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1 ATTACHEMENT 2 FOR ESK 96-128 A-46 RELAY EVALAUTION REPORT FOR QUAD CITIES NUCLEAR POWER STATION, UNITS 1 AND 2 : | |||
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I QUAD CITIES NUCLEAR POWER STATION | |||
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USl A 44 RELAY EVALUATION IN RESPONSE TO: | |||
NRC GENERIC LETTER 87-02 VERIFICATION OF SEISMIC ADEQUACY OF MECHANICAL AND ELECTRICAL EQUIPMENT IN OPERATING REACTOR 8, UNRESOLVED SAFETY ISSUE (USI) A-46 | |||
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1 TABLE OF CONTENTS j | |||
==1.0 INTRODUCTION== | |||
; 1.1 Purpose i | |||
===1.2 Background=== | |||
1.3 USl A 44 Relay Evaluation 1.4 Report Organization 2.0 RESULTS AND PLANNED ACTIONS I e | |||
2.1 Summary of results | |||
. 2.2 Relay Outliers and Resolution | |||
: 3.0 REL.AY EVALUATION TECHNICAL APPROACH l | |||
3.1 Introduction 3.2 Criteria and Governing Assumptions 3.3 Identification of Essential Functions and Systems ! | |||
l 3.4 General Relay Evaluation Approach I 3.5 Detailed Circuit Analysis / Operator Action 3.5.1 Detailed Circuit Anelysis Results 3.5.2 Operator Action Results 3.6 Relay Walkdown 3.7 Seismic Capacity Screening 3.7.1 Determination of Seismic Capacity 3.7 9 Determinati.:m of Seismic Demand 3.7.3 Seismic Capacity Screening Results | |||
==4.0 REFERENCES== | |||
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TABLE OF CONTENTS ! | |||
1 1 5,0 APPENDICES | |||
; A. Resumes of Individuals Performing Relay Review B. Relay Review SSEL C. Floor Response Spectra | |||
. D. Panels Containing Essential Relays and Panel Seismic Demand | |||
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l E. Essential Relay List | |||
, F. Bad Actor List t | |||
G. Outlier List | |||
; H. Seismic Capacity Screening ; | |||
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==1.0 INTRODUCTION== | |||
j 1.1 Purpose This report documents the USl A-46 relay seismic functionality review for Quad Cities l | |||
, Nuclear Power Station (QCNPS) which is owned and operated by Comed. The majority | |||
: of this work was performed by Sargent & Lundy LLC, Comed, and VECTRA with 5 | |||
assistance from Bechtel and Stevenson & Associates. | |||
! The relay seismic functionality review was necessary to address NRC Generic Letter 87- | |||
! 02, " Verification of Seismic Adequacy of Mechanical and Electrical Equipment in j Operating Reactors, Unresolved Safety Issue (USI), A-46" (Ref.1) for QCNPS. The i purpose of the relay review is to verify that safe shutdown systems would not be 1 prevented from performing their safe shutdown functions because of contact chatter I during the period of strong ground motion associated with a Design Basis Earthquake | |||
! (DBE). | |||
i j 1.2 Background i | |||
j in December 1980, the Nuclear Regulatory Commission (NRC) Staff identified an j unresolved safety issue, USl A-46, " Seismic Qualification of Equipment in Operating l Plants," related to the seismic adequacy of mechanical and electrical equipment in older j nuclear power plants. In response to this concem, a number of nuclear plant owners formed the Seismic Qualification Utility Group (SQUG) to investigate the issue and j develop a cost effective approach for its resolution. Initial investigations indicated that j the application of current seismic qualification standards (i.e., testing equipment on | |||
; shake tables) to the older plants would not be practical since many equipment types and 4 models are no longer available and the use of instelled equipment for testing is, in | |||
! Deneral, not possible. After further consideration of the problem and attemative | |||
! resolution approaches, SQUG undertook a pilot program to determine if actual | |||
) experience in fossil power plants and other industrial facilities which have undergone | |||
! significant earthquakes could be uwd as a basis for evaluating the seismic adequacy of similar equipment in nuclear plants. | |||
The results of the SQUG pilot program showed the feasibility of using earthquake j experience data as a means of assessing the seismic ruggedness of a larDe cross section of standard power plant equipment used in nuclear plants. The SQUG effort also i demonstrated that, with a few exceptions, nuclear plant equipment is generally similar to | |||
{ that installed in fossil plants and, when property anchored, has inherent seismic | |||
! rug 0edness and a demonstrated capability to withstand seismic motion without structural j damage or loss of functionality. The pilot program results were subsequently confirmed 1 by additional data collection and analysis. | |||
l After substantial technical research by both the SQUG and the NRC, the NRC Staff | |||
! published, on February 19,1987, a detailed approach for resolving the issue in Genesic | |||
! Letter 87-02 (Ref.1). Implementation guidance for generic and plant-specife resolution | |||
; of USl A-46 was provided in an enclosure to the Generic Letter, entitled " Seismic j' Adequacy Verification Procedure." The Generic Letter Procedure sets forth an approach j for verifying seismic adequacy of equipment using earthquake experience data | |||
; supplemented by test results and analyses, as necessary. Licensees subject to USI A-46 j were encouraged to participate in a generic program to accomplish seismic verification j of equipment. As a result, SQUG developed the " Generic Implementation Procedure (GlP) for Seismic Verification of Nuclear Power Plant Equipment" (Ref. 2), | |||
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The GIP provides the detailed technical approach, generic procedures and documentation guidance which USl A-46 licensees should use to verify the seismic adequacy of mechanical and electrical safe shutdown equipment. In this regard, the GIP also contains all of the activities necessary for resolution of USl A-46. A Safety Evaluation Report on Revision 2 of the GIP was prepared by the NRC and is documented in Reference 3. | |||
1.3 USl A-44 Relay Evaluation For most equipment functionally required in nuclear plants, demonstration of seismic adequacy under USl A-46 will be accomplished by verifying that the equipment is comparable to that in conventional plants which have successfully withstood significant earthquakes and by assuring that the equipment is property anchored. In the case of electrical relays, this approach is not sufficient. FPst, the types of relays used in power plants are diverse and not easily grouped in penic equipment classes. Second, there have been instances of relay malfunction in earthquakes and in seismic shake-table tests at acceleration levels which may be near plant design levels. For these reasons, the Electric Power Research Institute (EPRI) established a project to develop a methodology for evaluating relay seismic functionality in operating nuclear power plants. | |||
This project developed EPRI Report NP-7148-SL (Ref. 4) which provides the methodology and procedures for evaluating relay seismic functionality. | |||
Section l1.6 of the GlP provides an overview of the USl A-46 relay review criteria and methodology. The content of the GlP conceming relay evaluations is based on the detailed criteria, methodology, and procedure documented in Reference 4. Accordingly, the review of relays associated with the USl A-46 safe shutdown equipment for QCNPS was performed and documented in accordance with the requirements of the GlP, the NRC SSER on the GIP and on EPRI NP-7148-SL 1.4 Report Organization Section 2 of this report provides a summary of the USl A-46 relay review for QCNPS | |||
; and discusses the relay outliers and plans for their resolution. Section 3 describes the j overall technical approach and assumptions used in the review, and describes results of j the screening processes applied during the evaluations. The references used to support i the evaluation are listed in Section 4. Section 5 contains appendices as identified in the l Table of Contents. | |||
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i 2.0 RESULTS AND PLANNED ACTIONS 2.1 Summary of results This report documents the seismic functionality review of relays affecting USl A-46 safe shutdown equipment and systems for QCNPS. This review was performed and j documented in accordance with the requirements of the GlP, the NRC SSER on the GIP | |||
! and on EPRI report NP-7148-SL. No significant or programmatic deviations from the a | |||
GlP were taken during the relay evaluation for Quad Cities. This section of the report provides a summary of the review. | |||
The Quad Cities Relay Review safe shutdown equipment list (SSEL) is contained in Appendix B. Relay reviews were performed for each of these equipment items. Details of these reviews are provided in section 3 of this report. The general categories of relays included in the review were auxiliary relays, protective relays, and contactors . | |||
Other devices which have contacts, such as control switches and instrument switches which are used in relay logic and control circuits, were also addressed in the relay evaluation, even though they are not considered relays. | |||
Due to limited available data on relay makes and models available from plant databases, a deviation was made from the standard sequence of evaluations performed. | |||
In order to limit the amount of walkdowns required to verify relay types, groups of contacts were screened out initially during the Detailed Circuit Evaluation by taking credit I for Operator Actions. I 2.2 Relay Outliers and Resolution ! | |||
Essential relays and other contact devices determined to have inadequate or unknown seismic capacities which could not be screened out using Light Functional Screening, i Seismic Capacity Screening, Detailed Circuit Analysis, or Operator Action are considered outliers. Of the approximately 4300 contacts evaluated for the USl A-46,562 were identified as being outliers. Because some of the outlier contacts were essential for , | |||
proper operation of more than one piece of equipment, there are actually only 369 ! | |||
relay / device outliers. The outliers consist of 10 " Bad Actor" relays,126 relays for which seismic oemand exceeds seismic capacity,206 relays with unknown (unpublished) seismic capacities,21 which did not meet specific caveats of the available GERS, and 6 others for miscellaneous reasons such as mounting and indeterminant type. | |||
The available options for resolving outliers are provided in EPRI NP-7148 (Ref. 4) and the GIP (Ref. 2) A description of the specific out%rs and a summary of the planned resolutions are provided in Appendix G. | |||
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3.0 RELAY EVALUATION TECHNICAL APPROACH i | |||
. 3.1 Introduction i | |||
i The relay evaluation methodology used at Quad Cities consisted of a systematic approach to screen and evaluate relays and other contact devices that appear in the 1 | |||
control circuitry of SSEL systems and equipment. Systems, associated circuits, and j relays which must remain functional during and immediately after an earthquake were identified. A Detailed Circuit Evaluation was performed to identify those relays required l to function to assure availability of safe shutdown equipment. This included a limited 1 amount of Operator Action to restore safe shutdown equipment. A Seismic Capacity l Screening process was then used to assess the seismic capacity of the Essential relays j identified by the Detailed Circuit Evaluations. | |||
l 3.2 Criteria and Governing Assumpdons I l For resolution of USl A-46, it is not necessary to verify the seismic adequacy of all plant ! | |||
) equipment defined as Seismic Class I in NRC Regulatory Guide 1.29. Instead, only I | |||
those systems, subsystems, and components required to bring the plant to a safe i shutdown condition and to maintain it in that condition for 72 hours are included in the | |||
! scope of USl A-46. As a result, the scope of the seismic verification review is limited to equipment which provides functions necessary for achieving and _ maintaining safe i shutdown. Other important assumptions which define systems and equipment which are considered essential under USI A 46 are defined in NUREG-1211 and include: (1) the seismic event does not cause a loss of coolant accident (LOCA) and a LOCA will not be | |||
! postulated to occur simultaneously with or during the seismic event, (2) off-site power j may be lost during or following a seismic event, and (3) random, single-active-failures are assumed for systems counted on to achieve and maintain hot, safe shutdown. In addition, other specific criteria and assumptions involved in the evaluation of relays are provided in EPRI NP-7148 (Ref. 4). | |||
3.3 Identification of Essential Functions and Systems I Four functions were considered for achieving and maintaining a safe shutdown condition following a design basis earthquake. These functions are: | |||
Reactivity Control i Reactor Coolant Pressure Control Reador Coolant Inventory Control Decay Heat Removal The systems soledad to accomplish these four fundions are identified in the USI A-46 Seismic Eva;ustion Report (Ref. 6). Supporting systems necessary to operate the safe shutdown equipment were identified as well. Safe Shutdown Equipment Lists (SSEL's) were generated for each system and compiled into one composite SSEL. From this composite list, the Relay Review SSEL was generated and is provided in Appendix B. | |||
3.4 General Relay Evaluation Approach The relay evaluation for Quad Cities Station began with the creation of a relay list which documents the Detailed Circuit Evaluation for each piece of equipment identified in the SSEL. The Detailed Circuit Evaluation included only those contacts directly involved with the operation of the specified piece of equipment. Therefore, devices controlling non-essential equipment, annunciators, and alarms were not included on the list. A determination of susceptibility to chatter based on the fundion of the individual | |||
l components on the list was made. Checks were made for Generically ru00ed devices such as solid-state relays and mechanically-actuated contacts which were then screened as 'not vulnerable" to chatter. Those contacts for which it was determined chatter would not adversely impact equipment operation were screened as " Chatter Acceptable". In addition, a determination was made of those relays for which Operator Action would be required during the event to reset / respond to the consequences of relay chatter affecting equipment availability. The use of this method was limited, and the specific operator actions are discussed in Section 3.5.2. The remaining contacts were considered to be potentially seismically vulnerable. | |||
The seismic adequacy of the remaining relays and other contact devices were then evaluated by comparing the seismic capacity of the specific relay types with the plant-specific seismic demand. Seismic demand was determined by modifying the floor l | |||
response spectra at the base of the cabinet or panel to account for structural - | |||
amplification between the cabinet base and the location of the device mounted within the l cabinet. Generic in-cabinet amplification factors and factors of safety provided in the i GlP (Ref. 2) were used to account for structural amplification. Low ruggedness or " bad ! | |||
actor" relays were identified during the seismic adequacy screening. Section 3.7 describes the Seismic Capacity Screening process in detail. As described in Section 2, many of tne devices passed the Seismic Capacity Screening process and required no i further evaluation. Some relays did not pass the seismic capacity screening because j either the seismic demands on these devices were higher than their published capacities or the seismic capacity data was unavailable for the specific relay models. | |||
l The relays that could not be screened using the methods described above were considered outliers. A complete list of outliers and planned methods of resolution is provided in Appendix G. Options for resolving outliers include: refinement of initial seismic requirements, testing of the relay in question, circuit redesign, relocation of relays to reduce seismic demand, modification of relay installation or support structure, and replacement of relays in question with seismically qualified models. I 3.5 Detailed Circuit Analysis / Operator Action The first step in the relay evaluation process at Quad Cities Station involved the use of Detailed Circuit Analysis. This process determines if a relay malfunction due to contact chatter is acceptable or not. As described in reference 4, relay chatter is considered acceptable if; (1) relay function is not needed during the seismic event, (2) relay malfunction does not prevent the desired function from occuning, and (3) relay malfunction does not cause a spurious, unacceptable event. This step also screened out the mechanical and solid state devices, defined to be " inherently rugged" by EPRI report NP-7148-SL (Ref. 4) and the GIP. | |||
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Combined with this step of the evaluation process was a screening for Operator Action. | |||
; Operator Adion was used in a very limited number of cases, and was used in accordance with the recommendations provided in the GlP (Ref. 2) and EPRI report NP-7148-SL (Ref. 4). The use of Operator Action as a screening method was contingent on l the satisfaction of the following actions: | |||
, i l 1) The operator is provided with specific indication of system status. | |||
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: 2) There must be sufficient time for the operator or assistant to perform the i l | |||
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: 4) The number of systems to reset is minimal. | |||
: 5) Detailed procedures are available to assist and direct the resetting operation. | |||
i 3.5.1 Detailed Circuit Analysis Results 4 | |||
The detailed circuit analysis was used to define the total number of contacts associated j | |||
with the operation of the equipment listed on the SSEL. Following is a summary of the i | |||
relay screening: | |||
i Unit 1 & Common Unit 2 Number of contacts screened "NV" 774 706 i Number of contacts screened 'CA 693 643 l Number of contats screened 'OA' 40 33 i Number of Essential Relays Ill $21 Total number of contacts reviewed 2288 2003 3.5.2 Operator Action Results | |||
; A total of 73 contads were screened from further consideration using Operator Action. | |||
i As a result many other contacts could be screened as chatter acceptable such as those | |||
; initiating energization of a relay which seals in and requires manual reast but were not required to be inciuded in the list. The operator actions requirea are: | |||
: 1. Operator action may be required to reset LPCI Loop Select Logic. LPCI is used for the safe shutdown functions of inventory control and decay heat removal. Reset of the Loop Select Logic should not be required until a period of time after the seismic event. | |||
: 2. Operator action may be required to reset breakers to restore offsite power. Although offsite power availability is desireable, it is not essential for safe shutdown. | |||
: 3. Operator action may be required to reset the fire detection relay seal-in which would prevent the DG HVAC from starting / running. However, the seal-in automatically resets after 31/2 minutes to allow HVAC to start if the DG is running. | |||
: 4. Operator action may be required to trip the DG cooling water pumps which could spuriously start when their correspondire Diesel Generator is not running. | |||
: 5. Operator action may be required to reset the condanser prior to use. However, existing plant procedures already require Operator Action to start the train B condenser. | |||
3.6 Relay Walkdown The Generic Implementation Procedure (GlP) requires plant walkdowns of relays and their enclosures. The purpose and scope of these walkdowns are to: | |||
