;s;:::jSAFETY INJECTION CONTAINMENT SPRAY THIS DWO IN FOR ' WET TAP' IF REllU IRED.
7.ALL VALVE SUFFIXES ARE *ES* AND TAGGED AS BUILT Ulol..ESS ANO SHUTDOWN COOLING SYST.~M .,. CE- I> OTHERWISE NOTED. M21214 61 8 7 6 5_ I_ _ 4 3 _l_ 2
8 7 6 5 4 3 2 1 ANSTEC *~-~* H el j! ai ID cni!is !§~~z APERTURE H z ~i!: U)...I i§l!I CARD Also Available on Apenure Card -1
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t-~~~....,...,-.--L-C~~~~~--lll~lq 24 1 *N237M2R*3168 GC-10-2' DIRTY llASTE D DRAIN HEADER D M*2ll SM. I ELC c sis r.r-ISEoB~cERI '-'=-=="-'=""-' t J c CHARGING PUll"S
)M*21l2 SH. 19) CC*7-2'
. CB-4> NOTESt
°i':'iiEFER TO DllO M* 20'1 FOR SAFEOUAROS PIMPS COOL I NO.
- 2. REFER TO DllG M* 21 I FOR SAFEGUARDS ROOMS SUMPS.
- 3. REFER TO DllG NSSS-6'16* 1 !CE DllG 2'1S6*D-32041 FOR L. P.
SAFETY INJECTION PUMPS VENT ANO DRAIN PIPING.
- 4. REFER TO DllO NSSS-6q!I- I !CE DllO 2'166* D* !10821 FOR H. p.
SAFETY INJECTION PUMPS VENT ANO DRAIN PIPING.
!I. REFER TO P&I DIAGRAM H-22!1 FOR CONTROL AIR SYSTEM DETAILS.
- 6. HCC-llll-2' & HCC* 102*2' SHALL BE TIED INTO EXISTING PIPING AT EL. 93q* *ll' LOCATE ROOT VALVES ADJACENT TO TIE B IN FOR 1 llET TAP' IF REOUIRED.
- 7. ALL VALVE PREFIXES ARE *ES' ANO TAGGED AS BUILT UNLESS B OTl£R II ISE NOTED.
@!:IP SAFETY INJECTION PUMP llEST ROC!H GC-4-4 1 P..:.66a
.. _ A A
THIS DWG. IS SOUG COLOR CODED. ..........- CONSUMERS POWER COMPANY P'M.I~ M.ICLEM PUNT 0'0 PIPING S. INSTRUMENT DIAGRAM "li.., ., . . ::i..
-9 5 *o s s1 o oo1 p-cmqSAFETY INJECTION CONTAINMENT' SPRJW AND SHUTDOWN COOLING.L1YSTEI'-, .
M204 IA 18 7 5_ 4 3 _I
8 7 6 ---r-- 2 1 ANSTEC H APERTURE H SPRAY REC IRC. M .. 204 SH. (H .. 2J CARD Also Avallebfe on Aperture Card REC I RC H-2114 SH. G IH-2> G F
- SEE NOTE oq F
P66B E H-2114 SH. IF-11 1 E OEOT P66B SUBCOOL ING u ~1~'--N~1"'7~6~YR~-~E~S-9~2~ H-2114 SH. " -' re=-==-" RAOllASTE IE-2> -* M-2111 SH IB 0 ES 34117 HC 6 ' COOj.IN~u~~0~ucTJON M-221 SH. 2 0
<C-41 3' - N2~20R* 3242 LO I H -211-3' M* 2 g~~
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HCC-1112*2' HCC-1112-2' c c
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P54C M*2114 SH. I NOTES1
<0*21 ~R TO DllO M-20'l FOR SAFEGUARDS PUMPS COOL ING.
RE"c"JR'&R
!CLOSED> O ~- . O
- 2. REFER TO DllG M* 211 FOR SAFEGUARDS ROOMS SUMPS.
- 3. REFER TO 0110 NS55-sq6- I <CE DllG 2qs6-D-32114> FOR L. P.
SAFETY INJECTION PUMPS VENT ANO ORAIN PIPING.
- 4. REFER TO DllG NS55-sq5- I ICE DllG 2qss-D-!llllB2> FOR H.P.
A B SAFETY INJECTION PUMPS VENT AKI ORAIN PIPING. c C33 c !I. REFER TO Pal D M-22!1 FOR CONTROL AIR SYSTEM DETAILS.
- 7. ALL VALVE PREFIXES ARE 'ES' ANO TAGGED AS BUILT UNLESS OTl£R 11 ISE NOTED.
B a.~~~~3~g gvg.~g~eGs~~~ ~H3sF~Hf~!11~~'trnG OF B
- q. DUE TO POOR REL JAB IL ITY THE DISCS llERE REMOVED FROM CK-ES-34011. 34111, 34114 & 34115 PER SC*q2-117S, REF. O*PAL-q2*117q.
P!l4B
-2114 SH.