: 1) Obtain, as necessary, information needed to determine cabinet types and cabinet specific in-cabinet amplifcation factors for seismic screening; | |||
: 2) Verify the seismic adequacy of cabinets or enciosures which contain essential relays; l | |||
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l t 3) Spot-check mountings of essential relays to determine if they are in accordance with manufacturers recommendations; | |||
: 4) Confirm relay types and locations are consistent with the documentation sources | |||
; used during the relay circuit evaluations. | |||
i j Under the USl A-46 program, relay mountings are assumed to be in accordance with | |||
' manufacturers recommendations, and plant documentation of relay types and locations is assumed to be accurate. The objective of the spot checks made during the relay walkdown was to confirm on a sample basis these assumptions. Other walkdowns, l | |||
performed by seismic capability engineers, collected the information needed for cabinet i | |||
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evaluations used in seismic capacity screening of relays type and to verify the seismic adequacy of the cabinets and enclosures which support essential relays. The results of these evaluations are presented in the USI A-46 Seismic Evaluation Report (Ref. 6). | |||
i Relay checi.s were made at Quad Cities Station by the relay review team. Mounting j bolts wera visually inspected to assure the relays were well secured, and relay model and rt.anufacturer were verified. Due to limited relay type data in plant documentation, a | |||
! majority of the cabinets were checked to obtain relay nameplate data in addition to | |||
, inspecting relay mountings. | |||
) 3.7 Seismic Capacity Screening i | |||
Following the Detailed Circuit Evaluation and Relay Walkdown, all remaining contacts on the composite list were evaluated for seismic adequacy. A total of 1249 essential j contacts (689 for Unit 1 and 560 for Unit 2) were initially evaluated using the Seismic Capacity Screening methodology. | |||
The first step performed in the Seismic Capacity Screening process was a search for i | |||
" bad actor" relays, which are relays with demonstrated low seismic ruggedness or sensitivity to high frequency vibration. Because of their low seismic ruggedness, bad | |||
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actor relays cannot be screened using the seismic capacity screening process. ' | |||
Appendix E of EPRI NP-7148 (Ref. 4) provides a list of known bad actor relays. As a result of this search, a total of 10 tp actor devices were identified, which includes 1 General Electric Type HGA Relay ,2 Westinghouse type SG relays,4 Westinghouse type SV relays, and 3 General Electric type CEH relays. | |||
Next, devices located on the diesel generator skids and in panels mounted on the skids were screened out as having sufficient capacity. As noted in Appendix B of EPRI report NP-7148-SL and in a report by the Senior Seismic Review and Advisory Panel (SSRAP), | |||
(Ref. g), relays on a reciprocating engine skid are exposed to high vibration levels during normal operation. Therefore, such devices are not considered vulnerable to seismically induced chatter and were not considered further during this evaluation. However, the Relay Review Team did spot check the mounting of these devices. | |||
Finally, the remaining relays were evaluated for seismic adequacy using the seismic i capacity data contained in EPRI NP 7147-SL (Ref. 7), and EPRI NP-5223-SL (Ref. 8). ! | |||
1 The HGA relays identified as " bad actors" are only those for which a Normally-Closed contact with the relay de-energized is required for proper safe shutdown equipment operation. Seismic Capacity Sener.ing was used for the HFA rebys which did not have this contact configuration. | |||
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3.7.1 Determination of Seismic Capacity The use of relay GERS as published in references 7 and 8, provided the primary means of establishing relay seismic capacity at Quad Cities Station. | |||
3.7.2 Determination of Seismic Demand The seismic demand on relay devices was determined using the criteria presented in the GIP (Ref. 2) and EPRI NP-7148 (Ref. 4). In general, the seismic demand on relays was determined by modifying the floor response spectra at the base of a relay cabinet or panel to account for structural amplification between the floor and the relay mounting location. For the majority of the relays evaluated, generic in-cabinet amplification factors were established by the seismic review team. The Quad Cities Station Ground and Floor Response spectra were provided in a separate report (Ref. 6) and can be found in Appendix C. A summary of the seismic demand data at the relay mounting point in essential panels is presented in Appendix D. The peak spectral acceleration | |||
, (PSA) reflects peak seismic demand in the 4Hz to 16 Hz range and the Zero Period Acceleration (ZPA) reflects seismic demand in the 33+ Hz ran0e. Both the PSA and ZPA were used for the seismic capacity screening. | |||
3.7.3 Seismic Capacity Screening Results Of the 1249 contacts evaluated using the Seismic Capacity Screening process,654 of the contacts passed. The 562 contacts (relating to 369 individual devices) which did not ; | |||
i pass can be categorized further as 10 which were bad actors,206 for which no GERS were available,21 relays for which GERS may have been available, but the specific | |||
. caveats were not met, and 126 where the relay capacity was exceeded by demand. In addition,1 device failed due to mounting alone, 3 relays failed due to insufficient information re0arding the essential contact configuration, and 2 devices failed because their type could not be determined from the drawings or the initial walkdown. | |||
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==4.0 REFERENCES== | |||
! 1. Generic Letter 87-02, " Verification of Seismic Adequacy of Mechanical and Electrical i | |||
Equipment in Operating Reactors, Unresolved Safety issue (USI) A-46," U.S. Nuclear Regulatory Commission, Washington, D.C., February,1987, | |||
; 2. Generic implementation Procedure (GlP) for Seismic Verification of Nuclear Plant i Equipment, Revision 2, as corrected on February 14,1992 (GlP-2). Seismic 2 | |||
Qualification Utility Group (SQUG). | |||
l 3. Supplement No.1 to Generic Letter (GL) 87-02 that transmits Supplemental Safety Evaluation Report No. 2 (SSER No. 2) on SQUG Generic implementation Procedure, j Revision 2, as corrected on February 14,1992 (GlP 2), U.S. Nuclear Regulatory | |||
: Commission, Washington, D.C. May 22,1992. | |||
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: 4. EPRI NP-7148-SL, " Procedure for Evaluating Nuclear Power Plant Relay Seismic , | |||
; Functionality." Final Report, December 1990. | |||
i 5. NUREG-1407, " Procedural and Submittal Guidance for the Individual Plant Examination | |||
! of Extemal Events (IPEEE) for Severe Accident Vulnerabilities," U.S. Nuclear j Regulatory Commission, Washington, D.C., June 1991. | |||
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! 6. Final Report 93C2806-03.A46, Seismic Evaluation Report for Resolution of USNRC USI i | |||
A-46 at Quad Cities Station Units 1 & 2. | |||
: 7. EPRI NP-7147-SL, " Seismic Ruggedness of Relays, Final Report, August 1991. | |||
{ | |||
. 8. EPRI NP 5223-SL, " Generic Seismic Ruggedness of Power Plant Equipment (Revision | |||
; 1)." August,1991. | |||
: 9. SSRAP Report, "Use of Seismic Experience and Test Data to Show Ruggedness of Equipment in Nuclear Power Plants", Senior Seismic Review and Advisory Panel | |||
; (SSRAP). Revision 4.0, February 28,1991. | |||
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I APPENDIX A RESUMES OF INDIVIDUALS PERFORMING RELAY REVIEW QUAD CITIES STATION UNITS 1 & 2 l | |||
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MICHAEL C. WARPEHOSKI 4 | |||
Electrical Project Engineering Division | |||
. Eiectrical Engineer i EDUCATION Reviewed schematics and wiring diagrams to postulate worst-case scenarios for Michigan Technological University - B.S. performing voltage drop, short circuit, and Electrical Engineering - 1990 control power transformer sizing j calculations to evaluate the acceptability of | |||
: REGISTRATION various proposed design changes. | |||
1 Inspected conduit runs for verification of Professional Engineer-in-Training - Michigan installation deficiencies. 'Ihis project | |||
: included client interfacing with various | |||
! PROFICIENCIES Ebasco and TVA disciplines. (1992 to i | |||
1993) j Electrical engineering | |||
; Sargent & Lundy's Electrical Load Monitoring | |||
* Corn naawealth Edison Company | |||
! System (ELMS)-ac and de - | |||
Dresden 2 and 3, nuclear,1545 MW total; i Vendor and client interface - Quad Cities 1 and 2, nuclear,769 MW j Diesel generator loading analysis each. | |||
Battery sizing Performed engineering cost estimates, l Modifications battery sizing calculations, diesel generator i SQUG Relay Evaluation voltage drop and recovery time | |||
{ calculations, control and power circuit | |||
{ RESPONSIBILITIES voltage drop calculations, breaker and | |||
, cable sizing, and system analysis using l Mr. Warpehoski is responsible for performing Sargent & Lundy's ac and de Electrical j electrical design work in compliance with Load Monitoring System (AC-ELMS and | |||
; applicable codes, national and Sargent & Lundy DC-ELMS). Reviewed schematic | |||
] standards, client requirements, station technical diagrams to establish load profiles for j specifications, final safety analysis report (FSAR) battery and diesel generator sizing i commitments, and sound engineering practices, calculations and engineering analysis of | |||
! He is responsible for determining the acceptability relays (pickup and dropout voltages) used | |||
; of changes to the ac and de systems and in safety-related circuits throughout the i engineering analysis. plants. These projects also included client and vendor interfacing. (1990 to 1992) | |||
EXPERIENCE Performed miscellaneous modifications, Mr. Warpehoski was most recently assigned to minor plant changes, and on-site station Comed's Quad Cities project team. support activities associated with various systems which involved equipment His relevant experience includes: replacements and control logic changes. | |||
Resolved fuse, breaker, and overload | |||
. Tannassaa Valley Authority heater sizing and cable routing Watts Bar 1 and 2, nuclear,1270 MW discrepancies. Completed formal Seismic each. Qualification Utility Group (SQUG) | |||
Performed calculations and design change training course (1%3-1994 at Quad Cities notices (DCNs) for the electrical isolation Station). | |||
of Unit i from Unit 2 for Unit I startup. | |||
Performed miscellaneous DCNs. | |||
1736-1 05(n93 | |||
MICHAEL C. WARPEHOSE! | |||
Bectrical Project Engiw;erk Division Sectrical Engineer PRIOR TO JOINING SARGENT & LUNDY | |||
* G+ir Fan Corporation Product Development Center Technician. | |||
Designed and built control panels for test areas and for prototype ventilation units and provided electrical controls for existing laboratory machinery. (1986 to 1989) i J | |||
Page 2 1736-1 050393 | |||
1 J. R. BEDNARCZYK Electrical Project Engineering Division Senior Electrical Project Engineer EDUCATION transformer, installation of a water biocide system, and installation of cables to alleviate voltage-drop University of Illinois - B.S. Electrical problems on several systems. He works closely Engineering - 1974 with the client's engineering staff and with construction personnel throughout the design and REGISTRATIONS installation of the projects. | |||
Professional Engineer - Illinois, Indiana, From 1984 to 1991, Mr. Bednarczyk was part l Kentucky, Wisconsin owner of a mechanical / electrical engineering firm. | |||
l He was responsible for all electrical designs. | |||
i PROFICIENCIES Projects included commercial, industrial, and municipal type installations. | |||
Electrical engineering Project scheduling and planning Previously, Mr. Bednarczyk led site electrical I | |||
Conceptual design project engineer at PSI Energy's (then Public Power and control system design Service Indiana) Marble Hill nuclear station. He | |||
! System modifications was responsible for the onsite electrical design l Construction interface teams. He also worked closely with the client and ' | |||
contractors in resolving construction problems. | |||
RESPONSIBILmES i l | |||
From 1974 to 1982, Mr. Bednarczyk worked on Mr. Bednarczyk is primarily responsible for several fossil plant projects. He was involved scheduling, planning, and final approval of all site- with the electrical design on most of the major initiated electrical projects. This includes primary plant systems, including the boiler and turbine interface with the client's site engineering and controls, the auxiliary electrical system, de construction staffs on conceptual designs, systems, auxiliary generators, pollution control preparation of construction documents, and equipment, and power transformers. He was also assisting in resolution of construction problems. responsible for preparation of procurement He also directs the work of other engineers and documents for equipment and installation designers and coordinates the interface with other specifications. i Sargent & Lundy divisions in preparation of j construction packages. Other responsibilities His specific experience includes: | |||
include the preparation or review and approval of design calculations. | |||
* C-awealth Edison Company Quad Cities 1 and 2, nuclear, 850 MW EXPERIENCE each. | |||
Lead Site Senior Electrical Project Mr. Bednarczyk has nearly 20 years of nuclear- Engineer. Coordinating the work of the and fossil-fueled power plant experience. He is site electrical staff in assembling currently working at Commonwealth Edison installation documents for plant Company's Quad Cities Station, responsible for modifications. Projects have included the coordinating the work of the site electrical staff in emergency replacement of a unit main assembling installation documents for plant power transformer, installation of a water modifications. Projects have included the biocide system, and installation of cables emergency replacement of a unit main power Page 1 6297-5 102793 | |||
J.R.BEDNARCZYK Electrical Project FJgineering Division Senior Electrical Project Engineer to alleviate voltage-drop problems on | |||
* Northern Indim Public Service Company several systems. (1991 to present) - Bailly 7 and 8, coal,616 MW total. | |||
Electrical Engineer. Electrical design and | |||
. PSI Energy preparation of procurement specifications | |||
- Marble Hill 1 and 2, nuclear,1175 MW on a boiler balanced draft conversion (cancelled). project. Project involved redesign of the Lead Site Electrical Project Engineer. boiler control and auxiliary power Coordinated the preparation of electrical systems, and sections of the main control design documents onsite. Primary board. (1976 to 1977) interface with client's site staff and with contractors. Worked closely with | |||
* Kameky Utilities Company contractors in resolving installation - E. W. Brown 3, coal,440 MW. l problems. (1983 to 1984) Electrical Engineer. Responsible for i electrical design of a new electrostatic | |||
. Tana-a Valley Authority precipitator and induced draft fan addition. | |||
- Muscle Shoals, fossil. Work included coordination of the Electrical Project Engineer. Electrical preparation of electrical installation design and procurement specifications for drawings and preparation of electrical electrical equipment on a boiler-balanced procurement documents. (1975 to 1976) draft conversion and pollution control project. Project involved reworking the - Ghent 2, coal,550 MW. | |||
auxiliary power, boiler control, and waste Electrical Eagineer. Responsible for the removal systems, and installation of electrical design of the electrostatic additional electrostatic precipitator precipitator and ash handling systems. | |||
capacity. (1981 to 1982) (1974 to 1975) | |||
* New York Power Authority MEMBERSHIPS | |||
- 760 MW fossil power plant. | |||
Electrical Project Engineer. Conceptual Institute of Electrical and Electronics Engineers electrical design of a multi-fuel fossil and refuse-fired generating station. | |||
Responsible for auxiliary power system calculations and studies, design of the systems, and preparing procurement documents for the equipment. Also provided electrical interface on turbine and boiler control systems. (1979 to 1981) | |||
= Illinois Power | |||
- Clinton, nuclear,985 MW. | |||
Electrical Engineer. Electrical conduit design and preparation of electrical installation drawings and details for the unit's control building. (1978) | |||
Page 2 6297-5 102793 | |||
l 1 | |||
I i | |||
Charles E. Beek, P.E. | |||
Education l | |||
4 i | |||
PhD Candidate, Electrical and Computer Engineering, Illinole inetkute of Technolo M. S. Electrical and Computer Engineering, llT | |||
} | |||
: B. S. Sectrical Engineering, Urdversity of Notre Dame h Fonnel Training | |||
) | |||
US Navy Power School | |||
{ | |||
l SOUG | |||
* Equipment Selection" and " Relay Evaluation | |||
* training courses (by MPR A | |||
! BWR ' introduction to Power Plant Operation' (by Commonwealth Edison Company) j | |||
* Electrical Power System Survey | |||
* course (by Commonwealth Edison Company) | |||
! " Nuclear Codes, Standards, and Regulatory Requirements" (by General Physics C l | |||
Proseselonel Arnlistione l | |||
1 Registered Profesasonal Engineer in IL, MA, MI, MN, WI i Senior Member, Insttute of Electrical and E:w,eurk Engineers Member: , | |||
American Nuclear Society National Society of Professional Engineers, i | |||
National Fire Protection Aaaaelatian, Electrical Section. | |||
{ | |||
Program Committee for the Annual American Powe ConW:e Pro 6ciencies i | |||
1 I IEEE Standards, NEMA Standards, NUREGs, NRC Generic Letters & Information Notic 10CF21,10CFR60 (Appendix B) and 10CFR50.5g. | |||
! Developing Test Plane and Performing Electrical Tests. | |||
1 Analytical Design and ModMcation for Electrical Systems. Com i | |||
W Mr. Beck is the Engineering "7--;= for kcl Engineering Consultants. His Projwt | |||
; sitdities include assuring compliance with client requirements, scheduling and | |||
' Osk&Ls the use of personnel and other resources, and contrating project y budgets Annunciator Systems at two nuclear fac51 ties. His oth Room Ughting and HVAC, Control Panet I.ayout, and Diesel Generator Control Syste i Mr. Beck was the " Land Relay Reviewer" for the Quad Cities Station SOUG Rela . | |||
; performed and reviewed calculations and design changes for Motor-Operated Val | |||
! Generic Letter 80-10 requirements. He has provided audt support and other EDSFI preparations, DET support, and ECCS System logic reviews. He has exten I | |||
minor plant changes, ranging from almple teiay substitutions, to reactor mode s | |||
? | |||
i i | |||
._- - -- - . - - - . - . - - . - . - - - . - . . - . _ . - - - - - . ._. = __ | |||
\ | |||
i I | |||
i i | |||
j replacements of Station Batteries He has pedormed operabelty ra ed a | |||
systems, reviewed mechanical and structural Evaluations and Technical Quality Reviews to assure acceptablity of ey modtRcations for designs elect | |||
{ | |||
: Mr. Beck directs a sections of nine engineers. He is responsible y and client for en i | |||
i power system arsysis, topical issues (suchron.as o mo mental quellHcation of electrical equipment. Induded with these tasks a l | |||
: applicable codes, standards, regulations, and dient-specific procedures. | |||
3 i | |||
i j | |||
includes four years with Cca ia.;;G Edisonre Comp , | |||
he s | |||
i I | |||
Stations, in the role of onsite representativeverof the ig,,,&4 at Quad Cities Nudea r fifty signincent projects as a BWR design engineer, including ,modincations assessments, and responses to Nuclear Ucensing issues. | |||
operability c | |||
1 i | |||
i | |||
! technicians. He was responsible for Electrical ra ors and c ear aircraft Distrib engineer, he has performed project work from b i | |||
thee. , - | |||
i i | |||
Technical Publications Five (or accepted for) " transactions' | |||
- pueashed -Con,e,ence ,,,ces . status-i 4 | |||
%i 1 | |||
Y _ - - - --- | |||
l l l l | |||
1 ROY H. BUCHERT ELECTRICAL ENGINEER ' | |||
Mr. Buchert has 5+ years of experience in the nuclear industry. He ha expertise modifications. in Mr. | |||
electrical analysis, design and support for numerous nu Buchert has a working UFSAR/FSAR, IEEE, NEC and other standards. knowledge of Technical Specificai walkdowns. He has performed extensive equipment DETAILED EXPERIFNCE: | |||
l 1 | |||
equipment selection and cable sizing calculation He has complete training on the 1993 National Electrical Code. | |||
He has also prepared ECNs, | |||
) | |||
modification checklists, proposals, cost estimates, and coordinated procu ; | |||
components Nuclear Plants. for various modifications at Commonwealth Edison's Dresden an) ! | |||
l l Mr. Buchert has completed the SQUG " Equipment Selection" and " | |||
l Evaluation at Commonwealth Edison's Quad Cities Nuclea ; | |||
Mr. Buchert has provided extensive electrical analysis and provided electric AC and DC Motor Operated Valve (MOV) modifications in response to Gene ' | |||
requirements. These modifications entailed the ISCO, HPCI and RWCU blowd Dresden Nuclear Station and RWCU and CS valves at Quad Cities He has spent 8 weeks in a staff augmentation position were he was responsi 1 methodology, schedule, productivity, technical quality and client satisfaction in ad providing his wiring expertise and supporting walkdowns for a major gas turbine modification at Wisconsin Electric Power Company's Point Beach Nuclear Station. ; | |||
Mr. Buchert has experience at Commonwealth Edison's Braidwood and Byron Stations preparing ECNs, modification checklists, project plans and cost estim l modifications. He spent 4 months on a field assignment at the Tennessee conduits. Bar Nuclear Station walking down and documenting "As Built" routing Watts 6 | |||
, _ WORK HISTORY: ! | |||
l VECTRA - 9/24/90 to Present Sargent & Lundy - 1/7/89 to 9/24/90 l | |||
l RMB E l 8/17/94 Page 1 of 2 w y- 1T" | |||
Rsy H. Cuchert (cont'd) | |||
EnUCATION: | |||
University of Wisconsin-Platteville, B.S., Electrical Engineering,1988 REGISTRATION; l | |||
Professional Engineer Intern (EIT) - Wisconsin t | |||
PUBLICATIONS; Record of the 1993 IEEE Nuclear Science Sympos , | |||
e MEMBERSHIPS: | |||
I Institute of Electrical and Electronics Engineers (IEEE) | |||
National Fire Protection Association (NFPA) | |||
RHB E 8/17/94 het2of2 | |||
SCOTT L. ECKHARD 22423 57th Ave. North Port Byron IL 61275 Home Phone: (309) 523-2334 Work Phone: (309) 654-2241 X-3030 l l | |||
1 EDUCATION: l l | |||
Pennsylvania State University - Associate of Science, Electrical Engineering Technology - 1981 i Bellwood-Antis High School, Bellwood, PA - Advanced math and vocational graduate courses. | |||
Altoona-Area Vo-Tech - Basic and Industrial Electricity graduate courses EXPERIENCE | |||
==SUMMARY== | |||
Electrical Engineering and Design activities associated with the construction, stan-up, and maintenance of various nuclear facilities. Experience includes conceptual design for new construction and plant modifications; craft, maintenance, and start-up implementation support; supervision of work package development; specification development and maintenance; procedure development; material procurement and integration of plant modifications with existing design. | |||
l 1 | |||
l EXPERIENCE HISTORY: | |||
Bechtel Power Corn. | |||
Commonwealth Edison Company April 1992 to Quad Cities Station Units 1 and 2 Present Cordova, Illinois Supervisor: W. O. Porter As an Electrical Engineer, current primary responsibilities are to provide the conceptual design and implementation support required to complete plant enhancement and maintenance modifications. | |||
Conceptual design activities include equipment selection, completion of calculations, Engineering Change Notice (ECN) preparation, and drawing revisions. Experience at Quad Cities has included the electrical design and implementation support required for the Sodium Hypochlorite Tank heat trace replacement, Reactor Building Sump Pump replacement, Standby Gas Heater Failure alarm addition, Standby Liquid Control heat trace replacement, Service Water Radiation Monitor skid relocation,24/48 VDC Battery charger replacement, Primary Containment Particulate Sample System demolition, IRM and SRM Ground cable installation, and the RHR and Core Spray room cooler thermostat replacement. | |||
I l | |||
l Resume of Scott L. Eckhard Page 2 Bechtel Power Corn. | |||
Texas Utilities November 1990 Comanche Peak Steam Electric Station Unit 2 April 1992 Glen Rose, Texas Supervisor: G. Mekulsi . | |||
As an Electrical Construction Engineer, responsibilities included the supervision of work package development to complete the construction of Texas Utilities 1159MW PWR in accordance with site installation specifications and regulatory requirements. Review preliminary electrical designs to provide constructibility analysis and evaluation of potential impact on the operation of unit 1. Additional l | |||
responsibilities include completion of 10CFR50.59 checklist, installation of Appendix R fire zone cable, ' | |||
installation of environmental equipment seals, completion of pressure boundary breech permits and general field engineering activities associated with the construction of Unit II. | |||
l Stone & Webster Enmineering Corporation l Niagara Mohawk November 1989 to Nine Mile Point Nuclear Station Unit 2 November 1990 i Lycoming, New York I | |||
Supervisor: Mike Schildroth As an Electrical Designer assigned to the Site Engineering Group, primary responsibility was to provide design changes, both wiring and physical, required to support plant enhancement modifications. | |||
Additional responsibilities included problem report resolution, material management specification maintenance,10CFR50.59 Safety Evaluations, and Field Engineering support during implementation of plant modifications. | |||
Stone & Webster Engineerine Corporation Texas Utilities April 1988 to Comanche Peak Steam Electric Station Unit 1 November 1989 Glen Rose, Texas i | |||
Supervisor: Kent Ryan As a Construction Engineer, responsibilities included development of construction work packages which included identification of work scope, preparation of traveler formatted instructions, completion of constructibility reviews of associated drawings and change documents, and identification of quality assurance / inspection requirements. As a field engineer responsibilities included res@ tion of construction and start-up restraints via the disposition of problem reports and engineering change documents. | |||
1 | |||
3 l | |||
l Resume of Scott L. Eckhard Page 3 Stone & Webster Eneineerine Cornoration Niagara Mohawk July 1985 to Nine Mile Point Nuclear Station Unit 2 April 1988 Lycorr.ing, New York Supervisor: Tom Landry Responsible for the electrical installation specifications, procurement of class lE and Non-lE permane plant equipment, heat tracing, environmental equipment seals, and other general field engineerin activities associated with the implementation of plant modifications. Additional responsibilities at Nine Mile Point Two included positions in the wiring and cable termination group which involved prov construction with technical direction on the installation / termination of cables, via engineering and d changes combined with resolution of nonconformance reports. The scope of work also included experience with elem/ wiring diagrams, conduit / equipment plans, cable pull and sizing calculation, i environmental sealing of electrical equip, and redundant separation (ramdatory guide 1.75 - IEEE STD 384-1974). | |||
Stone & Webster Engineering Corporation Gulf States Utilities September 1983 to River Bend Station Unit 1 July 1985 St. Francisville, Louisiana , | |||
Supervisor: Tim Shea I | |||
Responsible for dispositioning electrical cable nonconformance reports and providing the constructor with technical cable installation and conductor termination practices. Also, responsible for procedurally coordinating the use of computerized conductor termination and cable pull tickets. | |||
Stone & Webster Engineerine Corporation. Cherry Hill. NJ Cherry Hill Operations Center February 1982 to Cherry Hill, New Jersey September 1983 Supervisor: Jerry Balzano Responsible for design of electrical raceway and raceway support drawings. Also, as acting coordinator of the auxiliary control building, responsible for meeting drawing schedules and maintaining the de effort. In addition, responsible for providing cable routes throughout the Project. | |||
i | |||
APPENDIX B RELAY REVIEW SSEL QUAD CITIES STATION UNITS 1 & 2 SORTED BY: SYSTEM EQUIPMENT ID LINE NUMBER | |||
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Oued Csten SSEL Proged Remusen 1 UNIT 1&2 DATE ertees SUCCESS PATH COMPONENT LIST (SPCL) , | |||
Teesn Cases Esps, O Cyutam E,sp r Drauneg Na Room Na Norm saute Messe pauser Suppost Sp Sgp Sys eng LMt EW se(d Elevueen Eemp Elsv Line No Funcman ' Peds O Notes ROS Malhar Camp Buddmg Reg'd Suas Coner posser i | |||
2 88 EP 1 (50 DGHVAC SOV. MTROGEN BACKUP SUPLY E1532,4E-1814F CLOSED 461532,4E-te14F NO PE-1 Sg 1/24799-549) 505 0510e ACUVE U2 DG RM OPEN NO 2 08 EP-2 (SO DGHVAC SOV INLET a OLRLETISOL DAMPER E1532,4E-1814F VENTED NO FAN CNTRL CatCutT 461532. 4E-2311 Sg 1/247ES$63) CNTRL SS5 4E-1311. 4E-13618. | |||
05115 ACTIVE 1/2 DG RM OPEN SH1&2 MCC 18-1 A (ALT-241 A).125 VDC R8 PNL 1 1 as EP4(SO147T248) DG HVAC SOV. DAMPER CONTROL E1533 OPEN NO M413, E1531 SR 4E-1360B SH 3. | |||
15308 ACUVE VENTED 4E-1814E NO 1 as EP4(SO 24772401 DG HVAC SOV, DAarER CONTROL E1533 82 DG RM DEE N NO M413, E1533, SR 595 4E 23805,94 2 25300 ACTIVE TB ENERGlZED NO 1 8B SV-1 (EParSO DG HVAC SOV, DAl@ER CONTROL M41308 OPEN NO 400VAC M413, E1533, SR 14 % 4E-138tE SH 3. | |||
15305 ACTIVE VENTED ,I,3,lh4E-23H. | |||
MCC19-1. G1 (ALT: 2S1, G4) 1 as SV-t DG HVAC SOY, DAMPER CONTROL M41308 82 DG RM DEENERrunn NO 400VAC M413,161533, SR (EP-2rSO24799453) 505 4E-1511, 4E-2311 25305 m TB N 4ENm SH 2 M(X:241, G1 (ALT:MCC1S1, G4) 1 88 001-2001 4015-S 0 OstvWER EMaptopfr SOLENOOVLV(FOR AO1-2001-15) M4304, REV. AV J-15 CLOSED NO 4E-1511 SH1 Rif R 564* | |||
17140 PASSIVE IPEEE RB CLOSED NO SORTED EV UNE NO. | |||
PAGE 20 | |||
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i l APPENDIX C 1 | |||
FLOOR RESPONSE SPECTRA QUAD CITIES STATION UNITS 1 & 2 i | |||
i 1 | |||
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SQUG APPENDIX C SEISMIC DEMAND VALUES BY AREA QUAD CITIES STATION Seismic Demand at Relay using Panet Amplification Maximum Floor Acceleration Factors of 1, 3,4.5, or 7 1 3 4.5 7 Buildin0 Floor Elevation PSA ZPA PSA ZPA PSA ZPA PSA ZPA PSA ZPA DG1 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 DG1/2 595' ; | |||
O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 i DG2 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 i 2.87 2.03 HPCI < 595' l O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 RB < 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 RB 595' 1.00 0.41 1.00 0.41 3.00 1.23 4.50 1.85 7.00 2.87 RB 623' 1.44 0.49 1.44 0.49 4.32 1.47 6.48 2.21 10.08 3.43 SB 595* 0.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 S3 609' O.60 0.50 0.60 0.50 1.80 1.50 2.70 2.25 4.20 3.50 SB 623' O.92 0.52 0.92 0.52 2.76 1.56 4.14 2.34 6.44 3.64 TB < 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 TB 595' 1.00 0.41 1.00 0.41 3.00 1.23 4.50 1.85 7.00 2.87 TB 611'- 6" 1.56 0.36 1.56 0.36 4.68 1.08 7.02 1.62 10.92 2.52 TB 615' 1.56 0.36 1.56 0.36 4.68 1.08 7.02 1.62 10.92 2.52 TB 639' 2.88 0.72 2.88 0.72 8.64 2.16 12.96 3.24 20.16 5.04 - | |||
TB 647'- 6" 2.88 0.72 2.88 0.72 8.64 2.16 12.96 3.24 20.16 5.04 Page 1 of 1 | |||
I APPENDIX D i | |||
PANELS CONTAINING ESSENTIAL RELAYS i l | |||
I l AND PANEL SEISMIC DEMAND l 1 | |||
i QUAD CITIES STATION l | |||
! UNITS 1 & 2 l | |||
l l | |||
l 1 l | |||
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I SGUG APPENDlX D ESSENTIAL PANEL SEISMIC DEMAND VALUES QUAD CITIES STATION Max Floor Panel Acceleration Amplification Seismic Demand Panel Building Location Elevation Notes PSA ZPA Factor PSA ZPA 1-1401-1 A RB H/14 554' 2 0.41 0.29 1 0.41 0.29 1-1401-1 B RB H/18 554' 2 0.41 0.29 1 0.41 0.29 1-6601 DG1 595' 1 0.41 0.29 1 0.41 0.29 1/2-6601 DG1/2 595' 1 0.41 0.29 1 0.41 0.29 125VDC CHRGR 1 TB H/24 615' 1.56 0.36 7 10.92 2.52 125VDC CHRGR 1 A TB H/24 615' 1.56 0.36 7 10.92 2.52 125VDC CHRGR 2 TB H/02 615' 1.56 0.36 7 10.92 2.52 l 125VDC CHRGR 2A TB H/02 615' 1.56 0.36 1 7 10.92 2.52 2-1401A RB 554' 2 0.41 0.29 1 0.41 0.29 2-1401B RB 554' 2 0.41 0.29 1 0.41 0.29 2-6601 DG2 595' 1 0.41 0.29 1 0.41 0.29 l 2201-05 RB K/14 623' 1.44 0.49 1 1.44 0.49 l 2201-06 RB U16 623' 2201-07 RB K/14 595' 1.4L 0.49- 1 1.44 0.49 i 1.00 041 1 1.00 0.41 ; | |||
t 2201 08 RB K/18 595' 1.00 0.41 1 1.00 0.41 l 2201-32 RB K/14 623' 1.44 0.49 7 10.08 3.43 1 220159A RB M/14 554' O.41 0.29 1 0.41 0.29 | |||
! 220159B RB M/18 554' O.41 0.29 ) | |||
! 1 0.41 0.29 ' | |||
2201-75 RB N/18 554' O.41 0.29 7 2.87 2.03 ! | |||
2202-05 RB J/11 623' 1.44 0.49 1 1.44 0.49 < | |||
! 2202-06 RB U11 623' 1.44 0.49 1 1.44 0.49 2202-07 RB K/08 595' 1.00 0.41 1 1.00 0.41 2202-08 1 RB K/12 595' 1.00 0.41 1 1.00 0.41 j 2202-32 RB J/11 623' 1.44 0.49 7 10.08 3.43 i l 2202-59A RB M/7 554' | |||
' O.41 0.29 1 0.41 0.29 2202 598 RB M/12 554' O.41 0.29 1 0.41 0.29 2202-75 RB N/12 554' O.41 0.29 7 2.87 2.03 2202-76 R3 M/7 554' O.41 0.29 7 2.87 2.03 l 2212 045 DG?/2 595' ) | |||
O.41 0.29 7 2.87 2g3 i l 2212-046 OGi/2 595' O.41 0.29 7 2.87 2.03 2212-050 DG1/2 595' O.41 0.29 7 2.87 2.03 2212 123 DG1/2 595' O.41 0.29 7 2.87 2.03 2212 125 DG1/2 595' 0.41 1 0.29 7 2.87 2.03 2212 127 DG1/2 595' 1 | |||
O.41 0.29 7 2.87 2.03 | |||
; 2251 010 DG1 595' | |||
) | |||
O.41 0.29 7 2.87 2.03 l 2251-012 DG1 595' O.41 0.29 7 2.87 2.03 l 2251-086 TB H/14 639' 2.88 0.72 7 20.16 5.04 | |||
! 2251 087 TB H/17 639' 2.88 0.72 7 20.16 5.04 | |||
! 2251-097 DG1 595' O.41 0.29 7 2.87 2.03 2251-098 DG1 595' O.41 0.29 7 2.87 2.03 2251-100 TB C/18 547' O.41 0.29 7 2.87 2.03 2251-112 DG1 595' O.41 0.29 7 2.87 2.03 2251-113 DG1 595' l | |||
1 0.41 0.29 7 2.87 2.03 2252-010 DG2 595' O.41 0.29 7 2.87 2.03 | |||
, 2252-012 DG2 595' O.41 0.29 7 2.87 2.03 2252-086 TB H/10 639' 2.88 1 0.72 7 20.16 5.04 2252-087 TB H/11 639' 2.88 0.72 7 20.16 5.04 2252-097 DG2 595' O.41 0.29 7 2.87 2.03 2252-098 DG2 595' O.41 0.29 7 2.87 2.03 Page 1 of 3 | |||
SQUG APPENDIX D ESSENTIAL PANEL SEISMIC DEMAND VALUES QUAD CITIES STATION Max Floor Panel Acceleration Amplification Seismic Demand Panel Building Location Elevation Notes PSA ZPA Factor PSA ZPA 2252-112 DG2 595' O.41 0.29 7 2.87 2.03 2252-113 DG2 595* 1 0.41 0.29 7 2.87 2.03 250VDC CHRGR 1 TB H/24 615' 1*.56 0.36 7 10.92 2.52 250VDC CHRGR 1/2 TB H/24 615' 1.56 0.36 7 10.92 2.52 250VDC CHRGR 2 TB H/02 615' 1.56 0.36 7 10.92 2.52 250VDC MCC 1 A RB U19 623' 1.44 0.49 3 4.32 1.47 250VDC MCC 1B RB N/18 623' 1.44 0.49 3 4.32 1.47 250VDC MCC 2A RB L/11 623' 1.44 0.49 3 4.32 1.47 250VDC MCC 2B RB M/10 623' 1.44 0.49 3 4.32 1/i 480VAC SWGR 18 TB H/13 647'-6" 2.88 0.72 7 20.16 6 480VAC SWGR 19 TB H/15 647'-8" 2.88 0.72 7 20.16 5.04 480VAC SWGR 28 TB H/11 647'-6" 2.88 0.72 7 20.16 5.04 480VAC SWGR 29 TB H/13 647'-6" 2.88 0.72 _7 20.16 5.04 4KV SWGR 13 TB G/22 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 13-1 TB H/14 639' 2.88 0.72 7 20.16 5.04 4KV SWGR 14 TB H/22 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 14-1 TB H/16 639' 2.88 0.72 7 20.16 5.04 4KV SWGR 23 TB G/04 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 23-1 TB H/10 639' 2.88 0.72 7 20.16 5.04 4KV SWGR 24 TB H/04 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 24-1 TB H/12 639' 2.88 0.72 7 20.16 5.04 901-08 SB CR 623' O.92 0.52 4.5 4.14 2.34 901 32 SS AEER 595' O.41 0.29 4.5 1.845 1.31 901 33 SB AEER 595* 0.41 0.29 4.5 1.845 1.31 901 39 SS AEER 595' O.41 0.29 4.:i 1.845 1.31 901-46 SS AEER 595' O.41 0.29 4.5 1.845 1.31 901 47 SB AEER 595' O.41 0.29 4.5 1.845 1.31 901-48 SS AEER 595' O.41 0.29 4.5 1.845 1.31 901-49 SB AEER 595' O.41 0.29 7 2.87 2.03 901 50 SB AEER 595* 0.41 0.29 7 2.87 2.03 902-08 SB CR 623' O.92 0.52 4.5 4.14 2.34 902-32 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-33 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-39 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-46 SB AEER 595* 0.41 0.29 4.5 1.845 1.31 902-47 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-40 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-49 SB AEER 595' O.41 0.29 7 2.87 2.03 JB 1426 TB TB 639' 2.88 0.72 7 20.16 5.04 MCC 18-1 A RB M/17 623' 1.44 0.49 3 4.32 1.47 MCC 18-1 A-1 RB N/16 623' 1.44 0.49 3 4.32 1.47 MCC 18-1B RB N/17 623' 1.44 0.49 3 4.32 1.47 MCC 18/19-5 RB N/17 595' 1.00 0.41 3 3.00 1.23 MCC 19-1 RB M/17 623' 1.44 0.49 3 4.32 1.47 MCC 19-1-1 RB N/17 623' 1.44 0.49 3 4.32 1.47 MCC 19-4 RB N/18 623' 1.44 0.49 3 4.32 1.47 MCC 28-1 A RB M/08 623' 1.44 0.49 3 4.32 1.47 MCC 28-1 A-1 RB N/08 623' 1.44 0.49 3 4.32 1.47 MCC 28-1B RB N/09 623' 1.44 0.49 3 4.32 1.47 Page 2 of 3 | |||
SQUG APPENDIX D ESSENTIAL PANEL SEISMIC DEMAND VALUES QUAD CITIES STATION Max Floor Panel Acceleration Amplification Seismic Demand Panet Building Location Elevation Notes PSA ZPA Factor PSA ZPA MCC 28/29-5 RB N/08 595' 1.00 0.41 3 3.00 1.23 MCC 29-1 RB M/10 623' 1.44 0.49 3 4.32 1.47 MCC 291-1 RB N/09 623' 1.44 0.49 3 4.32 1.47 MCC 29-4 RB N/10 623' 1.44 0.49 3 4.32 1.47 Notes | |||
: 1) Mounted on Dionel Generetor sidd. Therefore, sesentlei reisye should be screened out as long me they are not bed actors. | |||
2)AA="y not a ps ; but relates device to =i= 4. No a, preen factor as device le --- _ Z; mounted to well. l l | |||
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i 1 | |||
1 | |||
: APPENDIX E l | |||
3 i | |||
ESSENTIAL RELAY LIST QUAD CITIES STATION UNITS 1 & 2 SEPERATED BY: RELAYS REQUIRED FOR UNIT 1 SAFE SHUTDOWN EQUIPMENT RELAYS REQUIRED FOR UNIT 2 SAFE SHUTDOWN EQUIPMENT SORTED BY: SYSTEM EQUIPMENT ID CONTACT | |||
- ~ - - . . .e-~ w - - - - - - -- - .- ----- -- - - - - - - - ------ - - - --- -.- --..- - .----.- - - | |||
Ii | |||
? | |||
SQUG ESSENTIAL RELAYS UNIT 1 | |||
~ | |||
SYSTEM E OP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV 125VDC 125VDC CHGR #1 CB1An 4E-13898 R/L 125VDC CHGR #1 TB 615 a | |||
125VDC 125VDC CHGR #1 DSH82 K2-YT-115V-9 4E-13898 R/L 125VDC CHGR #1 TB 615 l 125VDC 125VDC CHGR #1 TIRE R ZENITH 4E-13898 R/L 125VDC CHGR #1 TB 615 l 125VDC 125VDC CHGR #1 A CB1/e 4E-1389C R/F 125VDC CHGR #1 A TB 615 125VDC 125VDC CHGR #1 A DSH82 SIGMA 70RE22-110DC 4E-1389C R/F 125VDC CHGR #1 A l | |||
TB 615 j 125VDC 125VDC CHGR #1 A TIMER ZENITH 4E-1380C R/F 125VDC CHGR #1A TB 615 3 t 250VDC 250VDC CHGR #1 DSH82 SIGMA 70RE22-110DC 4E-13890 R/D 250VDC CHGR #1 TB 615 ; | |||
250VDC 250VDC CHGR #1 TMR ZENITH 4E-13890 R/D 250VDC CHGR #1 TB 615 i TiOVDC 250VDC CHGR #1/2 DSH82 SIGMA 70RE22-110DC 4E-1389E R/F 250VDC CHGR #1/2 TB 615 MiffVDC 250VDC CHGR #1/2 TIRER ZENITH 4E-1389E R/F 250VDC CHGR #1/2 TB 615 i 4160VAC SWGR 13,1303 ATIR GE HFA151 12HFA151A2H 4E-1342 R/AA 901 8 SB 623 j 4160VAC SWGR 13,1312 127-B13X1 GE HFA151 12HFA151A2H N NO 4E-1344-1 R/D SWGR 13 (4) TB 615 i 4160VAC SWGR 13,1312 127813-1X3 GE HFA151 12HFA1*M2F Y NC. 4E-1344-1 R/D SWGR 13-1 (2) TB 639 ( | |||