18*2> I HC*3* l-t' 09 A - .... CONSUMERS POWER COMPANY P'N.~ NJCLl!:Mt PL.ANT CCMERToMI~ HM
"' - A THIS OWG. IS SOUG COLOR COOED.
M204 18 25 8 7 6 5 4 3 2 1
8 7 6 5 4 3 2 1 MAIN STEAM BY-PA~--
~
STEAM GEN E*'l511A STEAM E*!50A GENERATOR OR E*!SllB ' H-2117 SH. I 2/4 LOG IC 0!5111 *2116 SH IB @ H*7
>M-207 SH. I CC-5 & E-71
>-- I- ,....._ -j- AIR ACCUM.
CC-3>
---.--- ~ l OUICIC OPENING SIGNAL~
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*2115 SH. IB G EB-6* 12' EB-6*6" CH-31 STOP VALVES GOVERNOR VALVES HSR E-'lB
-2115 SH. I IG-21 F
HSR E-qo M*205 SH. I IG-5> LPA & 9 GLAND SEAL EXHAUST
-2115 SH. I CF 7>
00 43
. E ANSTEC APERTURE CARD Also Avalteble on Apenure Carel_
D <!4-226 SH. 13f- ---1--------' D
<O-U STACK MONITOR c c B 8
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MAIN STEAMf MAIN TORB NE SY TE!-:fS M205 AUXILIARY,. 58 8 7 6 5_ 4 L ______,3"----- :__J_ _2._ __ L__ _ __ _l
8 7 5 4 3 2 1 FV !181 ENS ON LOSS CONDENSER OF OC POWER r-lxJ-r-2~-2~11l6~SH!!f'.j1~B>~ H CC-4J AN STEC H I' APERTURE CARD PS*B741A
~~*18; 3,,l;~~SL'!E .Also Avallable on ~~g7 SH. 2 <G*'7> 1 Aperture Carel I
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>H-207 SH 2 > - - - *- - ;;!FM-207 SH.I >
- <J'i-205 SH. 2A<
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D AUX. F.P, D P*BB AUX. FEEDWATER PUMP M-207 SH 2 TURBINE QRIYER K-8
<G-61 r:'1~1Hi:~
*205 SH. 1
<G-71 c c
<C,D-4J FOR NOTES SEE M*21l5 SH. I lVl DRAIN B JB.. 14-41 Cl< Fii 416 HB*4B*ll!."
THIS DWG. IS SOUG COLOR CODED. GD
<DI ATMOSPHERE PALISADES PLANT CONSUMERS POWER COMPANY A PIPING & INSTRUMENT DIAGRAM A MAIN STEAM AND AUXILIARY 39 TURBINE SYSTEMS 9505310007- M20!5* 2. llGN 8 7 6 5_ 4 3 2 1
8 7 6 5 4 3 2 1 MAIN STEAM IH-91 TURBINE BYPASS VALVE
<M-ze!lof-11"'*':;;-R;iNE" -
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<it-20!1 SH. IA"[
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I. SHGYN FOR CV 078 h CV 0780, F 2. CV 077<1 & CV 0782 ARE IDENTICAL. SX-077<1 THAU SX-0782 ARE HYDROSTATIC F TEST TAPS TO S. G. TEST COOLER TO S. G. TEST
-9505310-007-/2 COOLER E E D 0 TO s.o.
TEST COOLER c FLASH TAN~ T-Z'IA FLASH TANK T-2qA DBB- l l- 4 ' c OBB-<1- 4 * ) M-226 SH. 1> <M-226 SH. 1 E IF-81 IF-91 B
~T 0'56'5 r -<ii-' SH.
41 2A< I <E- THIS DWG.IS SOUG COLOR CODED. I HMW L.. PALISADES PLANT CONSUMERS POWER COMPANY A PIPING & INSTRUMENT DIAGRAM A FEEDWATER & CONDENSATE SYSTEM M-207 SH.,! 71 M207-1JlGN 8 7 6 4 3 2 1
8 7 6 5 4 3 2 1
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<A-4J APERTURE CARD Also Available on Aperture Card E E CDRRDS ION PRODUCT MONITOR H-q7 A/S H-212 SH.2 WASTE TO
<H-7J T-26A 0 0
~
I. REFER TO P&ID H-225 FOR CONTROL AIR SYSTEM DETAILS. SV-117111
- - - - 3'+4-287 SH. 1c>
IA-B> c c E5B DB-I-I' I -207 SH. IC 01-6> I~~ SV-11711
<VI ;lFH-287 SH. 10
<B-81 B I!! B zlll i' THIS OWG. IS SOUG COLOR CODED.
I!! THIS DB-1* t* DVG. PALISADES PLANT H2117- tA, DGN E5A co-u CONSUMERS POWER COMPANY
-207 SH. IC A PIPING & INSTRUMENT DIAGRAM A CONDENSATE FEEDWATER & CONDENSATE SYSTEM ...