4160VAC SWGR 13,1312 151A GE LAC 51A 1~,AC51 A101 A N NO 4E-1342 R/AA SWGR 13 (10) TB 615 l 4160VAC SWGR 13,1312 151A GE LAC 51A 12 TAC 51A101A N hO 4E-1342 R/AA SWGR 13 (3) TB 615 4160VAC SWGR 13,1312 151BLA GE BAC51A 12 TAC 51A101A N eiO 4E-1344-3 R/E SWGR 13-1 (8) TB 639 i 4160VAC SWGR 13,1312 151BLC GE LAC 51A 12 TAC 51A101A N NO 4E-1344-3 R/E SWGR '3-1 (8) TB 639 4160VAC SWGR 13,1312 151C GE LAC 51A 12 TAC 51 A101 A h NO 4E-1342 R/AA SWGR 13 (10) TB 615 4160VAC SWGR 13,1312 151C GE IAC51A 12 TAC 51A101A N NO 4E-1342 R/AA SWGR 13 (3) TB 615 i 4160VAC SWGR 13,1312 151N Gti IAC51A 12 TAC 51A3A N NO 4E-1342 R/AA ! | |||
SWGR 13 (10) TB 615 4160VAC SWGR 13,1312 151N GE LAC 51A 12 TAC 51A3A N NO 4E-1342 R/AA SWGR 13 (3) TB 615 , | |||
4160VAC SWGR 13,1312 151NBL GE IAC51A 12 TAC 51A3A N NO 4E-1344-3 R/E SWGR 13-1 (a TB 639 l 4100VAC SWGR 13,1312 186-1303 GE HEA618 12HEA618235 N NO/NC 4E-13441 R/D SWGR 13 (3) TB 615 4160VAC SWGR 13,1312 186-1300 GE HEA618 12HEA618235 N NOINC 4E-1344-1 R/D SWGR 13 (10) i es 615 4160VAC SWGR 13,1312 186-1312 GE HEA618 12HEA618235 N NOINC 4E-1344-1 R/D 3 | |||
SWGR 13 (13) _ TB 615 j | |||
, 4160VAC SWGR 13,1312 186-1327 GE HEA618 12HEA618235 N NC 4E-1344-1 R/D SWGR 13-1 p TB 615 [ | |||
l 4160VAC SWGR 13,1312 187BTA GE IJD53C 12tJD53C11 A N NO 4E-1344-1 R/D SWGR 13(13) TB 615 C160VAC SWGR 13,1312 187BTB GE IJD53C | |||
[ | |||
12iJD53C11 A N NO 4E-1344-1 R/D SWGR 13(13) TB 615 | |||
, 4160VAC SWGR 13,1312 187BTC GE IJD53C 121JD53C11 A N NO 4E-1344-1 R/D SWGR 13 (13) TB 615 4160VAC SWGR 13-1,1321 127813-1X2 GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX SWGR 13-1 (2) TB 639 4160VAC SWGR 13-1,1321 140 OG 1/2 GE CEH 12CEH51A1A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 l 4160VAC SWGR 13-1,1321 1430-108A GE HFA151 12HFA151A2H N NO/NC 4E-1345-1 R/BC 901-32 SB 595 4160VAC SWGR 13-1,1321 [ | |||
151A GE BAC51A 12 TAC 51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 639 4160VAC SWGR 13-1,1321 1518 GE LAC 51A 121AC51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 639 ! | |||
4160VAC SWGR 13-1,1321 151BLA GE 1AC51A 12 TAC 51A101A N NO 4E-1344-3 R/E SWGR 131 (8) TB 639 6 | |||
4160VAC SWGR 13-1,1321 151BLC GE IAC51A 12 TAC 51A101A N NO 4E-1344-3 R/E SWGR 13-1 (8) TB 639 ! | |||
4160VAC SWGR 13-1,1321 151C GE - IAC51 A 12 TAC 51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 630 4160VAC SWGR 13-1,1321 151NBL GE IAC51A 121AC51A3A N NO | |||
' 4E-1344 3 R/E SWGR 1S1 (8) TB 639 4160VAC SWGR 13-1,1321 } | |||
1540G 1/2 GE lAV51D 12tAV5101A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 | |||
* 410VAC SWGR 13-1,1321 159SD 1/2 /1-2 GE lAV69A 121AV69A1A Y NO dE-1345-1 R/BC SWGR 13-1 (2) TB 639 ; | |||
e Page 1 of 19 | |||
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SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NOMC REF. DRAWING PANEL BLDG ELEV 4100VAC SWGR 13-1,1321 150SD 1/2 / 2-3 GE 1AV69A 128AV60A1A Y NO 4E-1345-1 R/BC TB 639 SWGR 13-1 (2) 4160VAC SWGR 13-1,1321 150SD 1/2 X3 GE HFA151 12HFA151A2H Y NO 4E-1345-1 R/BC TB 639 SWGR 13-1 (2) 4160VAC SWGR 13-1,1321 181-CFF GE CFF 12CFF14821A Y NOrNC 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 181A N NO 4E-13518-1 RM 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 181Y GE HFA151 12HFA151A2H N NOMC 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 166-1327 GE HEA618 12HEA618235 N NO/NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (8) 4160VAC SWGR 13-1,1321 166-DG 1G GE HEA618 12HEA618235 N NO/NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 187-DG 1/2 WESTINGHOUSE SA-1 1329062A01 D N NO 4E-1345-1 R/BC TB e SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 192-DG 1/2 GE ICW 120CW51A1A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 2miu-13-1 AsmatM ETR ETR14D3B N NO 4E-1345-1 R/BC 2251-66 TB 639 4160VAC SWGR 13-1,1321 52Y N NO/NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 41MVAC SWGR 13-1,1321 A GE CEH N NO 4E-1345-1 RSC 2212-45 DG 1/2 505 4100VAC SWGR 13-1,1321 AR 152-1321 Agament EGPD EGPD003 N NO 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 AR-152-2329 A0mmInt EGPD EGPD003 N NO 4E-1345-1 R/BC TB 639 SWGR 23-1 (10) 4160VAC SWGR 13-1,1321 ASR-1/2-1 GE HGA11 12HGA11J52 N NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 FSR Square D 7001 PO4 S2 8289705 MV N NC 4E-1345-1 R/BC 2212-46 D G 1/2 505 4160VAC SWGR 13-1,1321 HACR-IV HACR-IV(syncrocheck relmy) N NO 4E-1345-1 R/BC 2212-123 D G 1/2 505 4160VAC SWGH 13-1,1321 SDRJ1 WESTINGHOUSE SG SG 293B255A20 N NC 4E-1345-1 R/BC 2212-46 DG 1/2 505 | |||
; 4160VAC SWGR 13-1,1321 T N NO 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 131,1323 52Y N NO 4E-1387D RIJ TB 63 SWGR 13-1 (4) 4 4160VAC SWGR 13-1,1325 150/151A GE 1AC518 12iAC518113A N NO 4E-1349-1 R/Q TB 639 SWGR 13-1 (6) 4160VAC SWGR 13-1,1325 150f151C GE IAC518 12iAC518113A N NO 4E-1349-1 R/O TB 639 SWGR 13-1 (6) 4160VAC SWGR 131,1325 151N GE PJC11 12PJC11 AVI A N NO 4E-1349-1 R/Q TB 630 SWGR 13-1 (6) i 4160VAC SWGR 131,1326 52/Y N NO 4E-6230 R/B TB 63 SWGR 13-1 (7) 1160VAC SWGR 13-1,1327 151BLA GE BAC51A 12 TAC 51A101A N NO 4E-1344-3 R/E TB 639 SWGR 13-1 (8) | |||
(160VAC SWGR 13-1,1327 151BLC GE LAC 51A 12iAC51A101A N NO 4E-1344-3 R/E TB 63 SWGR 13-1 (8) 4160VAC SWGR 13-1,1327 151NBL GE LAC 51A 12 TAC 51A3A N NO 4E-1344-3 R/E TB 639 SWGR 13-1 (8) 4160VAC SWGR 13-1,1327 166 1312 GE HEA618 12HEA618235 N NO/NC 4E-1344-3 R/E TB 639 | |||
' SWGR 13 (13) 4160VAC SWGR 13-1,1327 166-1327 GE HEA618 12HEA618235 N NO/NC 4E-1344-3 R/E TB 639 SWGR 13-1 (8) 4160VAC SWGR 13-1,1327 187BTA GE IJD53C 12tJD53C11 A N NO 4E-1344-1 R/D TB 639 SWGR 13 (13) 4180VAC SWGR 13-1,1327 187BTB GE IJD53C 12WD53C11 A N NO IE-1344-1 R/D TB 630 SWGR 13 (13) i 4160VAC SWGR 13-1,1327 187BTC GE IJD53C 121JD53C11 A N NO 4E-1344-1 R/D TB 639 SWGR 13 (13) 4160VAC SWGR 14,1410 127-814-1X3 GE HFA151 12HFA151A2H N NO 4E-1344-2 R/C TB 639 SWGR 14-1 (9) 4160VAC SWGR 14,1410 127-814X3 GE HFA151 12HFA151A2H N NO 4E-1344-2 R/C TB 615 SWGR 14(5) i 4160VAC SWGR 14,1410 151A GE LAC 51A 12iAC51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (13) 4160VAC SWGR 14,1410 151A GE IAC51A 12iAC51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (6) 4160VAC SWGR 14,1410 ISIBL(A) GE LAC 51A 12 TAC 51A101A N NO 4E-1344-4 R/E TB 639 SWGR 14-1 (7) | |||
! 4160VAC SWGR 14,1410 151BL(C) GE 1AC51A 12iAC51A101A N NO 4E-1344-4 R/E TB 639 SWGR 14-1 (7) | |||
$100VAC SWGR 14,1410 151C GE LAC 51A 12 TAC 51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (13) 4160VAC SWGR 14,1410 151C GE BAC51A 12IAC51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (6) | |||
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cous ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV 4160VAC SWGR 14,1410 151N GE LAC 51A 12 TAC 51A3A N NO 4E-1343 R/U SWGR 14 (13) TB 615 4160VAC SWGR 14,1410 151N GE BAC51A 12 TAC 51A3A N NO 4E-1343 R/U SWGR 14 (6) TB 615 4160VAC SWGR 14,1410 151NBL GE BAC51A 121AC51A3A N NO 4E-13444 R/E SWGR 141 (7) TB 630 4160VAC SWGR 14,1410 186-1405 GE HEA61B 12HEA618235 N NO/NC 4E-1343 R/U SWGR 14 (6) TB 615 4160VAC SWGR 14,1410 186-1410 GE HEA61B 12HEA618235 N NO/NC 4E-13442 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14,1410 186-1412 GE HEA618 12HEA618235 N NO/NC 4E-1344-2 R/C SWGR 14 (13) TB 615 4160VAC SWGR 14,1410 188-1427 GE HEA61B 12HEA61B235 N NC 4E-1344-2 R/C SWGR 141 (7) TB 639 4160VAC SWGR 14,1410 187BTA GE UD53C 12WO53C11A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14,1410 187BTB GE WO53C 12WD53C11 A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14,1410 187BTC GE UO53C 12WO53C11 A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14-1,1421 52Y 4E-1346-1 R/AK SWGR 14-1 (1) TB 639 4160VAC SWGR 14-1,1423 150/151A GE LAC 518 12 TAC 518113A N NO 4E-1349-2 R/P SWGR 141 (3) TB 639 4100VAC SWGR 14-1,1423 150/151C GE 4160VAC SWGR 141,1423 BAC51B 121AC518113A N NO 4E-1349-2 R/P SWGR 14-1 (3) TB e 151N GE PJC11 12PJC11AV1A N NO 4E-1349-2 R/P SWGR 141 (3) TB 63 4160VAC SWGR 14-1,1426 127B14-1X2 GE HFA151 12HFA151A2H N NO RE-55Q SWGR 14-1 (9) TB 639 4160VAC SWGR 14-1,1426 CX GE HMA111 12HMA111 A2 N NO RE-55Q 1426 JB TB 639 | |||
! 4160VAC SWGR 14-1,1427 151BL(A) GE BAC51A 12 TAC 51A101A N NO 4E-1344-4 R/E | |||
' SWGR 14-1 (7) TB 63 4160VAC SWGR 14-1,1427 151BL(C) GE LAC 51A 121AC51A101A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 4160VAC SWGR 14-1,1427 151NBL GE LAC 51A 12 TAC 51A3A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 | |||
; 4160VAC SWGR 14-1,1427 186-1410 GE HEA618 12HEA618235 N NO/NC 4E-1344-4 R/E SWGR 14 (11) TB 615 4160VAC SWGR 14-1,1427 186-1427 GE HEA61B 12HEA618235 N NOINC 4E-1344-4 R/E SWGR 14-1 (7) TB 639 4160VAC SWGR 14-1,1427 187BTA GE UD53C 12WO53C11A N NO 4E-1344-2 R/C SWGR 14(11) TB 615 | |||
* 4160VAC SWGR 14-1,1427 187BTB GE WO53C 12WD53C11 A N NO 4E-1344-2 R/C SWGR 14(11) TB 615 4180VAC SWGR 14-1,1427 187BTC GE WO53C 12WD53C11 A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 480VAC SWGR 18,1819 52X N NO/NC 4E-1349-3 R/Q SWGR 18 (182C) RS 647 480VAC SWGR 18,1819 52Y N NC 4E-134M R/Q SWGR 18(182C) RS 647 480VAC SWGR 18,1819 52Z N NO 4E-134M R/Q ' | |||
SWGR 18 (182C) RB 647 480VAC SWGR 18,1851 81 ABB ITE81 ITE81 N NO 4E-1681X R/A MCC 18/1M(D3) RB 595 | |||
! 480VAC SWGR 18,1851 10A-K18 GE HFA151 12HFA151A2H Y NC 4E-1881X R/A 901-33 SS 505 480VAC SWGR 18,1851 27NA ABB ITE27 ITE27N N NO 4E-1681X R/A MCC 18/1M (D3) RB 505 I 480VAC SWGR 18,1851 42M 4E-1681G R/AK MCC 18/1M (A2) RB 505 ! | |||
480VAC SWGR 18,1851 52X N NO 4E-13738 R/R SWGR 18(ISSA) RB 647 480VAC SWGR 18,1851 SON ABB ITE59 ITE50N N NO 4E-1681X R/A MCC 18/1M (D3) RB 505 480VAC SWGR 18,1851 CRIS N NO 4E-1681G R/AK MCC 18/1M(A2) RB 505 [ | |||
l 480VAC SWGR 18,1851 CR19 Y NO 4E-1681H R/T MCC 18/1M (D2) RB 505 ; | |||
400VAC SWGR 18,1851 CR19A A0mmlet 7012 E7012PB002 Y NO 4E-1681X R/A MCC 18/1M(03) RB 505 ' | |||
i 480VAC SWGR 18,1851 CR198 GE HFA151 12HFA151A2H N NOINC 4E-1681H R/T MCC 18/1M(D3) RB SOS j 480VAC SWGR 18,1851 M18 N NC 4E-1681H R/T MCC 18/1M (A2) RB 647 l 480VAC SWGR 18,1851 M19 Y NO 4E-1681H R/T RB l | |||
MCC 18/195(D2) 505 " | |||
! 480VAC SWGR 18,1851 TDOD Agamlet 7022 E7022A0003 Y NC 4E-13738 R/R SWGR 19 (192A) RB 647 480VAC SWGR 19,1918 52X N NO/NC 4E-1349-3 R/Q SWGR 19(192C) RB 647 480VAC SWGR 19,1918 52Y N NC 4E-134M R/O SWGR 19 (192C) RB 647 Page 3 of 19 l l | |||
l I | |||
I | |||
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV 480VAC SWGR 19,1918 52Z N NO 4E-1349 3 R/Q SWGR 19 (192C) R8 647 480VAC SWGR 19,1951 81 A88 ITE81 ITE81 N NO 4E-1681X R/A MCC 1&1M(D3) R8 505 480VAC SWGR 19,1951 1(M-K18 GE HFA151 12HFA151A2H Y NC 4E-1681X R/A 901-33 S8 505 480VAC SWGR 19,1951 27NA A88 ITE27 ITE27N N NO 4E-1681X R/A MCC 18/19-5 (D3) R8 505 | |||
; 480VAC SWGR 19,1951 42M 4E-1681H R/T MCC 18/1M(D2) R8 505 480VAC SWGR 19,1951 SON A88 ITE50 (TE50N N NO 4E-1681X R!A MCC 18/19 5 (D3) R8 505 | |||
; 480VAC SWGR 19,1951 CR18 N NO 4E-1681G R/AK MCC 18/19 5 (A2) R8 505 480VAC SWGR 19,1951 CR19 Y NO 4E-1681H RIT MCC 18/19-5 (D2) RB 505 400VAC SWGR 19,1951 CR19A 7012 E7012P8002 Y NO 4E-1681X R/A A0mment MCC 18/19-5 (D3) R8 505 480VAC SWGR 19,1951 CR198 GE HFA151 12HFA151A2H N NO/NC 4E-1681H R/T MCC 18/19-5 (D3) RB 505 480VAC SWGR 19,1951 M18 N NC 4E-1681H R/T MCC 18/19 5 (A2) R8 505 480VAC SWGR 19,1951 M19 Y NO 4E-1681H R/T | |||
' MCC 18/1965 (D2) R8 505 480VAC SWGR 19,1951 TDOD 7022 E7022AD003 Y NC 4E-13738 R/R A0mment SWGR 19 (192A) R8 647 CS 1 1402-4A-MO 42fMO GE CR100 CR100CO 4E-1433 R/U MCC 18-1 A (84) R8 623 CS 1-1402-48-MO 42fMO GE CR100 CR100CO 4E-1433 R/U MCC 19-1 (E1) R8 623 CS SWGR 13-1,1322 1430-111 A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 CS SWGR 13-1,1322 1430-114A GE HFA151 12HFA151A2H N NO 4E-1429 R/M 901-32 S8 505 CS SWGR 13-1,1322 1430310 Agostat ETR ETR14038002 N NO 4E-1430-1 R/AU 901-32 S8 505 CS SWGR 14-1,1422 1430-1118 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 S8 505 CS SWGR 14-1,1422 1430-1148 GE HFA151 12HFA151A2H N NO 4E-1429 R/M 901-33 S8 505 I CS SWGR 14-1,1422 1430 312 A0mment ETR ETR 140m N NO 4E-1430-2 R/AR 901-33 S8 505 DG 1-8801 127-3-814-1 A88 ITE27 ITE-27N l | |||
N NO 4E-1346-2 R/AS 2251-87 TB 623 DG 1-6801 127-4-814-1 A88 ITE27 ITE-27N N NO 4E-1346-2 R/AS 2251 67 TB 623 DG 1-8801 127-814-1X1 GE HFA151 12HFA151A2H N NO 4E 1346-2 RIAS SWGR 14-1 (9) TB 630 ! | |||
DG 1-8801 127-814/1-2 GE lAV89A 12tAV60A1A Y NO 4E-1343 R/U SWGR 14 (5) TB 615 DG 1-8801 127-814Q-3 GE BAV894 121AV80A1A Y NO 4E 1343 R/U SWGR 14 (5) TB 615 DG 1-8801 127-814/3-2 GE lAV99A 12tAV90A1A Y NO 4E-1343 R/U SWGR 14 (5) TB 615 DG 1-8801 127-814X1 GE HFA151 12HFA151A2H N NO 4E-1343 R/U SWGR 14 (5) TB 615 DG 1-6801 127-814X3 GE HFA151 12HFA151A2H N NO 4E-13508-2 R/AJ SWGR 14 (5) TB 615 , | |||
DG 1-8801 127814-1/1-2 GE lAV60A 12tAV80A1A Y NC 4E-134-2 RIAS TB 630 SWGR 141 (9) | |||
DG 1-8801 127814-1/2-3 GE lAV90A 12tAV90A1A Y NC 4E-1346-2 R/AS SWGR 141 (G) T8 630 DG 1-8801 127814-1X3 GE HFA151 12HFA151A2H N NO 4E-13508-2 R/AJ SWGR 14-1 (w) TB 630 , | |||
CJG 1-6801 1430-103A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 S8 505 i DG 1-8801 1430-1038 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 7 S8 505 DG 1-8801 1430-104A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 ,& S8 505 t DG 1-8801 1430-1048 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 3 S8 505 ! | |||
DG 1-8801 1430-105A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 58 505 DG 1-6001 1430-1058 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 SB 505 DG 1-8801 1430-108A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 S8 505 i DG 1-8801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 S8 505 ' | |||
DG 1 6801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-13508-2 R/AJ 901-33 S8 505 I DG 1-8801 1430-1128 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 S8 505 j | |||
Page 4 of 19 - | |||
SQUG I ESSENTIAL RELAYS f UNIT 1 ! | |||
SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV l DG 14801 1430-112BX GE CR120BD CR12080021 N NO 4E-1346-2 RIAS 901-33 S8 505 DG 14801 1430-1288 GE HFA151 12HFA151A2H N NC 4E-1430-2 R/AR 901-33 S8 505 I DG 1-81W1 1430-1778 GE HGA11 12HGA11J52G N NO 4E-1430-2 R/AR 901-33 S8 SM l DG 14801 152-1420X A0estet EGPD EGPD Y NC 4E 1346-2 R/AS 2251 4 7 TB 623 3 DG 1-8801 18tLOG1 GE HEA618 12HEA618235 N NC 4E-1350A-2 R/AE SWGR 141 (10) TB 630 j DG 1-8001 187DG1 WESTINGHOUSE SA-1 1320082A01 O Y NO 4E-1346-2 RIAS SWGR 14-1 (10) TB 630 DG 1-8801 427X1-14-1 Acestet EGPO EGPO 4E-1346-2 RIAS 2251 4 7 TB 623 [ | |||
DG 1-8801 450X1-14-1 Agostet EGPD EGPD Y NO 4E-1346-2 R/AS 2251 4 7 TB 630 i DG 1-8801 CP MERCOR CORP EMD 88380774 N NC 4E-1350A-2 R/AE 2251-113 DG1 505 I DG 1 8801 ECR Acestet 7022 7022PHC806 N NO 4E-1350A-2 R/AE 2251-113 TB 505 3 | |||
G.M. Electro Mothe , | |||
DG 1-8801 ES DMelon EMD 8400612 N NO 42-1350A-1 R/AE 2251-113 TB 505 ! | |||
CLASS DG 1 8001 ESR Square D 7001 EMD 8263337AU N NO/NC 4E-1350A-1 R/AE 2251-113 TB 505 l | |||
! CLASS i DG 1-8801 FSR Square D 7001 EMD 8200705FV N NO 4E-1350A-2 R/AE 2251-12 DG1 505 ! | |||
DG 1 8801 HE MERCOR CORP EMD 8380774 N NC 4E-1350A-2 R/AE 2251-113 TB SOS l | |||
DG 1-8801 LIS 1-0263-72A YARWAY 4418C 4E-1430-1 R/AU 2201-5 RB 623 ; | |||
DG 1 8801 US 1-0263-728 YARWAY 4418C 4E-1430-2 R/AR 2201 4 RB 623 DG 1-8801 US 1-0263-72C YARWAY 4418C 4E-1430-1 R/AU 2201-5 RB 623 DG 1 8801 US 1-0263-72D YARWAY 4418C 4E-1430-2 R/AR 2201 4 RB 623 DG 1-8001 LW MERCOR CORP EMD 86380774 N NC 4E-1350A-2 R/AE 2251-113 DG1 505 DG 1-8001 OP MERCOR CORP EMD 8380774 N NC 4E-1350A-2 R/AE 2251-113 TB 505 DG 1-8801 OT MERCOR CORP EMD 8300774 N NC 4E-1350A-1 R/AE 2251-113 TB 505 DG 1-8001 PS 1-1001-00A S-O-R 12NELBB4-US-C1 A-TTNQ 4E-1430-1 R/AU 2201-5 RB 623 DG 1-8801 PS 1-1001-005 S-O-R 12N6-884-UtkC1 A-TTNQ 4E-1430-2 R/AR 2201 4 R8 623 DG 1-8801 PS 1-1001-00C S-O-R 12NEL884-US-C1 A-TTNQ 4E-14301 R/AU 2201-5 RB 623 DG 1-8801 PS 1-1001-00D S-O-R 12N6-884-UlkCI A-TTNQ 4E-1430-2 R/AR 2201 4 RB 623 i | |||
j DG 14001 PS 1-1864-MB1 Square D AGW 2)UARE D AGW25 S8 4E-1350A-2 R/AE 1-8801 DG1 505 MILTON ROSS DG 14801 PS 1-8541-CPS CONTROLS 8362040 4E-1350A-2 R/AE 1-8801 DG1 505 I | |||
DG 1-8801 PS 1-8841-LWS Square D AGW SOUARE D AGW5S48 4E-1350A-2 R/AE 2251-113 TB 505 , | |||
G.M. Electrq>Matlwe DG 1 0o01 SDR DMeion 3851nna?-01 Y NO 4E-1350A-2 R/AE 2251-12 DG1 505 DG 1-8801 SF MERCOR CORP EMD 8380774 N NC 4E-1350A-1 R/AE 2251-113 TB 505 | |||
* DG 1-8801 STR CUTLER-HAnWER 8011H2A N NO 4E-1350A-1 R/AE 2251-113 TB 595 Page 5 Of 19 | |||
P Sous ESSENTIAL RELAYS UNIT 1 SYSTEM EO P 10 CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV CLASS DG 14801 TD1 Square D 9050 EMD 8253244 KA N NO 4E-1350A-2 R/AE 2251-113 TB SBS CLASS DG 1-8801 TD2 Square D 9050 EMD 8253244 KA Y NO 4E-1350A-1 R/AE 2251-113 TB 505 DG 1-6801 TD3 A0mment 7012 E7012PE003 N NO 4E-1350A-2 R/AE 2251-113 TB 505 DG 1-8801 TDR 14-1 Agostat ETR ETR14D3N N NO 4E-1346-2 R/AS 2251 87 TB 4 623 DG 1-6801 TS 1-te84 TC Square D SGW SQUARE D BGW-2S13 4E-1350A-2 R/AE 1-8801 DG1 505 G.M. Elmdro Metee DG 14801 VS Division EMD 8409613 N NO 4E-1350A-2 R/AE 2251-113 TB SOS CLASS DG 1-8801 VSR Square D 7001 EMD 8263337 AU N NO 4E-1350A-2 R/AE 2251-113 TB 505 DO 1-6801-EXC 40 OC Ama Chabners 298-A N NO 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC ER Square D 7001 EMD 6263337FV PO4 N NO 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC EXC Square D 8504 EQ-1281-G2 N NO 4E-1336 RN 2251-12 DG1 505 CLASS DG 14801-EXC FFC Square D 8504 EQ-1985G13 N NO 4E-1336 RN 2251-12 DG1 505 DG 1-8801-EXC FFCO WESTINGHOUSE SV 2928402A10 N NO/NC 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC FSR Square D 7001 EMD 8289705FV N NO 4E-1350A-1 R/AE 2251-12 DG1 505 OHMITE MFG CO DG 1-8801-EXC MRV (Motor Drtwo Data) 57029 N NO 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC VSR Square D 7001 EMD 8263337 AU N NO 4E-1350A-1 R/AE 2251-113 TB SOS DG 1/2-e801 127-1-823-1 GE IAV894 12tAV90A1A Y NC 4E-2345-2 R/AK TB SWGR 23-1 (9) 639 DG 1/2-6801 127-2-823-1 GE lAV80A 12tAV99A1A Y NC 4E-2345-2 RIAK SWGR 23-1 (9) TB 639 DG 1/2-0801 127-3-813-1 A88 ITE27 ITE-27N N NO 4E-1345-2 R/AX 2251 88 TB 639 DG 1/2-8801 127-3-823-1 A88 ITE27 ITE-27N Y NO/NC 4E-2345-2 R/AK 2252-86 TB 639 DG 1/2-8801 127-4-813-1 AB8 ITE27 ITE-27N N NO 4E-1345-2 R/AX 2251-85 TB 639 DG 1/2-8801 127-4-823 1 ABB ITE27 ITE-27N Y NO 4E-2345-2 R/AK 2252 88 TB 630 DG 1 0-8801 127-813/1-2 GE 1AV99A 12tAV90A1A Y NC 4E-1342 R/AA SWGR 13 (4) TB 615 DG 1/2-8001 127-813/2-3 GE lAV80A 121AV80A1A Y NC 4E-1342 R/AA SWGR 13(4) TB 615 DG 1/2-6801 127-813X3 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 13 (4) TB 615 DG 1/2-6801 127B13-1/1-2 GE lAV90A 121AV90A1A Y NC 4E-1345-2 R/AX SWGR 13-1 (2) TB 639 DG 1/2-8801 127813 1/2-3 GE 1AV80A 121AVOBA1A Y NC 4E-1345-2 R/AX SWGR 13-1 (2) TB 630 DG 1/2-e801 127813-1X1 GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX SWGR 13-1 (2) TB 639 DG 1/2-8801 127813-1X4 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 13-1 (2) TB 630 DG 1/24001 127823-1X1 GE HFA151 12HFA151A2H N NO 4E-2345-2 R/AK SWGR 23-1 (9) TB 639 DG 1/2-6801 127823-1X4 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 23-1 (9) TB 630 DG 1/2-6801 127823/1-2 GE RAV60A 12tAV60A1A Y NC 4E-2342 RN SWGR 23 (10) TB 615 DG 1/2-6801 127B23/2-3 GE lAV90A 12tAV69A1A Y NC 4E-2342 RN SWGR 23 (10) TB 615 DG 1/2-8801 127823X1 GE HFA151 12HFA151A2H N NO 4E-2342 RN SWGR 23 (10) TB 615 Page 6 Of 19 | |||
} | |||
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV l DG 1/24801 127823X3 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 23 (10) TB 615 DG 1/24801 1430-103A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/2 6801 1430103A GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-32 S8 505 DG 1/24801 1430 1038 GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901 33 SB 505 ; | |||
DG 1/2-0801 1430-1038 GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-33 S8 505 DG 1/2-6001 1430-104A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/2-0801 1430-104A GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-32 S8 505 DG 1/24801 1430-1048 GE HFA151 12HFA151A2H N NO 4E-14301 R/AU 901-33 $8 505 DG 1/2-0801 1430-1048 GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-33 S8 505 DG 1/2-0801 1430-105A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 SB 505 DG 1/24801 1430-105A GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-32 SB 505 DG 1/24801 1430-1058 GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-33 S8 505 DG 1/2-6801 1430-1058 GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-33 S8 505 DG 1/2-6801 1430-108A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/24801 1430-108A GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-32 S8 505 DG 1/2-6801 1430 1088 GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-33 S8 505 DG 1/2-8801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-33 SS 505 DG 1/2-0801 1430-108A GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N 901-32 S8 505 DG 1/2-6001 1430-112A GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX 901-32 S8 505 DG 1/2-0801 1430-112A GE HFA151 12HFA151A2H N NO 4E-2345-2 R/AK 902-32 S8 505 DG 1/2-6801 1430-127A GE HGA11 12HGA11J52G N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/2-6801 1430-127A GE HGA11 12HGA11J52G N NO 4E-2430 4 R/D 902-32 S8 505 DG 1/2-6801 186-DG 1/2 GE HEA618 12HEA018235 N NC 4E-1351 A-2 R/AD SWGR 13-1 (1) TB 630 DG 1/2-0801 187-DG 1/2 WESTINGHOUSE SA-1 1329D62A01 D Y NO 4E-13451 R/BC SWGR 131 (1) TB 630 DG 1/2-0801 427Y1-13-1 EGPD EGPO 4e l'AS-2 R/AX A0mment 2251-86 TB 630 DG 1/2-8801 427Y1-23-1 A0matet EGPD EGPD 4E-2345-2 R/AK 2252-06 TB 630 DG 1/2-0801 450X1-13-1 Agament EGPD EGPD Y NO 4E-1345-2 R/AX 2251-06 TB 630 DG 1/2-6801 450X1-23-1 A0mment EGPO EGPD Y NO 4E-2345-2 R/AK 2252 4 6 TB 630 DG 1/2-0801 CP MERCOR CORP EMD 88380774 N NC 4E-1361 A-2 R/AD 2212-125 DG 1/2 505 DG 1/2-0801 ECR Agament 7022 7022PHC806 N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 GM Elmdro4Aceve DG 1/2-6801 ES DMalon 8271008 N NO 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 CLASS DG 1/2-6001 ESR Square D 7001 PO4 S3 8263337 CW N NO/NC 4E 1351 A-1 R/AF 2212-125 DG 1/2 505 DG 1/2-0801 FSR Square D 7001 PO4 S2 8280705 MV N NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-6801 HE MERCOR CORP EMD 88380774 N NC 4E-1351 A-2 R/AD 2212-125 DG 1/2 50b DG 1/2-6801 IV 4E-1337 R/T 2212-46 DG 1/2 505 DG 1/2-0801 US 1-0263-72A YARWAY 4418C 4E-1430-1 R/AU 2201-5 R8 623 DG 1/2-0801 LlS 1-0263-728 YARWAY 4418C 4E-1430-2 R/AR 2201-6 RS 623 Page 7 of 19 | |||
SouG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV DG 1/24801 US 1-0263-72C YARWAY 4418C 4E-1430-1 R/AU 2201-5 RB 623 DG 1/24801 US 1-0263-72D YARWAY 4418C 4E-1430-2 R/AR 2201 4 RB 623 DG 1/2-8801 US 2-0283-72A YARWAY 4418C 4E-2430-1 R/AJ 2202-5 RB 623 DG 1/24801 US 2-0263-728 YARWAY 4418C 4E-2430-2 R/AE 22024 RB 623 DG 1/2-8801 US 2-0263-72C YARWAY 4418C 4E-2430-1 R/AJ 2202-5 RB 623 DG 1/24801 US 2-0263-72D YARWAY 4418C 4E-2430-2 R/AE 2202 4 RB 623 DG 1/2-8801 LO 4E-1337 RiT 2212-46 DG 1/2 505 DG 1/2-8801 LW MERCOR CORP N NC 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 EMD F]774 DG 1/24801 OP MERCOR CORP N NC 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 EMD 803774 DG 1/24801 OT MERCOR CORP EMD 88380774 N NC 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 DG 1/2-8801 OTLS N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 DG 1/2-8001 PS 1-1001-00A S-O-R 12N6-5j 4-US-C1 A-TTNQ 4E-1430-1 R/AU 2201-5 RB 623 DG 1/24801 PS 1-1001-008 S-O-R 12N6-884-US C1 A-TTNQ 4E-1430-2 R/AR 2201-6 RB 623 DG 1/2-8801 PS 1-1001-00C S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-1430-1 R/AU 2201-5 RB 623 DG 1/2-8001 PS 1-1001-90D S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-1430-2 R/AR 2201-6 RB 623 MILTON ROSS DG 1/2-8801 PS 1/2-8641-CPS CONTROLS 8362040 4E-1351A-2 R/AD 1/2-8801 DG 1/2 505 PS 1/2-8841 DG 1/2-8801 LWS Square D AGW SQUARE D AGWSS48 4E-1351 A-2 R/AD 1/2-8801 DG 1/2 505 DG 1/2-8801 PS 1/2-8641-MB1 Square D AGW AGW25 S8 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 i i | |||
DG 1/2-8801 PS 2-1001-90A S-O-R 12NS-BB4-US-CIA-TTNQ 4E-2430-1 RIAJ 2202-5 RB 623 DG 1/2-8801 PS 2-1001-008 S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-2430-2 R!AE 2202-6 RB 623 DG 1/2-8801 PS 2-1001-00C S-O-R 12N6-BB4-US-CIA-TTNQ 4E-2430-1 R/AJ 2202-5 RB 623 DG 1/2-8801 PS 2-1001-900 S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-2430-2 R/AE 2202-6 RB 623 GM Eladro Motte 3853 0082-01 BY VAPOR DG 1/2-8801 SDR DMason CORP Y NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-8801 SE 4E-1337 R/T 2212-46 DG 1/2 505 DG 1/2-8801 SF MERCOR CORP EMD 88380774 N NC 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 DG 1/2-8801 STR CUTLER-HAhWER 8011H2A N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 i CLASS I DG 1/2-8801 TD1 Square D 9050 EQ 1933G2, SERIES B N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 CLASS DG 1/2-8801 TD2 Square D 9050 EQ 1933G2, SERIES B N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 DG 1/2-8801 TD3 Agament 7014 7014PF N NO 4E-1351 A-2 R/AD 2212-125 D G 1/2 505 Page 8 Of 19 | |||
.m___m.-___--...-_____-_-. -.---. _ - _ _ _ ._ -_.-_ _ ._ _--- _ .~_ _ _ _ _ _ _ __ _ . _ - , | |||
SQUG 4 | |||
ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NONC REF. DRAWING PANEL BLDG ELEV DG 1/24001 TDR-13-1 Agnalet ETR ETR14D3N N NO 4E-1345-2 R/AX 2251-86 TB 6 31 DG 1/24801 TDR-23-1 Agnalet ETR ETR1403N N NO 4E-2345-2 R/AK 2252-86 TB 639 DG 1/24001 TS ASCO 90633 4E-1337 R/T 2212-46 DG 1/2 505 ; | |||
DG 1/2-8801 TS 1!24641-TC Square D BGW SOUARE D BGW-2S9 4E-1351 A-2 R/AD 1/2-8801 DG 1/2 505 DG 1/2-8001 VS 8ARBER COLMAN 8271096 N NO 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 GM Elodro-Mothe DG 1/2-8001 VSR Dewision 37mno343 by VAPOR N NO 4E-1351A-1 R/AF 2212-125 DG 1/2 505 GM Electo Malho 3853 0062-0i BY VAPOR DG 1/2-8801-EXC 52W DMelon CORP N NO 4E-1337 R/T 2212-46 DG 1/2 505 DG 1/2-8801-EXC ER Square D 7001 PO4-S3 8263337 LV N NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-8001-EXC EXC Square D 8504 EQ1281-G2, SERIES A N NO 4E-1337 R/T 2212-46 D G 1/2 505 DG 1/261-EXC FFC Square D 8504 EQ-1985-G13 N NO 4E-1337 R/T 2212-46 I DG 1/2 505 DG 1/2-8801-EXC FFCO WESTINGHOUSE SV 2928402A10 N NOINC 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-8801-EXC FSR WESTINGHOUSE SV 292B402A10 N NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 595 OHMITE MFG CO DG 1/2-8001-EXC MRV (Motor Drlwe Dalm) 57029 NC 4E-1351A-1 R/AF 2212-46 DG 1/2 595 ; | |||
GM Elodro4Aallwe t DG 1/2-8801-EXC VSR DMolon 37Want43 by VAPOR N NO 4E-1351 A-1 R/AF 2212-125 DG 1/2 SOS DG SWGR 14-1,1429 141M)G1 GE CEH 12CEH51A1A N NO 4E-1346-2 R/AS 2251-10 TB 505 ! | |||
DG SWGR 14-1,1429 151A GE BAC51A 12 TAC 51A101A N NO 4E-1346-2 R/AS SWGR 14-1 (10) TB 639 DG SWGR 14-1,1429 1518 GE LAC 51A 12 TAC 51A101A N NO 4E-1346-2 R/AS SWGR 14-1 (10) TB 639 | |||
, DG SWGR 14-1,1429 151BL(A) GE BAC51A 12 TAC 51A101A N NO 4E-1344-4 R/E TB SWGR 14-1 (7) 630 l 1 | |||
DG SWGR 14-1,1429 151BL(C) GE IAC51A 12 TAC 51A101A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 l DG SWGR 14-1,1429 151C GE BAC51A 12 TAC 51A101A N NO 4E-1346-2 R/AS SWGR 14-1 (10) TB 639 I | |||
DG SWGR 14-1,1429 151NBL GE LAC 51A 12 TAC 51A3A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 DG SWGR 14-1,1429 158-DG1 GE lAV51D 12tAV51D1 A N NO 4E-1346-2 R/AS 2251-10 TB 505 DG SWGR 14-1,1429 150SD 1/2 /1-2 GE LAV60A 12tAVUGA1A Y NO 4E-1346-2 R/AS SWGR 13-1 (2) TB 639 | |||
, DG SWGR 14-1,1429 150SD1-2 GE lAV994 12tAV99A1A Y NO 4E-1346 2 R/AS SWGR 141 (9) TB 639 DG SWGR 14-1,1429 150SD1-2 GE LAV80A 12iAV89A1A Y NO 4E-134EL2 R/AS SWGR 14-1 (9) TB 639 DG SWGR 14-1,1429 161-A N NO 4E-13508-2 R/AJ 2251-10 TB 505 DG SWGR 14-1,1429 181-CFF GE CFF 12CFF14B21A N NOINC 4E-13508-2 R/AJ 2251-10 TB 505 DG SWGR 14-1,1429 181Y-DG1 GE HFA151 12HFA151A2H N NOINC 4E-1344-4 R/E 2251-10 TB 505 DG SWGR 14-1,1429 181L1427 GE HEA618 12HEA618235 N NC 4E-1346-2 R/AS TB SWGR 14-1 (7) 639 , | |||
; DG SWGR 14-1,1429 186-OG1 GE HEA618 12HEA618235 N NOINC 4E-1346-1 R/AK SWGR 14-1 (10) TB 639 I DG SWGR 14-1,1429 187DG1 WESTINGHOUSE SA-1 1329D62A01 D 4E-1346-2 R/AS TB SWGR 14-1 (10) 630 i DG SWGR 14-1,1429 192-DG1 GE ICW 120CW51A1A N NO 4E-1346-2 R/AS 2251-10 TB 505 [ | |||
DG SWGR 14-1,1429 27XTD-14-1 Agnalet ETR ETR14038 N NO 4E-1346-1 R/AK 2251-87 TB 623 DG SWGR 14-1,1429 52Y [ | |||
N NOINC 4E-1346-1 R/AK SWGR 14-1 (10) TB 630 DG SWGR 14-1,1429 A GE CEH N NO 4E-1346-2 R/AS 2251-10 TB 595 DG SWGR 14-1,1429 ASR-1 GE HGA11 12HGA11J52 Y NC 4E-134tL2 R/AS TB 630 SWGR 14-1 (10) t Page 9 of 19 I | |||
SQUG ESSENTIAL RELAYS i | |||
' UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV CLASS DG SWGR 14-1,1429 FSR Square D 7001 EMD 8280705FV Y NC 4E-1348-2 R/AS 2251-12 DG1 505 DG SWGR 14-1,1429 HACR-IV HACR -IV 4E-1348-1 R/AK 2251-112 TB 505 DG SWGR 14-1,1429 SDR-X WESTINGHOUSE SG 2938255A20 Y NC 4E-1348-2 R!AS 2251-12 DG1 SOS ! | |||
DG SWGR 14-1,1429 T N NO 4E-13508-2 R/AJ 2251-10 TB 505 DG AIR 1-4800-310-S O STR CUTLER-HAMER 6011H2A N NO 4E-1350A-2 R/AE 2251-113 TB 505 DG AIR 1/2-4809-310-S O STR CUTLER-HAMER 6011H2A N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 i DG CW SWGR 18,184C 1/2-30G3-3A/b WESTINGHOUSE GCA GCA 530 N NC 4E-1880H RM 2251-100 TB 547 DG CW SWGR 18,184C 1/2-3003-3N WESTINGHOUSE GCA GCA 530 N NO 4E-1680H RM 2251-100 TB 547 DG CW SWGR 18,184C 1/2-300HtA WESTINGHOUSE AR AR600A N NC 4E-1680H RM 2251-100 TB 547 DG CW SWGR 18,184C 1/2-300MtN WESTINGHOUSE AR AR680A N NO 4E-1680H RM 2251-100 TB 547 DG CW SWGR 18,184C 1430-135A GE HFA151 12HFA151A2H Y NO 4E-13518-2 R/N 902-32 S8 505 | |||
, DG CW SWGR 18,184C 52X 4E-1351C R/L R8 647 SWGR 18 (184C) | |||
GM ElectoMoeve 38534082-01 BY VAPOR DGCW SWGR 18,184C SDR DMelon CORP Y NO 4E-1351C R/L 2212-48 DG 1/2 505 DG CW SWGR 19,198A 1-300MA WESTINGHOUSE A211K5 N NO 4E-2350C R/H 2251-98 DG1 505 DG CW SWGR 19,198A 1-300MA/b WESTINGHOUSE A211K5 N NC 4E-2350C R/H 2251-08 DG1 505 DGCW SWGR 19,198A 1-3003-3N WESTINGHOUSE A211K5 Y NO 4E-2350C R/H 2251-98 DG1 505 DG CW SWGR 19,198A 13003-3N/b WESTINGHOUSE A211K5 Y NC 4E-2350C R/H 2251-08 DG1 505 DG CW SWGR 19,198A 1-3GO3-RA WESTINGHOUSE AR AR680A N NO/NC 4E-2350C R/H 2251-98 DG1 505 DG CW SWGR 19,198A 1-3003-RN WESTINGHOUSE AR AR680A Y NO/NC 4E-2350C R/H 2251-08 DG1 505 DG CW SWGR 19,198A 52X Y NO 4E-13508-1 R/AG RB 647 SWGR 19 (198A) | |||
DGCW SWGR 19,198A 52Y N NO/NC 4E-13508-1 R/AG SWGR 19 (198A) RB 647 G.M. Electo-Moews DG CW SWGR 19,198A SDR DMelon w innn?-01 Y NO 4E-13508-1 R/AG 2251-12 DG1 505 DG FO 1-5208 STR CUTLER-HAMER 6011H2A 4E-1350A-1 R/AE 2251-113 TB 505 DG FO 1/2-5201-SO 127 FO GE HGA11 12HGA11H70 4E-13518-2 R/N 2212-50 D G 1/2 505 DGFO 1/2-5201-SO CR/o 4E-13518-2 R/N MCC 28-1 A (A1) RS 623 DG FO 1/2-5201-SO LS 1/2-5241-5 MAGNETROL A-103F--EPNP 4E-13518-2 R/N 1/2-5202 DAY TNK DG 1/2 505 DG FO 1/2-5201-SO M/a GE CR106 CR100C0 4E-13518-2 R/N RS 623 | |||
, MCC 18-1 A (E1) | |||
DGFO 1/2-5203 1430-135A GE HFA151 12HFA151A2H Y NC 4E-13518-2 R/N 902-32 S8 505 DGFO 1/2-5203 42M GE CR106 CR108CO 4E-13518-2 R/N MCC 18-1 A (E1) RB 623 DGFO 1/2-52tB 42M GE CR106 CR106CO 4E-13518-2 R/N R8 623 MCC 28-1 A (A1) | |||
DG FO 1/2-5208 STR CUTLER-HAMER 6011H2A Y NO 4E-1351A-1 R/AF 2212-125 DG 1/2 505 DG HVAC 1-5727 1-5727-CRA WESTINGHOUSE AR AR680A N NO 4E-13508-3 R/AH 2251-97 DG1 505 DG HVAC 1-5727 2A WESTINGHOUSE A210M3CX N NO 4E-1878D R/X 2251-07 DG1 505 CLASS DG HVAC 1-5727 VSR Square D 7001 EMD 8263337 AU N NO 4E-13508-3 R/AH 2251-113 TB 505 DG HVAC 1/2-5727 1/2-5727-127VF GE HGA11 12HGA11J70 Y NO/NC 4E-1351B-1 R/J 2212-50 DG 1/2 505 GM EleN DG HVAC 1/2 5727 1/2-6801-VSR DMeion 3751nnot43 by VAPOR N NO 4E-1351B-1 R/J 2212-125 DG 1/2 505 Page 10 of 19 | |||
i h | |||
SQUG ESSENTIAL RELAYS - | |||
UNIT 1 i SYSTEM EQP.tg CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL SLDG ELEV DG HVAC 1/24c! 42/M GE CR106 CR100E0 4E-16750 R/Z R8 623 MCC 18-1 A (G2) E DG HVAC 1/2-5727 42M GE CR106 CR100EO 4E-2675A R/AA MCC 28-1 A (A2) R8 623 f DG HVAC 1/24727 6800-HFA1 GE HFA151 12HFA151A2H N NC 4E-13518-1 R/J 2212-127 DG 1/2 505 ' | |||
DG HVAC 1/24727 680HiFA2 GE HFA151 12HFA151A2H N NC 4E-13518-2 R/N 2212-127 DG 1/2 505 DG HVAC 1/24727 6800 TDR1 A0melut ETR ETR14D1mnm N NC 4E-13518-2 R/N 2212-127 D G 1/2 505 DG HVAC 1/2-5727 CR GE CR2810A CR2810A 14 AA N NO 4E-13518-1 R/J R8 623 MCC 18-1 A (G2) rG HVAC 1/2-5727 CR N NO 4E-13518-1 R/J MCC 28-1 A (A2) R8 623 gS SER 901-49 ATS LO N NO 4E-1591 R/L S8 505 901-49 (A03) _ | |||
ESS SER 901-49 ATS SE Y NOtNC 4E-1591 R/L S8 505 ! | |||
901-40 (A03) | |||
EDS SER 901-49 ATS TS Y NO/NC 4E-1591 R/L S8 505 901-40 (A03) | |||
ESS SER 901-49 ATS UV Y NO 4E-1591 R/L S8 505 i 901-49 (A03) | |||
HPCI 1-2301-SMO 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1527-1 R/H 901-32 S8 505 HPCI 1-2301-3MO 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1527-1 R/H 901-33 SB 505 HPCI 1-2301-3-MO 2330-1008 f | |||
GE HFA151 12HFA151 A2H N NO 4E-1527-3 R/E 901-30 S8 505 HPCI 1-2301-3-MO 2330-1128 GE HFA151 12HFA151A2H N NO 4E-1527-3 R/E 901-30 S8 505 HPCI 1-2301-3-MO 2330-115 GE HFA151 12HFA151A2H N NO 4E-1529-1 R/A8 901-39 S8 595 ; | |||
HPCI 1-2301-3-MO 2330-142 GE HGA11 12HGA11J52G N NO 4E-1527-1 R/H 901-32 SS 505 HPCI 1-2301-3-MO 72/C 4E-1529-1 R/A8 R8 623 MCC 1 A (G01) ; | |||
HPCI 1-2301-3-MO 72/M 4E-1529-1 RIA8 R8 623 MCC 1 A (G01) | |||
HPCI 1-2301-3-MO 72/O 4E-1529-1 R/A8 R8 623 MCC 1 A (G01) | |||
HPCI 1-2301-3MO LIS 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RS 623 HPCI 1-2301-SMO LlS 1-0263-728 YARWAY 4418C 4E-1438C R/AC 2201 4 RB 623 ? | |||
HPCI 1-2301-3MO PS 1-1001-80A S-O-R 12N6-884-USC1 A-TTNQ 4E-1527-3 R/E 2201-5 R8 623 HPCI 1-2301-3-MO l PS 1-1001-898 S-O-R 12N6 884-US C1 A-TTNQ 4E-1527-1 R/H 2201 4 R8 623 HVAC 147488 1A WESTINGHOUSE A210M1CAC Y NO/NC 4E-16780 R/X 2201-75 R8 554 . | |||
i HVAC 1-57488 1N WESTINGHOUSE A210M1CAC Y NO/NC 4E-16780 R/X 2201-75 RB 554 i HVAC 1-57404 1-3003-RA WESTINGHOUSE AR AR680A N NO/NC 4E-1679F R/J 2251-06 DG1 505 HVAC 1-5740A 1-3003-RN WESTINGHOUSE AR AR680A Y NC 4E-1679F R/J 2251-98 DG1 505 HVAC 1-5740A 1A WESTINGHOUSE A210M1CAC N NO 4E-1679F R/J 2251-88 DG1 505 HVAC 1-57498 1-300MtA WESTINGHOUSE AR AR680A N NO/NC 4E-1679F R/J 2251-98 DG1 505 j HVAC 1-57498 1-300MtN WESTINGHOUSE AR AR880A Y NC 4E-1679F R/J 2251-98 DG1 505 ; | |||
HVAC 1-57498 2A WESTINGHOUSE A21(M1CAC N NO 4E-1679F R/J 2251-98 DG1 505 HVAC 1/2-5740A 1/2-300MtA WESTINGHOUSE AR AR680A N NO 4E-1676C R/T 2251-100 TB 547 + | |||
HVAC 1/2-5740A 1/2-300MtN WESTINGHOUSE AR AR600A N NO 4E-1676C R/T 2251-100 TB 547 ! | |||
HVAC 1/2-57494 1A WESTINGHOUSE A210M1CAC N NO 4E-1676C R/T 2251-100 TB 547 , | |||
HVAC 1!2-5740A 1Alb WESTINGHOUSE A210M1CAC N NC 4E-1676C R/T 2251-100 T8 547 i HVAC 1/2-5740A IN WESTINGHOUSE A210M1CAC N NO 4E-1676C R/T 2251-100 T8 547 HVAC 1/2-5749A IN/b WESTINGHOUSE A210M1CAC N NC 4E-1676C R/T 2251-100 547 TB HVAC 1/2-5740A OL WESTINGHOUSE A210M1CAC N NC 4E-1676C R/T 2251-100 TS 547 Page 11 of 19 | |||
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i i | |||
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING HVAC 1/2-57408 PANEL BLDG ELEV 1/2J00MtA WESTINGHOUSE AR AR080A N NO 4E-16760 R/J 2251-100 TB 547 HVAC 1/2-57408 1/2-300MtN WESTINGHOUSE AR AR680A N NO 4E-16760 R/J 2251-100 HVAC 1/2-57408 TB 547 2A WESTINGHOUSE A210M1CAC N NO 4E-16760 R/J 2251-100 TB $47 HVAC 1/2-57408 2Alb WESTINGHOUSE A210M1CAC N NC 4E-16760 RIJ 2251-100 HVAC 1/2-57408 TB 547 2N WESTINGHOUSE A210M1CAC N NO 4E-1676D R/J 2251-100 TB 547 HVAC 1/2-57408 2N/b WESTINGHOUSE A210M1CAC N NC 4E-16760 R/J 2251-100 HVAC 1/2-57408 TB 547 OL WESTINGHOUSE A210M1CAC N NC 4E-16760 R/J 2251-100 TB 547 INST AC 901-50 ATS tV i Y NO 4E-1682A R/AK 901-50 (A02) S8 505 INST AC 901-50 ATS LO N NO 4E-1682A R/AK 901-50 (A02) S8 505 INST AC 901-50 ATS SE Y NO/NC 4E-1682A R/AK 901-50 (A02) S8 505 INST AC 901-50 ATS TS t N NO/NC 4E-1682A R/Av 901-50 (A02) SB 505 MS 1-0203-3A-RV 104-K98A GE ; | |||
HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901 32 MS 1-0203-3A-RV S8 506 l 10A-K088 GE HGA11 12HGA11J52G N NO MS 4E-1462-1 R/AJ 901-33 S8 505 1-0203 3A-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 i MS 1-0203-3A-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 MS 1-02GF3A-RV SB 505 287-107A GE HFA151 12HFA151A2H N NO MS 4E-1461-2 R/AM 2201-32 RB 623 1 0203-3A-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-1461-2 R/AM 2201-32 RB 623 MS 1-0203-3A-RV 287-108A GE HFA151 12HFA151A2H Y NO 4E 1461-2 R/AM 2201-32 MS 10203-3A-RV RB 623 ! | |||
287-112A GE HGA11 12HGA11J52G N NO 4E-1451-1 R/AL 901-32 S8 505 MS 1-0203 3A-RV 287-1128 GE i HGA11 12HGA11J52G N NO 4E-1462-2 R/AG 901-32 MS 1-0203-3A-RV 287-114A S8 505 GE HGA11 12HGA11J52 N NO 4E-1461-2 R/AM MS 2201-32 R8 623 1-0203-3A-RV 287-115A GE HGA11 12HGA11J52 Y NO 4E-1461-2 R/AM 2201-32 RB 623 MS 1-0203-3A RV CR Ward Leonard Elec 130-4420 4E-1461-2 R/AM 2201-5 MS 10203 3A-RV PS 1-1462-A RB 623 MERColO DA-7043404 R.21 E MS 4E-1430-1 R/AU 1-1401-1 A RB 554 i 1-0203-3A-RV PS 1-1462-8 MERCOIO DA-7043-804 R.21E MS 4E-1430-2 R/AR 1-1401-18 RB 554 10203 3A-RV PS 1053A S-GR 6N6-85-US C1 A.JJTTNQ 4E-1438C R/AC 2201-504 R8 554 MS 1-0203 3A-RV PS 10538 S-O-R f 6NS-85-US C1 A-JJTTNQ 4E-1438C R/AC 2201-50A RB 554 MS 1-02G3-3A-RV PS 1053C S-O-R i | |||
6N6-85-US-C1A,JJTTNQ 4E-1438E R/AC 2201-508 MS 1-0203 3A-RV RB 554 l PS 10G3D S-O-R 6N6-85-US-C1A-JJTTNQ MS 4E-1438E R/A0 2201-508 RB I 1-0203-3A-RV R10738 GE 554 _. | |||
CR12080 CR12080020 N NO 4E-1461-1 R/AL 901-32 S8 MS 1-0203-38-RV 505 10A-MSSA GE HGA11 12HGA11J52G N NO [ | |||
MS 4E-1462-1 R/AJ 901-32 S8 505 ! | |||
1-0203-38-RV 10A-K088 GE HGA11 12HGA11J52G ~ | |||
N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-020138-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E 1462-1 R/AJ 901-32 MS SB 505 1-020S38-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901 33 S8 505 MS 1-020538-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-1461A R/B 2201 32 MS RB 623 1-020538-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-1461 A R/B 2201-32 R8 623 MS 1-0203-38-RV 287-1088 GE HFA151 12HFA151A2H Y NO 4E-1461-2 R/AM 2201 32 RB 623 i MS 1-0203-38-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-1461-1 R/AL 901-32 SB SOS " | |||
MS 1-0203-38-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-1462-2 R/AG 901-32 S8 505 MS 1-0203-38-RV 287-1148 GE l HGA111 12HGA111J2 4E-t461 A R/B 2201-32 RS 623 MS 1-0203-38-RV 287-1158 GE HGA11 12HGA11J52 Y NO 4E-1461 A R/B 2201-32 RB 623 MS 1-02Gb38-RV 287-122B A0metet EGPD EGPD002 N NO 4E-1461 A R/B 2201-32 R8 623 Page 12 of 19 | |||
t SQUG ESSENTIAL RELAYS r | |||
UNIT 1 ? | |||
SYSTEM EQP. ID CONTACT MFGR i TYPE MODEL ENER NO/NC REF. DRAWING PANEL MS 1-02GMB-RV BLDG ELEV 287-1238 Agostut EGPD EGPD002 N NO MS 4E-1461 A R/8 2201-32 R8 623 14203-38-RV CR Ward Leonard Elec 130-4420 MS 4E-1461 A R/8 2201-5 R8 623 1-0203-38-RV PS 1-1462 A MERCOID DA-7043-804 R.21E 4E-1430-1 R/AU 1-1401-1 A R8 554 | |||
, MS 1-02Ek38-RV PS 1-1462-8 MERCOID | |||
' DA-7043-804 R.21E 4E-1430-2 R/AR 1-1401-18 R8 554 MS 1-020138-RV PS 1053A S-O-R ; | |||
6N6-85-t&CI A-JJTTNQ 4E-1438C R/AC 2201-59A R8 554 MS 1-0203-38-RV PS 10538 S-O-R 6N6-85-US-C1A-JJTTNQ 4E-1438C R/AC 2201-50A R8 554 MS 14203-38-RV PS 1053C S-G R 6N6-85-US-C1 A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 14203 38-RV PS 10530 S-O-R 6N6-85-US-C1A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 1-0203 38-RV R10738 GE , | |||
CR12080 CR120BD020 N NO 4E-1461-1 R/AL 901-32 MS 1-02053C-RV S8 505 f 10A-M98A GE HGA11 12HGA11J52G N NO MS 4E-1462-1 RIAJ 901-32 S8 505 1-020b1C-RV 10A-M988 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 ! | |||
MS 1-02030C-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 MS S8 505 1-0203-3C-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 14203 3C-RV 287-107A GE ; | |||