SEAL WATER 207 SH. IC
<G- ll TO DRAIN 0"l50 TANK T-26" M-2115 SH. 2
<B-2. 31 R 7 5 _ _3_ L 2
8 7 6 5 4 1 ,~ AN STEC H APERTURE H HOTWELL CARD Also Available on Aperture Card G G P- ll!IA & B SEALS F M-207 SH. IC CO, E-2, 31 F BYP TO E3A LP TURBINE GB-5-J ..* HOOD SPRAY M-207 SH. lC *20!5 H 18 i
<G-61 IG*21 I!! 11/P TO E-38 GB-~* 141 H-207 SH. lC
<G-3!
E E 0 v~~f'"Su'lf~~ C-21!19 PANEL M-'193 0 CHEMICAL INJ'ECTION M-653 SH, 1 IG-71 HYDRAZINE '8-7> G9*3-1'
) M-221!1 SH. 2)
CA*SJ 1' -1q CD 1!51!1 C.2 (H-21q SH. 1Ff-- ll*F1
$* - 130-co 53 tV c c P-ll!IA a B SUCTION (H-207 SH. JC(
IB-21 B THIS DWG. IS SOUG COLOR C.ODED. FAST -E*UP FOR HA II;' STH. DUHi' 950531000?-/C/ 22 C1lll!ECl'ED CD*646 .alNECTION PER OCR ...923 PALISADES PLANT T-2 CONSUMERS POWER COMPANY GBD*CS07 .. 24* CDNO. STOR. TM. NOTES* A ill ~ l!i - H-220 I. :~~E~y~~E~&6~T:jf~!5 FOFI CONTROL PIPING & INSTRUMENT DIAGRAM A FEEDWATER & CONDENSATE SYSTEM Ii~: IB-!51 I!!- al 6l ~~~sv:~-se~~ ~Nft10~'r~~1x~i P. sq~- ii~~ I..._...,.
-i!i . ~ i!i :i: M-207 SH. 18 t--------~------~- ..,-
M207-Ui. DGN _ _ _8 I 7 6 5 I 4 3 2 l P&ID
8 7 6 5 4 3 2 1
!!!!ii I. FOR LEVEL TRANSMITTER "'H GEllERATOR E-508 IS ISOLATED.
H IFOOG B I IEANS STEAM !EIERATCll E - IS ISOLATED. H
- 2. REHlYE STRAllER INTERHALS OORING - Ol'ERATll&
- 3. REHOtE ST41Aru' STRAllER 00!1!1; - OPERATION.
ANSTEC G APERTURE G CARD Also A,,-aJlabfe on Aperture Card MA
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!IHI F F E E 8;~s D ~I ii!I D I
totaNSATE STmta T<HC
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A ii 11!!"'lj'I PIPING & INSTRUMENT DIAGRAM AUXILIARY FEEDWATER SYSTEM
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~,. COMPONENT tC'gOLJNG WATER HEAT EXCHANGERS M208 8 4 3 2
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M208 IB F 20 8 7 6 5 4 3 2 1
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19 2 PIPING & INSTRUMENT DIAGRAM RADIOACTIVE WASTE TREATMENT SYSTEM CLEAN M21121 lC 8 7 6 5 4 1
1 H H I C LAB RM 12q
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CV F 0'145 TURBINE DECK CV*ll437 A & B F CONTROL ROOM ANSTEC CV CONT HEATING 15113 STEAM PO -1011!50 APERTURE 1917 E E NO~Ti;. Lw"Jl.K COUNT ING CV 1113 PRE & HEPA MAGNEHELIC VF!54 FSl914 CV 0'1111 CV IP PCV
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- 20 AUXILIARY BUILDING INSTRUMENT AIR M-212 SH.3 950531000'7 "=112*3.DON 8 7 6 5 4 3 2 1
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JACKET WATER COOLER 3. lrt?E Tfo'BJIEC§'ifi'."~ ~'tlx1'1Bt~NEcsorl'il'rPcifo~T ENGINE AFTER-COOLER B B JACKET WATER SYSTEM CRANKCASE EXHAUSTER$
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4 3 z 1 KBF*3*1B' FIGHTING SYSTEM Also Available on Aperture Card ( l"*FO 703 >-- THIS DWG. IS SOUG COLOR CODED. 6 5 4 3 ___ 2 1 PS.ID
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OUTSIOE N-GALVANIZED STEEL DUCT. All> P-' a' -DUCT & SEISMIC CAT. I CONSTRUCTION INCLUDING HANGEl>S & SUPPORTS OF WELDED DUCTWORK. FLANGED AND GASKET ED JOINTS IN CONTl>OL ROOM. G G ANSTEC APERTURE CARD Also Available on F Aperture Card F IE><~NG ________ .,..__ . ___,__ EXHAUST FANI I *l I lc-1~ E r~ E
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BD-10 GENERAL NOTES: D I. FOR FUNCTIONAL OPERATION OF THE SYSTEMS SEE LOGIC DIAGRAMS JLG-120 THRU JLG-127 r:i::::.~:; pr... n i~-:.:1* ~-:.H. r. tT;::RLOf":< .1 :.:s 0
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