HFA151 12HFA151A2H N NO 4E-1462A R/S 2201-32 MS 1-0203,3C-RV RS 623 287-1078 GE HFA151 12HFA151A2H N NO 4E-1462A R/8 2201-32 R8 623 MS 1-O'03-3C-RV 287-100C GE HFA151 12HFA151A2H Y NO 4E-1462-3 R/AF 2201-32 MS 1-0203-3C-RV R8 623 287-112A GE HGA11 12HGA11J52G N NO MS 4E-1461-1 R/AL 901-32 S8 505 1-0203-3C-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-1462-2 R/AG 901-32 S8 506 MS 14203-3C-RV 287-114C GE HGA11 12HGA11J52 N NO 4E-1462A R/8 2201-32 RS 623 MS 1-02030C-RV 287-115C GE HGA11 12HGA11J52 Y NO 4E-1462A R/8 2201-32 MS 1-020F3C-RV R8 623 287-122C Agentet EGPD EGPD002 N NO 4E-1462A R/8 2201-32 RS 623 MS 1-020F3C-RV 287-123C Agostat EGPD EGPD002 N NO 4E-1462A R/8 2201-32 RS 623 MS 1020F3C-RV CR Ward Leonard Elec 130-4420 4E-1462A R/B 2201-5 R8 MS 10203 3C-RV 623 PS 1-1462-A MERCOID DA-7043-804 R.21E MS 4E-t4301 R/AU 1-1401-1 A R8 554 1-0203 3C-RV PS 1-1462-8 MERCOID DA-70434104 R.21E MS 4E-1430-2 R/AR 1-1401-18 R8 554 1-0203 3C-RV PS 1053A S-4R ONS-85-US-C1A-JJTTNQ MS 4E-1438C R/AC 2201-50A RB 554 1-0203 3C-RV PS 10538 S-O-R 6N6-85-US-C1A-JJTTNQ MS 451438C R/AC 2201-50A R8 554 i 1-0203-3C-RV PS 1053C S-O-R 6NS-85-US-C1A-JJTTNQ MS 4E-1438C R/AC 2201-508 RB 564 10203-3C-RV PS 1053D S-O-R 6N6-85-US-C1 A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 1-0203 3C-RV R10738 GE mon 8D CR12080020 N NO 4E-1461-1 R/AL 901-32 S8 sus MS 10203 30-RV 10A-M98A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901 32 MS 1-0203 30-RV SB 505 10A-M988 GE HGA11 12HGA11J52G N NO MS 4E-1462-1 R/AJ 901 M S8 505 102033D-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 MS 1-0203 3D-RV 1430-1258 GE HGA11 12HGA11J52G | |||
' N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-1462-3 R/AF 2201-32 MS R8 623 1-0203 30-RV 287-1078 GE HFA151 12HFA151A2H N 4 | |||
NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-020F30-RV 287-1080 GE HFA151 12HFA151A2H Y NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-0203-30-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-1461-1 R/AL 901-32 SS 505 MS 1-0203-30-RV 287-1128 GE HGA11 12HGA11J52G | |||
* N NO 4E-1462-2 R/AG 901-32 S8 505 MS 1-0203-30-RV 287-114D GE HGA11 12HGA11J52 N NO 4E-1462 3 R/AF 2201-32 MS R8 623 1-0203-30-RV 267-1150 GE HGA11 12HGA11J52 Y NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-0203-3D-RV CR Ward Leonard Elec 130-4420 4E-1462-3 R/AF 2201-5 RS 623 Page 13 of 19 | |||
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.10 CONTACT MFGR TYPE MODEL ENER NOINC REF. DRAWING PANEL BLDG ELEV MS 1-020L3D-RV PS 1-1462-A MERCOID DA-704H104 R21E 4E-1430-1 RiAU 1-1401-1 A RB 554 MS 1-0203-3DRV PS 1-1462-8 MERCOID DA-7043-804 R21E 4E-1430-2 R/AR 1-1401-18 R8 554 MS 10203-3D-RV PS 1053A S-GR 6N6-85-US-C1 A JJTTNQ 4E-1438C R/AC 2201-5eA RB 554 MS 1020F3D-RV PS 10538 S-O-R 6N&BS-US-C1A-JJTTNQ 4E-143 tlc R/AC 2201-50A R8 554 MS 1-020F3D-RV PS 1053C S-O-R 6N6-85-US-C1A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 10203 3D-RV PS 1053D S-O-R 6N6-85-US-C1 A JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 1-020F3D-RV R10738 GE CR12080 CR12080020 N NO 4E-1461-1 R/AL 901-32 SE 505 MS 1-0203-3E-RV 10A-MBSA GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 MS 1-0203-3E-RV 104-MB88 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-0203-3E-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 MS 1-0203-3E-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-0203-3E-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-1462-3 R/AF 2201-32 R8 623 MS 10203-3E-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-0203-3E-RV 287-100E GE HFA151 12HFA151A2H Y NO 4E 1462-3 R/AF 2201-32 R8 623 MS 1-020F3E-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-1461-1 R/AL 901-32 S8 505 MS 1-0203-3E-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E 1462-2 R/AG 901-32 S8 505 MS 1-020%3E-RV 287-114E GE HGA11 12HGA11J52 N NO 4E 1462-3 R/AF 2201-32 R8 623 MS 1-020K3E-RV 287-t 15E GE HGA11 12HGA11J52 Y NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1420K3E-RV CR Ward Leonard Elec 130-4420 4E-1462-3 R/AF 2201-5 R8 623 | |||
_E 1-020K3E-RV P31-1462-A MERCOID DA-7043-804 R21E 4E-1430-1 R/AU 1-1401-1 A R8 554 M3 1020K3E-RV PS 1-1462-8 MERCol0 DA-704M104 R21E 4E 1430-2 R/AR 1-1401-18 R8 554 MS 1-020E3E-RV PS 1053A S-O-R 6N6-85-US-C1A-JJTTNQ (4-1438C R/AC 2201-50A R8 564 MS 1-020%3E-RV PS 10538 S-O R 6NS-85-US-CI A-JJTTNQ 4E-1430C R/AC 22015eA R8 564 MS 1-020%3E-RV PS 1053C S-O R 6N6-85-US-C1 A-JJTTNQ 4E-1438C R/AC 2201-508 R8 564 MS 1-020K3E-RV PS 1053D S-O-R 6N6-85-US-CI A JJTTNQ 4E-1438C R/AC 2201-508 R8 564 MS 1-020K3E-RV R10738 GE CR1208D CR12080020 N NO 4E-1481-1 R/AL 901-32 S8 505 MS 1-0220-1-MO 42/O GE CR100 CR100C0 4E-1506-1 R/X MCC 18-1 A (D3) R8 623 PR INST 1-02631004-U NONE 4E-1719 R/AW 901-5 S8 623 PR INST 1-0263-1008-Li NONE 4E-1719 R/AW 901-5 S8 623 PR INST 1-0263-106A-Li NONE 4E-8857 R/P 901-3 S8 623 PR INST 1-02E3-1088-Li NONE 4E-6857 R/P 901-3 S8 623 PRINST 1-0263-115-Pt NONE 4E-1419 R/AN 901-5 S8 623 PR INST 1-0263-156-Pi NONE 4E-1493 R/AC 901-3 S8 623 PRINST 1-1040-5-TRS NONE 4E-1438N RIN 901-3 S8 623 PR INST 1-1640-10A-L1 NONE 4E-8582 R/L 901-3 S8 623 PRINST 1-1640-108-U NONE 4E-6562 R/L 901-3 S8 623 PR INST 1-1640-11 A-Pl NONE 4E.8562 R/L 901-3 S8 623 PRINST 1-1640-118-Pt NONE - 4E-8582 R/L 901-3 S8 623 PRINST 1-1640-200A-TR NONE WESTRONICS M5E-1-21-21-11-A8-344 4E-6842A R/J 901 36 S8 623 PR INST 1-1640-2008-TR NONE WESTRONICS M5E-1-21-21-11-A8 344 4E-68428 R/G 901-36 S8 623 RCIC 1-1301-61-MO 13A-K1 GE HFA151 12HFA151A2H N NO 4E-1484F-2 R/W 901-48 S8 505 RCIC 1-1301-61-MO 1430-105A GE HFA151 12HFA151A2H N NO 4E-14848 R/AK 901-32 S8 505 Page 14 of 19 | |||
SQUG ESSENTIAL RELAYS ' | |||
UNIT 1 ' | |||
SYSTEM EQP.10 CONTACT MFGR TYPE MODEL ENER NOINC REF. DRAWING PANEL BLDG ELEV RCIC 1-130141-MO 1430-1058 GE HFA151 12HFA151A2H N NO 4E-14848 R/AK 901-33 S8 595 RCIC 1-130141-MO 72/C [ | |||
4E-1484F-2 R/W MCC 1B (WO2) R8 623 l RCIC 1-1301-61-MO 72/M 4E-1484F-2 R/W MCC 18 (WO2) RS 623 l R,CIC 1-130141-MO 72/O 4E-1484F-2 R/W MCC 1B (WO2) R8 623 l i | |||
RCIC 1-130141-MO US 1-0283-72A YARWAY 4418C 4E-1430-2 R/AR 2201-5 R8- 623 RCIC 1-1301-81-MO US 1-0283-728 YARWAY 4418C 4E-1430 2 R/AR 2201 4 R8 423 RHR 1-1001-16A-MO 42/MC GE CR109 CR100CO 4E-1438J-2 R/A8 MCC 18-18 (C3) RS 623 RHR 1-1001-168-MO 42/MC GE CR100 CR100CO 4E-1438L-2 R/AB MCC 19-4 (A4) RB 623 RHR 1-1001-185A-MO 42/MC GE CR109 CR100CO 4E-1438R R/J MCC 18-1 A (H2) RB 623 RHR 1-1001-1858-MO 42MC GE C3109 CR100CO 4E-1438S RIJ MCC 19-1 (E2) RS 623 RHR 1-1001-188A-MO 42M 0 GE [ | |||
CR100 CR100CO 4E-1438R R/J R8 623 RHR MCC 18-1 A (82) { | |||
1-1001-1888-MO 42M0 GE CR109 CR100CO 4E-1438S R/J MCC 19-1 (C2) RB 623 l RHR 1-1001-187A-MO 42/MO GE CR100 CR100C0 4E-1438R R/J MCC 18-1 A (G1) RB 623 RHR 1-1001-1878-MO 42/MO GE CR100 CR100CO | |||
[ | |||
4E-1438S R/J MCC 19-1 (F3) RB 623 RHR 1-1001-18A-MO 10A-K45A GE CR120KT CR120KT01541AA N NO 4E-1438J-2 R/A8 901-48 S8 595 i RHR 1-1001-18A-MO 42M O GE CR100 CR100CO 4E-1438J-2 R/AB MCC 18-1 A-1 (C3) R8 623 RHR 1-1001-188-MO 10A-K458 GE CR120KT CR120KT01541AA N NO 4E-1438L-2 R/AB 901-47 S8 505 RHR 1-1001-188440 42M O Gfi CR109 CR100CO 4E-1438L-2 R/A8 f | |||
MCC 19-1-1 (81) RS 623 i RHR 1-1001-19A440 42/MC Gli CR109 CR100CO 4E-1431U-2 R/A8 MCC 18-18 (B2) RB 623 RHR 1-1001-198 440 42/MC Gli CR109 CR100CO 4E-1438L-2 R/AB MCC 19-4 (C2) RB 623 RHR 1-1001-20440 42/O GE CR108 CR108CO 4E-15088-1 R/R MCC 18-1 A-1 (C1) RB 623 ! | |||
RHR 1-1001-23A440 42/MO GE CR100 CR100CO 4E-1438L-3 R/X MCC 18-18 (B1) R8 623 ! | |||
RHR 1-1001-238440 42/MO GE CR109 CR100C0 4E-1438L-3 R/X MCC 194 (81) R8 623 j RHR 1-1001-28A440 CR-R 4E-1438J-3 R/X MCC 18/1M (C1) R8 595 ' | |||
RHR 1-1001-28A440 R GE CR108 CR108FO 4E-143tU4 R/X MCC 18/1M (C1) RB 595 RHR 1-1001-288440 CR-R 4E-1438L-3 R/X MCC 18/1M (F1) R8 595 i RHR 1-1001-288440 R 4E-1438L-3 R/X MCC 18/1M (F1) R8 595 I RHR 1-1001-294400 10A-K38A GE HGA11 12HGA11J52G N NO ' | |||
4E-1438D R/L 901-48 S8 505 RHR 1-1001-29A440 10A-K388 GE HGA11 12HGA11J52G N NO 4E-14380 R/L 901-47 S8 505 RHR 1-1001-29A400 104-K37A GE HFA151 12HFA151A2H N NO 4E-1438F R/M 901-48 S8 505 ' | |||
RHR 1-1001-29A4AO 10A-K378 GE HFA151 12HFA151A2H N NO 4E-1438F R/M 901-47 S8 505 l RHR 1-1001-29A440 10A-K39A GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-48 S8 505 RHR 1-1001-294400 10A-K398 GE HFA151 12HFA151A2H N NO 4E-1438E RIAC 901-47 S8 505 i RHR 1-1001-29A4dO 10A-K40A GE CR120KT CR120KT01541AA N NO 4E-1438F R/M 901-48 S8 595 RHR 1-1001-29A440 10A-K408 GE CR120KT CR120KT01541AA N NO 4E-1438F RM 901-47 S8 505 RHR 1-1001-29A44O 1GA-K43A GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-48 S8 505 RHR 1-1001-29A440 10A-K438 GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-47 S8 505 RHR 1-1001-29A440 10A-M83A GE HGA11 12HGA11J52G N NO 4E-1438F RM 901-32 SB 595 ' | |||
RHR 1-1001-29A44O 10A-K88A GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-32 SB 505 ! | |||
RHR 1-1001-29A440 104-K888 GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-33 S8 595 Page 15 of 19 | |||
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV RHR 1 1001-294-MO 42MO 4E-1438K-1 R/S MCC 18/19 5 (84) R8 505 RHR 1-1001-29A-MO dPIS 1-261-34C BARTON 288 288-3881 4E-1438D R/L 2201-7 R8 505 | |||
; RHR 1-1001-294-MO dPlS 1-261-34D 8ARTON 288 288-3858 4E-1438F RM 2201-8 R8 505 RHR 1-1001-298-MO 104-K38A GE HGA11 12HGA11J52G N NO 4E-14380 R/L 901-46 S8 505 RHR 1-1001-298-MO 104-K388 GE HGA11 12HGA11J52G N NO 4E-14380 R/L 901-47 S8 505 RHR 1-1001-298-MO 10A-K37A GE HFA151 12HFA151A2H N NO 4E-1438D R/L 901-46 SK 505 RHR 1-1001-298-MO 10A-K37B GE HFA151 12HFA151A2H N NO 4E-1430F RM 901-47 S8 505 RHR 1-1001-298440 10A-K39A GE HFA151 12HFA151A2H N NO 4E-1438M-1 R/U 901-46 S8 505 RHR 1-1001-298-MO 104-K308 GE HFA151 12HFA151A2H N NO 4E-1438M-1 R/U 901-47 S8 505 RHR 1-1001-298-MO 10A-K40A GE CR120KT CR120KT01541AA N NO 4E-14380 R/L 901-46 S8 505 RHR 1-1001-298-MO 104-K408 GE CR120KT CR120KT01541AA N NO 4E-1438F RM 901-47 S8 505 RHR 1-1001-298440 104-K43A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-46 S8 505 | |||
; RHR 1-1001-298440 10A-K438 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-47 SB 505 RHR 1-1001-298 440 104-KS38 GE HGA11 12HGA11J52G N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-298440 10A-K67A GE HFAt51 12HFA151A2H N NO 4E-1438M-1 R/U 901-32 SB 505 RHR 1 1001-298440 104-K578 GE HFA151 12HFA151A2H N NO 4E-1438M-1 R/U 901-33 S8 505 RHR 1-1001-298440 42M O 4E-1438M-1 R/U MCC 18/19 5(E4) R8 505 RHR 1-1001-29844O dPIS 1-261-34C 8ARTON 288 288-3861 4E-14380 R/L 2201-7 RB 505 RHR 1-1001-298 440 dPIS 1-261-340 BARTON 288 288-3858 4E-1438F RM 2201 4 RB 505 RHR 1-1001-34A440 10A-K101A GE HGA11 12HGA11J52G N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-34A440 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1430C R/AC 901-32 S8 505 RHR 1-1001-34A440 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR 1-1001-34A440 104-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-34A440 10A-K78 GE MFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR 1-1001-34A440 10A-K9A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-34A440 42M O GE CR100 CR100CO 4E-1438K-1 R/S MCC 18-18 (C1) R8 623 RHR 1-1001-34A-MO LIS 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RB 623 i RHR 1-1001-34A440 US 10263-728 YARWAY 4418C 4E-1438E RIAC 2201 4 RB 623 RHR 1-1001-34A440 PS 1 1001-00A S-O-R 12NS 884-US-C1 A-TTNQ 4E-1430C R/AC 2201-5 R8 623 RHR 1-1001-34A440 PS 1-1001-008 S-O-R 12N6-884J8-C1A-TTNQ 4E-1438E R/AC 2201-6 R8 623 RHR 1-1001-348440 104-K1018 GE HGA11 12HGA11J52G N NO 4E-1438E R/AC 901-33 S8 505 RHR 1 1001-348 440 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR 1-1001-348440 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-348440 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 595 RHR 1-1001-348 440 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 Page 16 of 19 | |||
I Sous ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV | |||
; RHR 1-1001-348-MO 10A-K98 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-348-MO 42440 GE CR109 CR109CO 4E-1438M-1 R/U R8 623 MCC 19-4 (C1) | |||
RHR 1-1001-348-MO US 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RB 623 RHR 1-1001-348440 US 1-0283-72B YARWAY 4418C 4E-1438E R/AC 2201 4 R8 623 i | |||
RHR 1-1001-348 MO PS 1-1001-00A S-O-R 12N6-884-08-C1 A-TTNQ 4E-1438C R/AC 2201-5 RB 623 RHR 1-1001-348-MO PS 1-1001-008 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438E R/AC 2201-6 R8 623 RHR 1 1001-36A-MO 10A-K101 A GE HGA11 12HGA11J52G N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-36A-MO 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438C RIAC 901-32 S8 505 RHR 1-1001-36A440 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR 1-1001-36A440 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 SB 505 MHR 1-1001-36A440 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 S05 RHR 1-1001-36A440 10A-K9A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 595 RHR 1-1001-36A440 42440 GE CR109 CR100CO 4E-1438K-2 R/S R8 623 MCC 18-1B (D1) | |||
RHR 1-1001-36A440 US 1-0263-72A YARWAY 4418C 4E-1430C R/AC 2201-5 RB 623 RHR 1-1001-36A440 US 1-0263-728 YARWAY 4418C 4E-1438E R/AC 2201 4 RB 623 RHR 1-1001-36A440 PS 1-1001-904 S-O-R 12N6-884 US-C1 A-TTNQ 4E-1438C R/AC 2201-5 RB 623 RHR 1-1001-36A440 PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438E R/AC 2201 4 R8 623 RHR 1-1001-368440 10A-K1018 GE HGA11 12HGA11J52G N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-368440 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 i RHR 1-1001-368440 104-K58 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-368440 10A-K7A GE HFA151 12HFA151A2H N NO 4E-143BE R/AC 901-32 S8 505 RHR 1-1001-368440 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-368440 10A-K98 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 SB 505 RHR 1-1001-368440 42440 GE CR109 CR100C0 4E-1438M-2 R/T RB 623 MCC 19-1 (D1) | |||
RHR 1-1001-368440 US 1-0263-72A YARWAY 4418C 4E-1430C R/AC 2201-5 RS 623 3 | |||
3 RHR 1-1001-368440 US 1-0263-728 YARWAY 4418C 4E-1438E R/AC 2201 4 R8 623 RHR 1-1001-368440 PS 1-1001-90A S-O-R 12N6-884-US-C1 A-TTNQ 4E-1430C R/AC 2201-5 RB 623 RHR 1-1001-368440 PS 1-1001-808 S-O-R 12NS-BB4-US-C1A-TTNQ 4E-1438E R/AC 2201 4 RB 623 RHR 1-1001-43A440 42440 GE CR109 CR100CO 4E-1438K-2 R/S RB 623 MCC 18-1B (83) | |||
RHR 1-1001-438440 42440 GE CR100 CR100CO 4E-1438K-3 R/R RB 623 MCC 18-18 (D4) | |||
RHR 1-1001-43C440 42/MO GE CR100 CR100CO 4E-1438M-2 R/T R8 623 MCC 194(84) | |||
RHR 1-1001-430440 42440 GE CR109 CR109CO 4E-1438M-3 R/R RB 623 MCC 19-4 (D2) | |||
RHR 1-1001-4A-MO 42/MC GE CR109 CR100C0 4E-143BR RIJ RB 623 MCC 18-1 A (A2) | |||
RHR 1-1001-48-MO 42/MC GE CR109 CR109CO 4E-1436S R/J RB 623 MCC 19-1 (83) | |||
Page 17 of 19 | |||
i SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQ P.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV RHR 1-1001-50-MO 42/MO GE [ | |||
4E-1508A-3 R/X MCC 18-18 (C2) R8 623 RHR 1-1001-5A440 42fM O GE CR109 CR100C0 4E-1438J-1 R/Y | |||
{' | |||
MCC 18-18 (84) R8 623 RHR 1-1001-58440 42fMO 4E-1438L-1 R/Y MCC 19-4 (D3) R8 623 , | |||
RHR 1-1001-7A-MO 42fMC GE CR109 CR100CO 4E-1438J-1 R/Y MCC 18-18 (D3) R8 623 t RHR 1-1001-7C440 42fMC GE CR100 CR100CO 4E-1438L-1 R/Y MCC 19-4 (83) R8 623 RHR SWGR 13-1,1324 10A-K10A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 SE RHR SWGR 13-1,1324 10A-K21A GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-32 S8 505 RHR SWGR 13-1,1324 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1324 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1430C R/AC 901-33 S8 505 RHR SWGR 13-1,1324 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1324 104-K78 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR SWGR 13-1,1324 US 1-0263-72A YARWAY 4418C 4E-1430C R/AC 2201-5 R8 623 i RHR SWGR 13-1,1324 US 1-0263-728 YARWAY 4418C 4E-1438C R/AC 2201-6 R8 623 RHR SWGR 13-1,1324 PS 1-1001-90A S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438C R/AC i | |||
2201-5 R8 623 RHR SWOR 13-1,1324 PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438C R/AC 2201-6 R8 623 RHR SWGR 13-1,1328 104-K18A GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-32 S8 505 RHR SWGR 13-1,1328 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1328 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR SWGR 13-1,1328 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1328 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438C RIAC 901-33 S8 505 RHR SWGR 13-1,1328 10A-K9A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901 32 S8 505 RHR SWGR 13-1,1328 US 1-0263-72A YARWAY 4418C 4E-1438C RIAC 2201-5 R8 623 RHR SWGR 13-1,1328 US 1-0263-728 YARWAY 4419C 4E-1438E R/AC 2201-6 R8 623 RHR SWGR 131,1328 PS 1-1001-004 S-O-R 12N6-884 US-C1 A-TTNQ 4E-1438C R/AC 2201-5 R8 623 RHR SWGR 13-1,1328 PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438E R/AC 2201-6 R8 623 RHR SWGR 14-1,1424 10A-K108 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR SWGR 141,1424 104-K218 GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-33 S8 505 RHR SWGR 14-1,1424 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,1424 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR SWGR 14-1,1424 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,1424 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR SWGR 14-1,1424 US 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 R8 623 RHR SWGR 141,1424 US 10263-728 YARWAY 4418C 4E-1438E R/AC 2201-6 R8 623 RHR SWGR 14-1,1424 PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 4E-1438C R/AC 2201-5 R8 623 Page 18 of 19 | |||
i SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV j RHR SWGR 14-1,1424 PS 1-1001-808 S-O-R 12N6-884-US-CI A-TTNQ 4E-1438E R/AC 2201 4 R8 623 ! | |||
2HR SWGR 14-1,16 10A-K188 GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-33 S8 95 , | |||
RHR SWGR 14-1,16 10A-N5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,16 10A4GiB GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 506 RHR SWGR 14-1,1428 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,16 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 SS 506 RHR SWGR 14-1,16 10A-NDS GE HFA151 12HFA151A2H N NO 4E-1430E R/AC 901-33 S8 505 RHR SWGR 14-1,1428 US 1-0283-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RS 623 RHR SWGR 14-1,16 US 1-0283-728 YARWAY 4418C 4E-1438E R/AC 2201-6 RB 623 RHR SWGR 14-1,1G PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 4E-1438C R/AC 2201-5 R8 623 ~ ; | |||
RHR SWGR 14-1,1428 PS 1-1001-008 S-O-R 12NS-884 08-C1 A-TTNQ 4E-1438E R/AC 2201 4 RB 623 RWCU 1-1201-2-MO 42440 GE CR109 CR100C0 4E-1508C RN MCC 18-1 A (H1) R8 623 RWCU 1-1201-5 440 72/C N NO/NC 4E-1508C RN MCC 1A (FO2) R8 623 RWCU 1-1201-5440 7244 N NO 4E-1500C RN MCC 1 A (FO2) R8 623 RWCU 1-1201-5440 72/O N NO/NC 4E-1508C RN MCC 1 A (FO2) RS 623 I | |||
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_.. _ _ ._ _ _ m .- _ ,. _ -- ~ ~ - _ __ _ _ _ _ - _ .._ _ _ _ _ -. _ _ _ _ ..--- _ _ _ _ _-._ _ m.__.- . _ _ _ . . - . . - . - ._, | |||
I l l SQUG ESSENTIAL RELAYS i j j UNIT 2 | |||
{ | |||
fi SYSTEM EOP.10 CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 125VDC 125VDC CMGR 82 CB14 4E-2389A R/D 125VDC CHGR s2 TB 615 125VDC 125VDC CHGR 82 OSHS2 SIGMA . | |||
70RE22-110DC 4E-2380A R/D 125VDC CHGR s2 TB 615 Power Cornersion E15450, A2331 A1, LR6436, [ | |||
125VDC 125VDC CHGR 82 TIMER Products CP30078, 12-WAV 4E-23894 R/D 125VDC CHGR #2 TB 615 | |||
! 125VDC 125VDC CHGR 82A CB14 [ | |||
4E-23898 R/F 125VDC CHGR 82A TB 615 125VDC 125VDC CHGR 82A DSH-HVS AhF R10-E2-Y2-V15.0K 4E-23898 R/F 125VDC CHGR 82A TB 615 Power Corwersion E15450, A2331A1,LR6436, 125VDC 125VDC CHGR 82A TIMER Produces CP30078, 12-WAV j 4E-23898 R/F 125VDC CHGR 82A TB 615 250VDC 250VDC CHGR 82 DSHf2 SIGMA 70RE22-110DC 4E-2380C R/A 250VOC CHGR 82 TB 250VDC 250VDC CHGR 82 615 TIMER ZENITH 4E-2389C R/A 250VDC CHGR 82 TB 615 4160VAC SWGR 23,2301 127-823-1X3 GE HFA151 12HFA151A2H Y NO 4E-2344-1 R/B TB 639 4160VAC SWGR 23,2301 SWGR 23-1 (9) 127-823X2 GE HFA151 12HFA151A2H N NO 4E-2344-1 R/B SWGR 23 (10) TB 615 4100VAC SWGR 23,2301 151A GE BAC51A | |||
+ | |||
12 TAC 51A101A N NO 4E-2342 RN 4160VAC SWGR 23,2301 SWGR 23 (11) TB 615 ! | |||
151A GE BAC51A 12iAC51A101A N NO 4E-2342 R/V SWGR 23(4) TB 615 4160VAC SWGR 23,2301 151BLA GE IAC51A 128AC51A101A N NO 4E-2344-3 R/E TB 639 4160VAC SWGR 23,2301 SWGR 23-1 (3) , | |||
151BLC GE BAC51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 639 C180VAC SWGR 23,2301 151C GE BAC51A i | |||
121AC51A101A N NO 4E-2342 RN TB 4160VAC SWGR 23,2301 151C SWGR 23(11) 615 GE MC51A 12 TAC 51A101A N NO 4E-2342 RN SWGR 23 (4) TB 615 4160VAC SWGR 23,2301 151N GE MC51A 12 TAC 51A3A N NO 4E-2342 RN SWGR 23 (11) TB 615 ; | |||
4160VAC SWGR 23,2301 151N GE LAC 51A 12iAC51A3A N NO 4E-2342 R/V TB 615 ! | |||
4160VAC SWGR 23,2301 SWGR 23(4) 151NBL GE BAC51A 12 TAC 51A3A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 639 4160VAC SWOR 23,2301 186-2301 GE HEA618 : | |||
12HEA618235 N NO/NC 4E-23441 R/B TB 4160VAC SWGR 23,2301 SWGR 23 (1) 615 186-2304 GE HEA618 12HEA618235 N NO/NC 4E-2344-1 R/B SWGR 23 (4) TB 615 4160VAC SWGR 23,2301 186-2310 GE HEA618 12HEA618235 N NO/NC 4E-2344-1 R/B i | |||
4160VAC SWGR 23,2301 SWGR 23(11) TB 615 188-2323 GE HEA61B 12HEA618235 N NO/NC 4E-2344-1 R/B SWGR 23-1 (3) TB 639 4160VAC SWGR 23,2301 187BTA GE IJD53C 12tJD53C11A N NO 4E-23441 R/B TB 4160VAC SWGR 23,2301 SWGR 23(1) 615 187BTS GE IJD53C 12tJD53C11 A N NO 4160VAC SWGR 23,2301 4E-2344-1 R/B . SWGR 23 (1) TB 615 ! | |||
187BTC GE IJD53C 12tJD53C11A N NO 4E-23441 R/B SWGR 23(1) TB 615 4160VAC SWGR 23,2310 ATIR GE HFA151 12HFA151A2H 4E-2342 RN 902-8 $8 623 4160VAC SWGR 23-1,2321 127813-1X2 GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX TB 639 4160VAC SWGR 23-1,2321 SWGR 131 (2) 140-DG 1/2 GE CEH 12CEH51A1A N NO 4E-1345-1 R/BC 221245 DG 1/2 595 4160VAC SWGR 23-1,2321 1510 GE MC51A 12MC51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 639 4160VAC SWGR 23-1,2321 150-DG 1/2 GE lAV51D 12iAV5101A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 181-CFF GE CFF 12CFF14821A Y NO/NC 4E-13518-1 R/J 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 181A GE CFF N NO 4E-13518-1 R/J 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 181Y GE HFA151 12HFA151A2H N NO/NC 4E-1345-1 R/BC 2212-45 D G 1/2 595 4160VAC SWGR 23-1,2321 192-DG 1/2 GE ICW51A 12fCW51A1A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 27XTD-13-1 AGASTAT ETR ETR14D38 N NO 4E-1345-1 R/BC 2251-86 TB 639 Page 1 Of 15 | |||
______-._____.--------q SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM l | |||
EQP. ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 4160VAC SWGR 23-1,2321 HACR-IV HACR-IV(syricro-deck reley) | |||
N NO 4E-1345-1 R/BC 2212-123 DG 1/2 505 4160VAC SWGR 23-1,2321 T GE CFF N NO 4E-13518-1 R/J 2212-45 DG 1/2 505 4160VAC SWGR 23-1,2323 151BLA GE IAC51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 639 4160VAC SWGR 23-1. 2323 151BLC GE LAC 51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 630 4160VAC SWGR 23-1,2323 151NBL GE LAC 51A 128AC51A3A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 630 4160VAC SWGR 23-1,2323 166-2301 GE HEA618 12HEA618235 | |||
' N NO/NC 4E-2344-3 R/E SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2323 166-2323 GE HEA618 12HEA618235 N NC 4E-2344-3 R/E TB 639 4160VAC SWGR 2S1,2323 SWGR 23-1 (3) 187BTA GE UD53C 12WD53C11 A N NO 4E-2344-1 R/B SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2323 167BTS GE IJD53C 12tJD53C11 A N NO 4E-2344-1 R/S SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2323 187BTC GE UD53C 12WD53C11 A N NO 4E-2344-1 R/S SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2327 150r151A GE LAC 518 12 TAC 58 B113A N NO 4E-2349-1 R/P SWGR 23-1 (7) TB 639 4100VAC SWGR 23-1,2327 150f151C GE BAC51B 12fAC518113A N NO 4E-2349-1 R/P TB 639 4160VAC SWGR 231,2327 SWGR 23-1 (7) 151N GE PJC11 12PJC11 AV1A N NO 4E-2340-1 R/P SWGR 211 (7) TB 639 4160VAC SWGR 23-1,2329 127-823-1X2 GE HFA151 12HFA151A2H 4E-2345-2 R/AK TB 630 4160VAC SWGR 23-1,2329 SWGR 23-1 (9) 1430-106A GE HFA151 12HFA151A2H N NO/NC 4E-2345-1 R/AQ 901-32 SB 595 4160VAC SWGR 23-1,2329 151A GE BAC51A 12 TAC 51A101A N NO 4E-2345-1 R/AQ SWGR 23-1 (10) TB 639 4160VAC SWGR 23-1,2329 1518 GE BAC51A N 12 TAC 51A101A NO 4E-2345-1 R/AQ SWGR 23-1 (10) TB 639 4160VAC SWGR 23-1,2329 151BLA GE IAC51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 630 4100VAC SWGR 23-1,2329 151BLC GE BAC51A 12 TAC 51A101A N NO 4E-2344 3 R/E SWGR 23-1 (3) TB 630 | |||
(,160VAC SWGR 23-1,2329 151C GE LAC 51A 12 TAC 51A101A N NO 4E-2345-1 R/AQ 4160VAC SWGR 251,2329 SWGR 23-1 (10) TB 639 151NBL GE IAC51A 12 TAC 51A3A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB G 4160VAC SWGR 23-1,2329 150 SD 1/2/1-2 GE lAV694 121AV69A1A | |||
<100VAC SWGR 2S1,2329 150 SD 1/2/2-3 GE Y NO 4E-1345-1 R/BC SWGR 13-1 (2) TB W RAVENA 12tAV69A1A Y NO 4E-1345-1 R/BC | |||
$100VAC SWGR 231,2329 SWGR 13-1 (2) TB M 150 SD 1/2X3 GE HFA151 12HFA151A2H Y NO 4E 2345-1 R/AQ 4160VAC SWGR 23-1,2329 SWGR 13-1 (2) TB 639 161-CFF GE CFF 12CFF14821A Y NO/NC 4E-13518-1 R/H 2212-45 DG 1/1 505 4160VAC SWGR 23-1,2329 161A GE CFF N NO 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 251,2329 161Y GE HFA151 12HFA151A2H N NOINC 4E-2345-1 R/AQ 2212-45 D G 1/2 505 4160VAC SWGR 23-1,2329 168-2323 GE HEA618 12HEA618235 N NO/NC 4E-2345-1 R/AQ SWGR 23-1 (3) TB G 4160VAC SWGR 23-1,2329 166 O G 1/2 GE HEA61B 12HFA618235 N NO 4E-2345-1 R/AQ SWGR 13-1 (1) TB 630 4160VAC SWGR 23-1,2329 27XTD-23-1 AGASTAT ETR ETR14D3B ' | |||
4E-2345-1 R/AQ 2252-66 TB 639 4160VAC SWGR 23-1,2329 52Y N NO/NC 4E-2345-1 R/AQ SWGR 23-1 (10) TB 639 4160VAC SWGR 23-1,2329 ASR 1/2-2 GE HGA11 12HGA11J52 N NC 4E-2345-1 R/AQ TB 639 415)VAC SWGR 23-1,2329 SWGR 23-1 (10) | |||
DP GE HGA111 12HGA111 A2F N NO 4160VAC SWGR 23-1,2329 4E-2345-1 R/AQ 2212-45 DG1/2 505 FSR SQUARE D PO4 S2 6269705 MV N NC 4E-2345-1 R/AQ 2212-46 DG 1/2 505 t 4160VAC SWGR 23-1,2329 HACR-IV HACR-IV(syncrocheck reley) N NO 4E-2345-1 R/AQ 2212-123 D G 1/2 595 4160VAC SWGR 23-1,2329 SDR-X2 WESTINGHOUSE SG 293B255A20 N NC 4E-2345-1 R/AQ 2212-46 D G 1/2 595 4160VAC SWGR 23-1,2329 T GE CFF N NO 4E-1351B-1 R/H 2212-45 DG 1/2 595 Page 2 of 15 I | |||
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I i | |||
f SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EOP.10 CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 4160VAC SWGR 24,2413 127-824-1X2 GE HFA151 12HFA151A2H 4E-234&2 R/B SWGR 241 (2) TB 615 ; | |||
4160VAC SWGR 24,2413 127-824X3 GE HFA151 12HFA151A2H N NO 4E-2344-2 R/B SWGR 24(11) TB 615 4160VAC SWGR 24,2413 151A GE BAC51A 128AC51A101A N NO 4E-2343 R/T SWGR 24 (10) TB 615 ! | |||
4160VAC SWGR 24,2413 151A GE LAC 51A 12iAC51A101A N NO 4E-2343 R/T SWGR 24(3) TB 615 4160VAC SWGR 24,2413 151BLA GE 1AC51A 12 TAC 51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB SB C180VAC SWGR 24,2413 151BLC GE BAC51A 121AC51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 ; | |||
4160VAC SWGR 24,2413 151C GE LAC 51A 121AC51A101A N NO 4E-2343 R/T SWGR 24(10) TB 615 4100VAC SWGR 24,2413 151C GE BAC51A 121AC51A101A N NO 4E-2343 R/T SWGR 24(3) TB 615 ; | |||
4160VAC SWGR 24,2413 151N GE BAC51A 128AC51A3A N NO ' | |||
4E-2343 R/T SWGR 24(10) TB 615 a 4160VAC SWGR 24,2413 151N GE LAC 51A 12 LAC 51A3A N NO 4E-2343 R/T SWGR 24 (3) TB 615 ; | |||
4160VAC SWGR 24,2413 151NBLB GE BAC51A 12 TAC 51A3A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 4160VAC SWGR 24,2413 188-2403 GE HEA618 12HEA618235 N NOINC 4E-2544-2 R/S SWGR 24 (3) TB 615 I 4160VAC SWGR 24,2413 186-2410 GE HEA618 12HEA618235 N NO/NC 4E-2343 R/T SWGR 24(10) TB 615 4100VAC SWGR 24,2413 186-2413 GE HEA618 12HEA618235 N NO/NC 4E-23442 R/B SWGR 24 (14) TB 615 4160VAC SWGR 24,2413 } | |||
186 2423 GE HEA618 12HEA618235 N NC 4E-2344-2 R/B SWGR 24-1 (4) R8 639 4160VAC SWGR 24,2413 187BTA GE IJD53C 12tJD53C11A N NO 4E-2344-2 R/B SWGR 24 (14) TB 615 ; | |||
4160VAC SWGR 24,2413 1878TB GE IJD53C 12tJD53C11A N NO 4E-2344-2 R/B SWGR 24(14) T8 615 ! | |||
4160VAC SWGR 24. 2413 187BTC GE IJD53C 12tJD53C11 A N NO 4E-2344-2 R/B SWGR 24 (14) TB 615 ! | |||
4160VAC SWGR 24-1,2423 151BLA GE RAC51A 128AC51A101A N NO 4E-2344 4 R/F SWGR 24-1 (4) R8 639 4160VAC SWGR 24-1,2423 151BLC GE BAC51A 128AC51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 4160VAC SWGR 24-1,2423 151N8LS GE BAC51A 12 TAC 51A3A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 4160VAC SWGR 24-1,2423 186-2413 GE HEA618 12HEA618235 N NOINC 4E-2344-4 R/F SWGR 24 (14) TB 615 4160VAC SWGR 24-1,2423 188-2423 GE HEA618 12HEA618235 N NOINC 4E-2344-4 R/F SWGR 24-1 (4) RS 639 4160VAC SWGR 24-1,2423 187BTA GE IJD53C 12tJD53C11A N NO 4E-2344-2 R/B SWGR 24(14) TB 615 4160VAC SWGR 24-1,2423 187BTB GF. IJD53C 12tJD53C11A N NO 4E 2344-2 R/B SWGR 24(14) TB 615 4100VAC SWGR 24-1,2423 187BTC GE IJO53C 121JD53C11 A N NO 4E-2344-2 R/B SWGR 24(14) TB 615 4160VAC SWGR 24-1,2427 150/151A GE LAC 518 12 LAC 518113A N NO 4E-2340-2 R/Q SWGR 241 (8) R8 639 4160VAC SWGR 24-1,2427 150f151C GE BAC518 12 TAC 518113A N l | |||
NO 4E-2349-2 R/Q SWGR 241 (8) RB 639 ! | |||
4160VAC SWGR 24-1,2427 151N GE PJC11 PJC11AV N NO 4E-2349-2 R/Q SWGR 24-1 (8) RB 639 480VAC SWGR 28,2829 52X N NOINC 4E-2341M R/Q SWGR26 R8 647 480VAC SWGR 28,2829 52Y N NC 4E-2349-3 R/Q SWGR28 RB 647 I 480VAC SWGR 28,2829 52Z N NO 4E-2349-3 R/Q SWGR28 RB 647 ! | |||
480VAC SWGR 28,2851 81 A88 ITE81 ITE-81 N NO 4E-2681N R/A MCC 28/29-5 (D3) R8 595 480VAC SWGR 28,2851 10A-K18 GE HFA151 12HFA151A2H Y NC 4E-2881N R/A 902-33 S8 595 480VAC SWGR 28,2851 27NA A88 ITE27 ITE-27N N NO 4E-2681N R/A MCC 28/295 (D3) RB ,595 480VAC SWGR 28,2851 42/M 4E-2681G R/AA MCC 28/2EMi(A2) RB '595 ! | |||
400VAC SWGR 26,2051 52X N NO 4E-23738 R/N SWGR 28(2888) RB 647 480VAC SWGR 28,2851 SON A88 ITE59 ITE-59N N NO 4E-2681N R/A MCC 28/2EMi(D3) R8 595 480VAC SWGR 28,2851 CR28 N NO 4E-2681G R/AA RB 595 MCC 28/2EME (A2) | |||
Page 3 of 15 | |||
l SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EQ P ID CONTACT MFGR TYPE MODEL ' | |||
ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 480VAC SWGR 28,2851 CR29 Y NO 4E-2681H R/Q MCC 28/29-5 (D2) RB 505 480VAC SWGR 28,2851 CR29A AGASTAT 7012 E7012PB002 Y NO 4E-2681N R/A MCC 28/295 (03) RB 595 480VAC SWGR 28,2851 CR298 GE HFA151 12HFA151A2H N NO/NC 4E-2681H R/Q MCC 2tV294(D3) RB 505 480VAC SWGR 28,2851 M28 N NC 4E-2681H R/Q MCC 28/245 (A2) RB 505 ! | |||
480VAC SWGR 28,2851 M29 Y NO/NC 4E-2681H R/O MCC 28/29-5 (D2) RB 505 480VAC SWGR 28,2851 TDOD AGASTAT 7022 E7022AD003 Y NC 4E-23738 R/N SWGR 29 (292A) RB 647 480VAC SWGR 29,2928 52X N NO 4E-2349-3 R/O SWGR 29 RB 647 480VAC SWGR 29,2928 52Y N NO/NC 4E-2349-3 R/Q SWGR 29 RB 647 480VAC SWGR 29,2951 81 ABB ITE81 ITE-81 N NO dE-2681N R/A MCC 28/295 (D3) RB 595 480VAC SWGR 29,2951 10A-K1B GE HFA151 12HFA151A2H Y NC 4E-2681N R/A 902-33 SB 595 480VAC SWGR 29 2951 27NA ABB ITE27 ITE-27N N NO 4E-2681N R/A MCC 2tV245 (D3) RB 505 I 480VAC SWGR 29,2951 42M 4E-2681G R/AA MCC 28/294 (A2) RB 505 480VAC SWGR 29,2951 SON ABB ITE59 ITE-5ON N NO 4E-2681N R/A MCC 2tV29-5 (D3) RB 595 L 400VAC SWGR 29,2951 CR28 N NO 4E-2681G R/AA MCC 28/29-5 (A2) RB 595 480VAC SWGR 29,2951 CR29 l Y NO 4E-2681H R/Q MCC 28/29-5 (D2) RB 505 I 480VAC SWGR 29,2951 CR29A AGASTAT 7012 E7012PB002 Y NO 4E-2681N R/A MCC 28/295(03) RB 595 480VAC SWGR 29,2951 CR298 GE NFA151 12HFA151A2H N NO/NC 4E-2681H R/O MCC 2fV294 (D3) RB 595 480VAC SWGR 29,2951 M26 N NC 4E-2681G R/AA MCC 2tV29-5 (A2) RB 595 480VAC SWGR 29,2951 M29 Y NO/NC 4E-2681H R/Q MCC 2tV294(D2) RB $95 480VAC SWGR 29,2951 TDOD AGASTAT 7022 E7022AD003 Y NC 4E-23738 R/N SWGR 29 (292A) RB 647 CS 2-1402-4A-MO 42MO GE CR109 CR109CO 4E-2433 R/N MCC 28-1 A (A4) RB 623 CS 2-1402-48-MO 42/MO GE CR109 CR109CO 4E-2433 R/N MCC 29-1 (C1) RB 623 CS SWGR 23-1,2322 1430-111 A GE HFA151 12HFA151A2H N NO 4E-24304 R/D 901-32 SB 505 CS SWGR 23-1,2322 1430-114A GE HFA151 12HFA151 A2H N NO 4E-2429-1 R/K 901-32 SB 505 CS SWGR 23-1,2322 1430-310 AGASTAT ETR ETR14038002 N NO 4E-24304 R/D 901-32 SB 595 CS SWGR 24-1,2428 1430-1118 GE HFA151 12HFA151A2H N NO 4E-243( 5 R/D 901-33 SB 595 CS SWGR 24-1,2428 1430-1148 GE HFA151 12HFA151A2H N NO 4E-2429-2 R/J 901-33 SB 595 CS SWGR 24-1,2428 1430-312 AGASTAT ETR ETR14038002 N NO 4E-243(M R/D 901-33 SB 595 DG 24801 127-1 824-1 ABB ITE27 ITE-27N N NO 4E-2346-2 R/AJ 2252-87 TB 639 DG 2-8801 127-4-B24-1 ABB ITE27 ITE-27N N NO 4E-2346-2 RIAJ 2252-87 TB 639 DG 2-8001 127-824-1/1-2 GE lAV89A 121AV69A1A Y NC 4E-2346-2 R/AJ SWGR 24-1 (2) RB 639 DG 2-8001 127-824-1/2-3 GE lAV60A 121AV69A1A Y NC 4E-2346-2 R/AJ SWGR 24-1 (2) RB 639 DG 2-8001 127-824-1X1 GE HFA151 12HFA151A2H N NO 4E-2346-2 R/AJ SWGR 241 (2) RB 639 DG 2-e801 127-824/1-2 GE lAV69A 121AV99A1A Y NO 4E-2343 R/T SWGR 24(11) TB 615 DG 2-8801 127-824/2-3 GE lAV60A 121AV69A1A Y NO 4E-2343 R/T SWGR 24 (11) TB 615 DG 2-8801 127-B14/3-2 GE lAV89A 121AV89A1A Y NO 4E-2343 R/T SWGR 24 (11) TB 615 DG 2-8801 127-824XI GE HFA151 12HFA151A2H N NO 4E-2343 R/T SWGR 24 (11) TB 615 DG 2-8801 127-824X3 GE HFA151 12HFA151A2H N NO 4E-23508-2 R/AA SWGR 24 (11) TB 615 DG 2-8801 127824-1X3 GE HFA151 12HFA151A2H N NO 4E-23508-2 R/AA SWGR 24-1 (2) RB 639 Page 4 of 15 | |||
SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EQP.1D CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV DG 24801 1430-103A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 24801 143(k1038 GE HFA151 12HFA151A2H N NO 4E-2430-5 R/D 902-33 S8 505 DG 24801 1430-104A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 2-8801 143(kt048 GE HFA151 12HFA151A2H N NO | |||
' 4E-243(k5 R/D 902-33 S8 505 DG 2-8001 143(b105A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 24801 143(kt058 GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-33 S8 505 | |||
, DG 2-6801 143(kt08A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 2-8801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-2430-5 R/D 902-33 S8 505 DG 2-8001 1430-1088 GE HFA151 12HFA151A2H N NO 4E-23508-2 R/AA 902-33 S8 505 DG 2-8801 1430-1128 GE HFA151 12HFA151A2H N NO 4E-2346-2 R/AJ 902-33 S8 505 DG 2-8801 1430-1128 GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-33 S8 505 DG 24801 1430-1288 GE H%151 12HFA151A2H N NC 4E-243t>5 R/D 902-33 58 505 DG 2-6801 1430-1278 GE HGA11 12HGA11J52G N NO 4E-243(>5 R/D 902-33 S8 505 DG 2-6801 18tLOG2 GE HEA618 12HEA618235 N NC | |||
, 4E-2350A-2 R/AD ' SWGR 24-1 (1) RB $30 DG 24801 187DG2 WESTINGHStiSE SA-1 1329062A01 D Y NO 4E-2346-2 R/AJ SWGR 241 (1) R8 C30 DG 2-8801 427Y1-24-1 AGASTAT EGPD EGPO N NO 4E-234tk2 R/AJ 2252 4 7 TS 630 DG 2-6801 450X1-24-1 AGASTAT EGPD EGPO Y NO 4E-234tL2 R/AJ 2252-87 TB 630 | |||
, 9G 2-6801 CP MERCOR EMD 88380774 N NC 4E-2350A-2 R/AD 2252-113 DG 2 505 DG 2-8801 ECR AGASTAT 2422 2422PG1JA2 N NO 4E-2350A-2 R/AD 2252-113 DG2 505 G.M. Electo4Aceve DG 2-8001 ES DMalon 8400812 N NO 4E-2350A-1 R/AE 2252-113 DG2 505 DG 2 6801 ESR SQUARE D PO 82 63337 AW N NO/NC 4E-2350A-1 R!AE 2252-113 DG2 505 DG 2-6801 FSR SQUARE-O PO4 S3 8263337 LV N NO 4E-2350A-1 R/AE 2252-12 TB 505 DG 2 8801 NE MERCOR EMD 88380774 N NC 4E-2350A-2 R/AD 2252-113 DG 2 505 | |||
( DG 2-6801 US 2-0263-72A YARWAY 4418C 4E-2430-1 R/AJ 2202-5 RS 623 | |||
} DG 24801 US 2-0263-728 YARWAY 4418C 4E-2430-2 R/AE 22024 RB 623 | |||
! DG 2-8001 US 2-0263-72C YARWAY 4418C 4E-2430-1 R/AJ 22024 R8 623 l DG 2-6801 US 2-0263 720 YARWAY 4418C 4E-2430-2 R/AE 22024 RS 623 DG 2-8801 LW MERCOR EMD #8380774 N NC 4E-2350A-2 R/AD 2252-113 DG2 505 DG 2-0801 OP MERCOR EMD 88380774 N NC 4E-2350A-2 R/AD 2252-113 DG 2 505 j DG 2-6801 OT MERCOR EMD #8380774 N NC 4E-2350A-1 R/AE 2252-113 OG2 505 DG 2-6801 PS 2-1001-90A S-O-R 12NikB84-UtkCIA-TTNQ 4E-2430-1 R/AJ 2202-5 R8 623 DG 2 8801 PS 2-1001-908 S-O-R 12NikB84-UtkC1A-TTNQ 4E-243(k2 R/AE 22024 R8 623 DG 2-8001 PS 2-1001-90C S-O-R 12NikB84-US CIA-TTNQ 4E-2430-1 R/AJ 2202-5 R8 623 DG 2-8801 PS 2-1001-90D S-O-R 12hELB84-UtkC1A-TTNQ 4E-2430-2 R/AE 22024 RS 623 MILTON ROSS CONTROLS MILTON ROSS CONTROLS DG 2-6801 PS 2-6641-CPS 6382040 8362040 4E-2350A-2 R/AD 2-8801 DG2 505 DG 2-6801 PS 2-6641-LWS SQUARE D AGW SQUARE D AGW5S48 4E-2350A-2 R/AD 2-8801 DG2 595 Page 5 of 15 | |||
. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ = _ _ _ _ _ _ _ _ _ - _ _ _ - _ _______________ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . | |||
- . - . _ - . - - - . . . - . - - - - - - _ _ _ . - - ~ . - - . . . - - ~ - - . . - ..- - - ---.------~.- | |||
t l | |||
l i | |||
i SQUG ESSENTIAL RELAYS i; i | |||
UNIT 2 l | |||
SYSTEM EQP.lO CONTACT MFGR TYPE i MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV DG 24801 PS 24641-421 SQUARE D AGW SQUARE D AGW25 S8 i 4E-2350A-2 R/AD 24801 DG2 505 G.M. ElodroMouve , | |||
DG 2-8801 SDR DMuion M641 Y NO 4E-2350A-1 R/AE 2252-12 TB 505 DG 24801 SF RERCOR ! | |||
EMD 86300774 N NC 4E-2350A-1 R/AE 2252-113 DG2 506 DG 2-0801 STR CUTLER-HARA4ER 8011H2A ~ | |||
N NO 4E-23504-1 R/AE 2252-113 DG2 565 DG 24801 TD1 SQUARE D EQ . 33G2 N NO 4E-23504-2 R/AD 2252-113 DG2 505 DG 2-0801 TD2 SQUARE D ; | |||
EQ1933G2 Y NO 4E-2350A-2 R/AD 2252-113 DG2 DG 2-6801 505 l TD3 AGASTAT 7012 E7012PE003 N NO 4E-2350A-2 R/AD 2252-113 DG2 Se6 DG 24801 TDe ;-.- ~ AGASTAT ETR ETR1403N N NO 4E-2346-2 R/AJ 2252 47 TB 639 ! | |||
DG 2-6801 TS 2-0641-TC SQUARE D SQUARE D 4E-2350A-2 R/AD 2-6801 DG 2 505 i G.M. ElodroMoeve ' | |||
DG 24001 VS DMaion ! | |||
8409613 N NO 4E-23504-1 R/AE 2252-113 DG 2-8801 DG2 505 ! | |||
VSR SQUARE D PO7 8263337 AW N NO 4E-2350A-1 R/AE 2252-113 DG2 505 ! | |||
DG 2-8001-EXC 40OC ALLIS-CHALMERS 298-A N NO 4E-2350A-1 R/AE 2252-12 TB 505 DG 24001-EXC ER SQUARE-D PO S2 8289706 LV N NO 4E-2350A-1 R/AE 2252-12 TB 506 l DG 24801-EXC EXC SQUARE-D EQ-1281-G2 N NO 4E-2336 R/T 2252-12 TB DG 2-6801-EXC FFC 505 SQUARE-D EQ-1985-G13 N NO 4E-2336 R/T 2252-12 TB DG 2-0801-EXC FFCO 505 , | |||
WESTINGHOUSE SV 292B402A10 N NO/NC 4E-23504-1 R/AE 2252-12 DG 2-6801-EXC FSR TB 505 SQUARE-D PO4 S3 8263337 LV N NO 4E-2350A-1 R/AE 2252-12 TB 505 I OHMITE het Co-DG 2-8801-EXC MRV Motor Drive Date 57029 NC 4E-2350A-1 R/AE 2252-12 TB 505 DG 2-0801-EXC VSR SQUARE D PO7 8263337 AW N NO 4E-2350A-1 R/AE 2252-113 CG2 DG SWGR 24-1,2421 505 140 OG2 GE CEH 12CEH51A1A N NO 4E-2346-2 R/AJ 2252-10 TB 505 DG SWGR 24-1,2421 151A GE LAC 51A l 12 TAC 51A101A N NO 4E-2346-2 R/AJ RB DG SWGR 24-1,2421 SWGR 24-1 (1) 639 { | |||
1518 GE IAC51A 12 TAC 51A101A N NO 4E-2346-2 R/AJ SWGR 24-1 (1) RB 65 DG SWGR 241,2421 151BLA GE BAC51A 12 TAC 51A101A | |||
{ | |||
N NO 4E-2344-4 R/F SWGR 241 (4) RB 630 i DG SWGR 24-1,2421 151BLC GE LAC 51A 12 TAC 51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 # | |||
DG SWGR 241,2421 151C GE IAC51A ' | |||
12 TAC 51A101A N NO 4E-2346-2 R/AJ SWGR 24-1 (1) RB 639 DG SWGR 24-1,2421 151NBLB GE IAC51A 12iAC51A3A N NO 4E-2344-4 R/F RB DG SWGR 24-1,2421 SWGR 24-1 (4) 639 i 15NX32 GE lAV51D 121AV51DIA N NO 4E-2346-2 R/AJ 2252-10 TB 505 DG SWGR 24-1,2421 159SD2-1 GE lAV60A 12iAV90A1A Y NO 4E-2346-2 R/AJ SWGR 24-1 (2) TB 630 DG SWGR 24-1,2421 159SD2-2 GE lAV894 , | |||
' 12tAV89A1A Y NO 4E-2346-2 R/AJ RB 639 DG SWGR 24-1,2421 SWGR 24-1 (2) ! | |||
150SD2X3 GE HFA151 12HFA151A2H Y NO 4E-2346-2 R/AJ DG SWGR 24-1,2421 SWGR 24-1 (2) RB 630 t 181 CFF GE CFF 12CFF14821A Y DG SWGR 24-1,2421 NO/NC 4E-23508-2 R/AA 2252-10 TB SGS j 181A GE CFF N NO 4E 7vina-2 R/AA 2252-10 TB SGS " | |||
DG SWGR 24-1,2421 181Y-DG2 GE HFA51 12HFA51A42H N NO/NC 4E-2346-1 R/AH 2252-10 TB 505 DG SWGR 24-1,2421 186-2423 GE HEA61B 12HEA618235 N NO/NC 4E-2346-2 R/AJ RB 639 DG SWGR 24-1,2421 18tkDG2 SWGR 24-1 (4) | |||
GE HEA618 12HEA618235 N NO/NC 4E-2346-1 R/AH DG SWGR 24-1,2421 SWGR 24-1 (1) RB 639 187DG''- WESTINGHOUSE SA-1 1329D62A01 D 4E-234tL2 R/AJ SWGR 24-1 (1) RB 639 Page 6 of 15 | |||
.~.-- n.-.~-------.-------------...--- - - - - - - - - - - - - - - - - - - - - - - - | |||
r SQUG ' | |||
ESSENTIAL RELAYS I I | |||
WWT2 ! | |||
i i | |||
SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV DG SV/GR 24-1,2421 192-DG2 GE ICW51A 12tCW51A1A N NO 4E-2346-2 R/M 2252-10 TB S5 DG SWGR 24-1,2421 27XTD-24-1 AGASTAT ETR ETR14D38 N NO 4E-2348-1 R/AH 2252-87 TB 639 DG SWGR 24-1,2421 52Y N NO/NC 4E-2348-1 R/AH SWGR 24-1 (10) RS 639 DG SWGR 24-1,2421 A N NO 4E-2348-2 R/AJ 2252-10 TB M5 DG SWGR 24-1,2421 ASR-2 GE HGA11 12HGA11J52 Y NC 4E-2345-2 R/AJ SWGR 24-1 (1) R8 639 DG SWGR 24-1,2421 FSN SQUARE-D PO4 S3 8283337 LV Y NC 4E-2345-2 R/AJ 2252-12 TB 505 ! | |||
DG SWGR 24-1,2421 HACR-IV HACR -IV 4E-2348-1 R/AH 2252-112 TB DG SWGR 24-1,2421 SDR-X 95 WESTINGHOUSE SG 2938255A20 Y NC 4E-2345-2 R/AJ 2252-12 DG SWGR 24-1,2421 TB 505 T GE CFF N l NO 4E-23508-2 R/AA 2252-10 TB 505 DG AIR 2-4809 310 S O STR CUTLER-HAhWER 8011H2A N NO 4E-winA-2 R/AD 2252-113 DG2 DG CW SWGR 28,284C 505 i 1/2-3003-3A WESTINGHOUSE GCA GCA 530 N NO 4E-1680H R/M 2251-100 TB 547 DGCW SWGR 28,284C 1/2-3003-3N/b WESTINGHOUSE GCA GCA 530 N NC 4E-te80H R/M 2251-100 TB 547 DG CW SWGR 28,284C 1/2-3003-RA WESTINGHOUSE AR AR6004 ! | |||
N NO 4E-1880H R/M 2251-100 TB 547 DG CW SWGR 28,284C ! | |||
1/2-3003-RN WESTINGHOUSE AR AR6004 N NC 4E-1680H R/M DG CW 2251-100 TB 547 SWGR 28,284C 1430-135A GE HFA151 12HFA151A2H N NO d-13518-2 R/N 902-32 SS 505 DG CW SWGR 28,284C 227-1-818 GE IAV994 12iAveeA1A i Y NO 4E-1349-1 R/Q SWGR 18 (182A) R8 647 i DG CW SWGR 28,284C 227-2-818 GE 1AVWA 12iAVMA1A Y NO 4E-1349-1 R/Q RS 647 DGCW SWGR 28,284C 227-818X1 SWGR 18 (182A) i GE HFA151 12HFA151A3F N NO 4E-1349-1 R/Q DG CW SWGR 28,284C SWGR 18 (182A) R8 647 227-818X3 GE HFA151 12HFA151A2H N NO [ | |||
4E-1351C R/L SWGR 18 (1824) RS 647 i DG CW SWGR 28,284C 252-184C/h 4E-1349-1 R/Q SWGR 18 (184C) R8 647 DG CW SWGR 28,284C 52X ; | |||
4E-135$ C R/L SWGR28 R8 647 DG CW SWGR 28,284C SDR-X1 WESTINGHOUSE SG , | |||
2238255A20 N NO 4E-1351C R/L 2212-48 DG 1/2 505 I DG CW SWGR 29,298A 2-3003 3A WESTINGHOUSE A211M5 N NO 4E-13500 R/G 2252-08 DG2 505 i DG CW SWGR 29,208A 2-3003-3Alb WESTINGHOUSE f A211K5 N NC 4E-13500 R/G 2252-08 DG CW SWGR 29,298A DG 2 505 ; | |||
2-3003-3N WESTINGHOUSE A211M5 Y NO 4E-13500 R/G 2252-08 DG2 56 DG CW SWGR 29,2984 2 3003-3N/b WESTINGHOUSE A211K5 Y NC 4E-t3500 R/G 2252 4 8 DG2 25 DG CW SWGR 29,298A 2-3003-RA WESTINGHOUSE AR AR6004 . | |||
N NO/NC 4E-13500 R/G 2252-08 DG 2 505 DG CW SWGR 29,2984 2-3003-RN WESTINGHOUSE AR AR6004 [ | |||
Y NO/NC 4E-13500 R/G 2252-08 DG2 585 - | |||
DG CW SWGR 29,298A GX l DGCW SWGR 29,298A 4E-23508-1 R/AA SWGR 29 (298A) R8 647 i 52Y N NO/NC 4E-23508-1 R/AA SWGR 29(298A) R8 647 G.M. Elodro44allve l DG CW SWGR 29,298A SDR DMeson inunnn?-01 Y NO 4E-23508-1 R/AA 2252-12 TB SBS DGFO 2-5208 STR CUTLER-HAMMER 6011H2A 4E-2350A-1 R/AE 2252-113 DG2 505 DG HVAC 2-5727 . 2A WESTINGHOUSE A210M3CX N NO 4E-28780 R/T 2252-G7 DG 2 505 DG HVAC 2-5727 CRA WESTINGHOUSE AR AR6804 N NO 4E-23508-2 R/AA 2252-97 DG 2 505 DG HVAC 2-5727 VSR SQUARE D PO7 8263337 AW ! | |||
N NO 4E-23508-2 R/AA 2252-113 DG2 505 i ESS SER 902-40 ATS LO N NO 4E-2591 R/L 902-49 S8 505 i | |||
.ESS SER 902-49 ATS SE Y NO/NC 4E-2591 R/L 902-49 SS 505 lESS SER 902-49 ATS TS Y NO/NC 4E-2591 R/L 902-40 SB 505 Page 7 of 15 | |||
+ | |||
_ __ _ _ _ ,-- #~ * ' " ' ' ' ' | |||
i i | |||
i SQUG I ESSENTIAL RELAYS I UNIT 2 I I | |||
SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NOMC REF DRAWING PANEL BLDG ELEV ESS SER 902-e ATS UV Y NO 4E-2591 R/L 902-40 S8 505 HPCI 2-2301-3-MO 104-K7A GE HFA151 12HFA151A2H N NO 4E-2527-1 R/Z 902-32 S8 505 HPCI 2-2301-3400 104-K78 GE HFA151 i 12HFA151A2H N NO 4E-2527-1 R/Z 902-33 88 505 HPCI 2-2301-3 4 0 2230-142 GE HGA11 12HGA11J52G N NO 4E-2527-1 R/Z 902-32 SS 505 HPCI 2-2301-344O I 2330-1008 GE HFA151 12HFA151A2H N NO 4E-2527-3 R/Z 902-30 S8 505 HPCI 2-2301-3 MO 2330-1128 GE HFA151 12HFA151A2H N NO fE-2527-3 R/Z 902-30 S8 505 HPCI 2-2301-3400 2330-115 GE HFA151 i | |||
12HFA151A2H N NO 4E-2529-1 R/T 902-30 S8 505 HPCI 2-2301-3-MO 72/C 4E-2529-1 R/T MCC 2A (G01) RS 623 HPCI 2 2301-3400 72M 4E-2529-1 R/T MCC 2A (G01) RS 623 HPCI 2 2301-3440 72/O 4E-2529-1 R/T MCC 2A (G01) RB 623 HPCI 2 2301-3400 US 2-0263-72A YARWAY 4418C 4E-2438C-1 R/S 22024 RB 623 HPCI 2-2301-3440 Lis 2-0263-728 YARWAY 4418C 4E-2438E-1 R/R 2202 4 RS 623 HPCI 2-2301-M40 PS 2-1001-804 S4R 12NS-884 US-CIA-TTNQ 4E-2527-3 R/Z 22024 RB 623 HPCI 2-2301-M40 PS 2-1001-808 So-R 12N6-884-US-C1A-TTNQ 4E-2527-1 R/Z 22024 R8 623 HVAC 24748A lA WESTINGHOUSE A210M1CAC 4E-2675A RIAA 2202-76 R8 554 HVAC 24748A IN WESTWGHOUSE A210M1CAC 4E-2675A R/AA 2202-76 R8 554 HVAC 247488 1A WESTWGHOUSE A210M1CAC 4E-2678C R/AH 2202-75 R8 564 HVAC 247488 1N WESTINGHOUSE A210M1CAC 4E-2678C R/AH 2202-75 R8 554 | |||
, HVAC 24740A 1A WESTINGHOUSE A210M1CAC N NO 4E 2679F R/G 2252-08 DG2 505 HVAC 2 5748A 2-300MtA WESTINGHOUSE AR AR680A N NO/NC 4E-2679F R/G 2252-08 DG2 505 HVAC 2 5740A 2-300MtN WESTINGHOUSE AR AR680A Y NC 4E-2679F R/G 2252-06 DG 2 505 HVAC 2-57408 2-300MtA WESTINGHOUSE AR AR680A N NONC 4E-2679F R/G 2252-08 DG 2 505 HVAC 24748 2-300MtN WESTINGHOUSE AR AR680A Y NC 4E-2679F R/G 2252-06 DG 2 505 HVAC 2-5748 2A WESTINGHOUSE A210M1CAC N NO 4E-2679F R/G 2252-08 DG2 505 INST AC 902-50 ATS IV Y NO 4E-2882A R/AM 901-50 (A02) S8 505 INST AC 902-50 ATS LO N NO 4E-2882A R/AM 901-50 (A02) S8 505 MSTAC 902-50 ATS SE Y NO/NC 4E-2882A R/AM 901-50 (A02) S8 505 MST AC 902-50 ATS TS N NO/NC 4E-2882A R/AM 901-50 (A02) S8 505 MS 2-0203-3A-SO 10A-MPSA GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 24203-3A-SO 104-M988 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 S8 505 MS 2-0203-3A-SO 1430-125A GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902 32 S8 505 MS 24203-3A-SO 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 SB 505 MS 2-0203-3A-SO 287-107A GE HFA151 12HFA151A2H N NO 4E-2461-2 R/AE 2202-32 R8 623 MS 24203-3A-SO 287-1078 GE HFA151 12HFA151A2H N NO 4E-2461-2 R/AE 2202-32 R8 623 MS 2-0203-3A-SO 287-112A GE HGA11 12HGA11J52G N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-0203-3A-SO 287-1128 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS 2-0203 3A-SO 287-114A GE HGA11 12HGA11J52 N NO 4E-2461-2 R/AE 2202-32 R8 623 i MS 2-0203-3A-SO CR Ward Leonard Elec 130 4420 4E-2461-2 RIAE 2202-5 R8 623 Page 8 of 15 i | |||
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SQUG ESSENTIAL RELAYS UNIT 2 i | |||
SYSTEM EQP.lD CONTACT MFGR TYPE MODEL ENERG NOMC REF. DRAWING PANEL BLDG ELEV MS 2-020MA-SO PS 2-1053A S-O-R 6N6 8MJB CIA-JJTTNQ 4E-2438C-1 R/S 2202-594 R8 554 MS 24203-3A-SO PS 2-10538 S-O-R CO35-US CIA-JJTTNQ 4E-24380-1 R/S 2202-5eA R8 554 MS 242053A-SO PS 2-1053C S-O-R ^^OO5-US C1 A,JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MR 24203-3A-SO PS 2-10530 S-G R ZZ "5-US-C1 A-JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MS 2-0203,3A-SO PS 2-1462-A MERCCs0 DA-7043 804 R.21E 4E-2430-1 R/AJ 2-1401A RB 554 MS 24203-3A-80 PP 9-1462-8 RERCOID DA-7043404 R.21E 4E-2430-2 R/AE 2-14018 R8 554 MS 24203-34-SO R20rd GE CRIN93 CR12080020 N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-0203-38-RV 104-M98A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 MS 2-0203-38-RV 505 104-M988 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 SB SE MS 2-0203 38-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 MS 2420>38-RV 505 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 S8 505 MS 2-02tD-38-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-246tA R/8 2202-32 R8 623 MS 2-0203-38-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-2461 A R/8 2202-32 RS MS 2-0203 38 # " 623 | |||
,287-1088 GE HFA151 12HFA151A2H Y NO 4E-2461-2 R/AE 2202-32 R8 623 MS 2-0203#d-RV 1287-112A GE HGA11 12HGA11J52G N NO 4E-2461-1 R/AF 902 32 S8 505 MS 2-u2h18-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 SB 505 | |||
, MS 2-0203 38-RV 137-1148 GE HGA11 12HGA11J52 N NO 4E-2461A R/B 2202-32 RS 623 MS 2-0203-38-RV 267 U59 GE HGA11 12HGA11J52 Y NO 4E-2461 A R/8 2202-32 R8 MS 2-0203-38-RV 623 287-1228 AGASTAT EGPD EGPD003 N NO 4E-2461 A R/8 2202-32 R8 623 MS 2-0203-38-RV 287-1238 AGASTAT EGPD EGPD003 N NO 4E-141A R/B 2202-32 RB 623 MS 2-0203 38-RV CR Ward Leonard Elec 130-4420 4E-2461A R/8 2202-5 RS 623 MS 2-0203-38-RV PS 2-1053A S-O-R GNB 85-US-CIA JJTTNQ 4E-2430C-1 R/S 2202-59A RB 554 MS 2-0203 38-RV PS 2-19538 S-O-R m'5-US-CIA-JJTTNQ 4E-2430C-1 R/S 2202-584 RB 554 MS 2-0203 38-RV PS 2-1053C S-O-R COS5-US-C1 A JJTTNQ 4E-2438E-1 R/R 2202-508 RB 554 MS 2-0203-38-RV PS 2-1053D S-O-R 6N8-85US C1 A-JJTTNQ 4E-2430E-1 R/R 2202-508 RB 554 MS 2-0203 38-RV PS 2-1462-A MERCOID DA-7043-804 R.21E 4E-2430-1 R/AJ 2-1401 A R8 554 MS 2-0203 38-RV PS 2-1462-8 MERCOID DA-7043-804 R.21E 4E-24302 R/AE 2-14018 R8 554 MS 2-020L38-RV R20738 GE CR1N+] CR12080020 N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-02053C-RV 104-M98A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS 2 0203 3C-RV 104-M988 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 SS MS 2 020L3C-RV 505 1430-125A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS 2-0203 3C-RV 1430 1258 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 922-33 S8 96 MS 2-020S3C-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-2462A R/8 2202-32 RB 623 MS 2-020%3C-RV 287-1078 GE | |||
; HFA151 12HFA151A2H N NO 4E-2462A R/B 2202-32 R8 623 MS 2-0203-3C-RV 287-100C GE HFA151 12HFA151A2H Y NO 4E-2462-1 R/Z 2202-32 R8 623 MS 2-0203-3C-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-0203-3C-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS )2-020S3C-RV 287-114C GE HGA11 12HGA11J52 N NO 4E-2462A R/8 2202-32 RB 623 Page 9 of 15 i | |||
t i | |||
SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC REF. [# AWING PANEL BLDG ELEV MS 2-0203 3C-RV 287-115C GE HGA11 12HGA11J52 Y NO 4E-24G4 R* | |||
! 2202-32 RB 623 MS 242033C-RV 287-122C AGASTAT EGPD EGPD003 N NO 4E-2482A R/b l2202-32 R8 623 ' | |||
MS 242033C-RV 287-123C AGASTAT EGPD EGPD003 N NO 4E-2482A R/8 2202-32 RB 623 li MS 2-02053C-RV CR Ward Leonard Elec 13tM420 l | |||
4E-2482A R/8 2202-5 R8 623 ' | |||
MS 2-02053C-RV PS 2-1053A S-O-R CLO5-US CIA-JJTTNQ 4E-2438C-1 R/S 2202-5eA R8 554 MS 2-020F3C.RV PS 2-10538 S-O-R 6NS-85-US CIA-JJTTNQ 4E-2438C-1 R/S 2202-504 R8 554 MS 2-02053C-RV PS 2-1053C S-O-R ZC "MJS C1A JJTTNQ 4E-2438E-1 R/R 2202-aG8 R8 554 MS i 2-02053C-RV PS 2-10530 S-O-R 6N6-85-US C1 A-JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MS 24203 3C-RV PS 2-1482-A MERCOID DA-704&804 R.21E 4E-2430-1 R/AJ 2-1401A RB 554 ' | |||
MS 2-0203 3C-RV PS 21482-8 MERCOID DA-704&804 R.21E 4E-2430-2 R/AE 2-14018 R8 554 MS 2 0203-3C-RV R20738 GE CR1hA> CR120B0020 N NO 4E-2481-1 R/AF 902-32 S8 505 ES 2-020530-RV 104-K98A GE HGA11 12HGA11J52G N NO 4E-7482-1 R/Z 902-32 S8 505 i M:' 2-020ND-RV 10A-MS8B GE HGA11 12HGA11J52G | |||
~~ N NO 4E-2482-1 R/Z 902-33 S8 SSE MS 2-020h30-RV 1430125A GE HGA11 12HOA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 2-020530-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 S8 505 MS 2-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-0203 3D-RV 287-1078 GE HFA151 12HFA151A2H | |||
~ N NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-020S3D-RV 287-1980 GE HFA151 12HFA151A2H Y NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-02053D-RV 287-112A GE HGA11 12HGA11JS2G N NO 4E-2481-1 R/AF 902-32 S8 505 MS 2-02053[MtV 287-1128 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 242tB-3D-RV 287-114D GE HGA11 12HGA11J52 N NO 4E-2482-1 R/Z 2202-32 RS 623 MS 2-020530-RV 287-1150 GE HGA11 12HGA11J52 Y NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-0203 30-Rs CR Ward Leonard Elec 13EM420 4E-2482-1 R/Z 2202-5 R8 623 MS 2-02053D-RV PS 2-1053A S-O-R ONS-85-US CIA-JJTTNQ 4E-2430C-1 R/S 2202-594 RB 554 MS 2-02053f'M' PS 2-10538 S-O-R 6NS-85-US-CIA 4fTTNQ 4E-2438C-1 R/S 2202-50A R8 554 MS 2-02053D-Rb PS 2-1053C S-O-R , | |||
CLOS-US-C1A-JJTTNQ 4E-2439E-1 R/R 2202-508 R8 554 MS 2-0203-3EMtv PS 2-10530 S-O-R CC "5-US C1 A4fTTNQ 4E-2438E-1 R/R 2202-508 RB 554 MS 2-0203-3D-RV PS 2-1482-A MERCOID DA-7043404 R.21E 4E-2430-1 R/AJ 2-1401A R8 554 i MS 2-020530-RV PS 2-1482-8 IERCOID ' | |||
DA-7043404 R.21E 4E-2430-2 R/AE 2-14018 R8 554 MS 2-020S3D-RV R20738 GE CR12080 CR12080020 N NO 4E-2481-1 R/AF 902-32 S8 505 l MS 2-02053E-RV 10A-K98A GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 2-020L3E-RV 104-MB88 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 58 505 ! | |||
MS 2-020F3E-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 I MS 2-02053E-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 S8 505 l MS 2-020S3E-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-2642-2 R/Z 2202-32 R8 623 MS 2-02013E-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-2642-2 R/Z 2202-32 RB 623 MS 2-0203JE-RV [ | |||
287-108E GE HFA151 12HFA151A2H Y NO 4E-2642-2 R/Z 2202-32 RB 623 Page 10 Of 15 e | |||
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SQUG ESSENTIAL RELAYS UNIT 2 i SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENERG NOMC REF. DRAWING PANEL BLDG ELEV MS 2420ME-RV 287-112A GE HGA11 12HGA11JS2G N NO 4E-2461-1 R/AF 902-32 S8 'A 5 MS 2420S3E-RV 287-1128 GE HGA11 ; | |||
12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS i 2-02CS3E-RV 287-114E GE HGA11 12HGA11J52 N NO 4E-2642-2 R/Z 2202-32 RB 823 MS 2420NE-RV 287-115E GE HGA11 12HGA11J52 Y NO 4E-2642-2 R/Z 2202-32 RS 623 MS 2 02053E-RV CR Word Leonard Elec 1'l0 4420 4E-2642-2 RIZ 22024 R8 623 MS 2-0203-3E-RV PS 2-1053A S-O-R 6Nt;45-US CIA 4JTTNQ 4E-2438C-1 R/S 2202-584 R8 554 MS 242053E-RV PS 2-10538 S-O R "FIS-US-CIA-JJTTNQ 4E-2438C-1 R/S 2202-50A RB 554 MS 2-0203-3E-RV PS 2-1053C S-O-R "N1A-JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MS 2-02053E-RV PS 2-10530 S-O R 6NEL85-US-CIA-JJTTNQ 4E-2438E-1 R/R 2202-508 RB 554 i MS 242053E-RV PS 2-1482-A ERCOIO DA-7043 804 R.21E 4E-2430-1 R/AJ 2-1401A R8 554 MS 242053E-RV PS 2-1482-8 hERCOID f DA-7043404 R.21E E-2430-2 R/AE 2-14018 R8 554 MS 2 02053E-RV R20738 GE ! | |||
CRIM- CR12080020 N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-02201-MO 42f0 GE CR109 CR100C0 4E-2505-1 R/R MCC 28-1 A (C3) R8 623 ! | |||
PR WST 2-0283-1004-Li NONE 4E-2712 R/AW 902-5 S8 623 PR INST 2-0283-1008-Li NONE ! | |||
PR WST 4E-2712 R/AW 9024 SB 623 2-0283108A-Li NONE [ | |||
4E-7850 R/L 902-3 S8 623 i PR INST 24263-108EN.i NONE 4E-7850 R/L 902-3 d SB 623 ! | |||
PR INST 2 0263-115-PI NONE PR INST 4E-2419 R/AP 9024 S8 623 2-0283-115-PI NONE ; | |||
PR INST 4E-7850 R/L 9024 S8 623 2 026S15dLPI NONE 4E-24B3 R/AF 902-3 S8 823 I PR INST 2-0283-15tLPI NONE 4E-7850 R/L 902-3 S8 623 PR INST 2-1041>5-TRS NONE 4E-2438N R/K 902-3 S8 823 PR INST 21640-104-L1 NONE 4E-7582 R/L 902-3 S8 623 PR INST 2-1040-108-Li NONE l 4E-7582 R/L 902-3 S8 623 PR INST 2164011 A-PI NONE 4E-7582 R/L 902-3 S8 623 PR INST 2-1640-11M NONE < | |||
4E-7582 R/L 902-3 S8 623 PR INST 2-1640-2004-TR NONE VP 1312-12-8-1-8L I 4E-7842A R/J 90246 S8 623 ; | |||
PR INST 2-1640-2008-TR NONE VP 1312-12-8-1-8L 4E-78428 R/G 902-36 S8 623 RCIC 2-130141-MO 13A-K1 GE HFA151 12HFA151A2H l | |||
N NO 4E-2484F-2 R/L 902-48 S8 505 RCIC 2-130141-MO 72/C ; | |||
4E-2484F-2 R/L MCC 28 (R01) R8 623 ! | |||
RCIC 2-130141-MO 72M 4E-2484F-2 R/L MCC 28 (RO1) R8 623 RCIC 2-130141-MO 72f0 ; | |||
4E-2484F-2 R/L MCC 28 (RO1) RS 623 RCic 2-130141-MO US 2-0283-72A YARWAY 4418C 4E-2430-1 R/AJ 22024 R8 623 RCIC 2-130141-MO LIS 2-0263-728 YARWAY 4418C 4E-2430-2 R/AE 22024 RS 623 RHR 2-1001-18A MO 42M C GE CR109 CR100CO 4E-2438J-2 R/R MCC 2EL18 (C3) RB 623 RHR 2-1001-168440 42/MC GE CR109 CR100CO 4E-2438L-2 R/R MCC 29 4 (D4) R8 623 RHR 2-1001-18A-MO 104-K45A GE CR120KT CR120KT02241AA N NO 4E-2438J-2 R/R 902-46 S8 505 RHR 2-1001-18A-MO 42/MO GE CR100 CR100CO 4E-2438J-2 R/R MCC 28-1 A-1 (C3) R8 623 Page 11 Of 15 | |||
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SQUG ESSENTIAL RELAYS | |||
; UNIT 2 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV RHR 2-1001-188-MO 10A-K458 GE CR120KTCR120KT01941AA N NO 4E-2438L-2 R/R 902-47 f' | |||
RHR 2-1001-188-MO S8 505 42MO GE CR109 CR10BCO 4E-2438L-2 R/R MCC 29-1-1 (81) R8 823 RHR 2-1001-194-MO 42MC GE CR100 CRIODCO 4E-2438J-2 R/R MCC 28-18 (82) R8 823 : | |||
RHR 2-1001-198 440 42M C GE CR109 CR10BCO 4E-2438L-2 R/R MCC 29 4 (82) R8 823 ! | |||
RHR 2-1001-20400 42/O GE CR109 CR100C0 4E-25088-1 R/P MCC 281 A-1 (C1) R8 823 ! | |||
; RHR 2-1001-23A-MO 42M O GE CR100 CR100C0 4E-2438J-3 R/L MCC 28-18 (81) R8 823 ' | |||
RHR 2-1001-238440 42M O GE CR109 CR100C0 4E-2438L-3 R/M MCC 29 4(A1) R8 823 RHR 2-1001-28A440 CR-R l 4E-2438J-3 R/L MCC 20/294 (C1) R8 SB6 RHR 2-1001-28A400 R 4E-2438J-3 R/L MCC 28/294 (C1) R8 506 RHR 2-1001-288440 CR-R j 4E-2438L-3 RM MCC 28f2Ni(F1) R8 505 ! | |||
RHR 2-1001-288440 R 4E-2438L 3 RM MCC 28/294(F1) R8 505 RHR 2-1001-294440 10A-K36A GE HGA11 12HGA11J52 N NO 4E-24300 R/H 902-48 S8 505 RHR 2-1001-294400 104-K368 GE HGA11 12HGA11J52G N NO 4E-24380 R/M 902-47 S8 505 RHR 2-1001-294440 10A-K37A GE HFA151 12HFA151A2H l | |||
N NO 4E-2438F R/J 902-46 S8 506 RHR 2-1001-29A440 10A-K378 GE HFA151 12HFA151A2H N NO 4E-2438F R/J 902-47 S8 505 RHR 2 1001-294440 10A-K30A GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-46 S8 505 RHR 2-1001-29A440 10A-K308 GE HFA151 12HFA151A2H l N NO 4E-2430E-2 R/T 902-47 S8 505 RHR 2-1001-29A440 104-K40A GE CR120KT CR120KT01541AA i | |||
N NO 4E-2438F R/J 902-46 S8 505 RHR 2-1001-29A440 10A-K408 GE CR120KT CR120KT01941AA N NO 4E-2438F R/J 902-47 S8 506 RHR 2-1001-29A440 10A-K43A GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-48 S8 506 RHR 2-1001-29A440 104-K438 GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-47 S8 506 RHR 21001-29A440 104-K83A GE HGA11 12HGA11J52G N NO 4E-2430F R/J 902-32 S8 505 RHR 21001-29A440 10A-K86A GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-32 S8 505 RHR 2 1001-294440 104-M858 GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-33 S8 505 RHR 2-1001-29A440 42MO GE 4E-2438K-1 R/L MCC 28/2Ni(84) R8 505 RHR 2-1001-294440 dPIS 2-261-34C BARTON 288 288 4E-24300 R/H 2202-7 R8 506 RHR 2-1001-294440 dPIS 2-261-34D BARTON 288 288 ; | |||
4E-2438F R/J 2202-8 R8 506 ' | |||
RHR 2 1001-298440 104-K36A GE HGA11 12HGA11J52 N NO 4E-2438D R/H 902-46 S8 505 RHR 2-1001-298440 10A-K388 GE HGA11 12HGA11J52G N NO 4E-24380 R/H 902-47 S8 506 ' | |||
RHR 2-1001-298440 10A-K37A GE HFA151 12HFA151A2H N NO 4E-2438D R/H 902-46 S8 505 RHR 2-1001-298440 10A-K378 GE HFA151 12HFA151A2H s | |||
N NO 4E-2438F R/J 902-47 SB 506 RHR 2-1001-298440 10A-K394 GE HFA151 12HFA151A2H N NO 4E-2438M-1 R/L 902-46 S8 505 RHR 2-1001-298 400 104-K308 GE HFA151 12HFA151A2H i | |||
N NO 4E-2438M-1 R/L 902-47 S8 506 RHR 2-1001-298440 10A-K404 GE CR120KT CR120KT01541AA N NO 4E-24300 R/H 902-45 S8 505 RHR 2-1001-298 440 10A-K408 GE CR120KT CR120KT01941AA N NO 4E-2438F R/J 902 S8 505 RHR 2-1001-298440 104-K43A GE HFA151 12HFA151A2H N NO 4E-2438D R/H 902-46 S8 506 RHR 2-1001-298 440 10A-K438 GE HFA151 12HFA151A2H t | |||
N NO 4E-2438E-2 R/T 902-47 S8 505 RHR 2-1001-298440 10A-K638 GE HGA11 12HGA11J52G i | |||
N. NO 4E-2438E-2 R/T 902-33 S8 506 I RHR 2-1001-298440 10A-K87A GE HFA151 12HFA151A2H N NO 4E-2438M-1 R/L 902-32 S8 505 Page 12 of 15 j | |||
.-._mm_m-_.__._m_-_.-_____--._------.--_______. -__--_.._ _._-- --_ _-._._- . - _ - _ - . . . _ | |||
L i | |||
1 i | |||
Souc j ESSENTIAL RELAYS i UNIT 2 e SYSTEM EQP.!D CONTACT MFGR TYPE MODEL ENERG NO/NC REF DRAWING PANEL BLDG ELEV RHR 2-1001-298 4 0 10A-M878 GE HFA151 12HFA151A2H N NO 4E-2438M-1 R/L 902-33 S8 M RHR 2-1001-298 4 0 42MO GE ; | |||
RHR 2-1001-298-MO 4E-2438M-1 R/L MCC 28f29w5(E4) R8 M dPIS 2-281-34C BARTON 288 288 4E-24380 R/H 2202-7 RB 505 RHR 2-1001-298 4 0 JPIS 2-281-34D 8ARTON 288 288 i 4E-2438F R/J 22024 R8 95 i RHR 2-1001-34AMO 104-K101A GE HGA11 12HGA11J52G N NO 4E-2430C-1 R/S 902-32 S8 M RHR 2-1001-34A-MO 104-M5A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-34A-MO 10A-M58 GE HFA151 12HFA151A2H i | |||
N NO 4E-2438C-1 R/S 902-33 S8 505 RHR 2-1001-34A-MO 10A-K7A GE HFA151 12HFA151A2H ! | |||
N NO 4E-2438C-1 R/S 902-32 S8 505 ! | |||
RHR 2-1001-34A-MO 104-K78 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 S8 505 RHR 2-1001-34A-MO 104-MBA GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-34A-MO 42M O GE CR100 CR100C0 4E-2438K-1 R/L MCC 28-18 (C1) RB 823 RHR 2-1001-34A-MO US 2-0283-72A YARWAY 4418C l 4E-2438C-1 R/S 2202-5 RB 823 RHR 2-1001-34A-MO US 2-0283-728 YARWAY 4418C | |||
} | |||
RHR 4E-2438E-1 R/R 22024 R8 823 i 2-1001-34A-MO PS 2-1001-90A S-O-R 12NS-884-US-CIA-TTNQ 4E-2438C-1 R/S 2202 4 RB 823 RHR 2-1001-34AMO PS 2-1001-008 S-4R 12NS-884-US-CIA-TTNQ 4E-2438E-1 R/R 22024 RB 823 RHR 2-1001-348-MO 10A-K1018 GE HGA11 12HGA11J52G t | |||
N NO 4E-2438E-1 R/R 902-33 S8 505 RHR 2-1001-348-MO 104-M5A GE HFA151 12HFA151A2H { | |||
N NO 4E-2438E-1 R/R 902-32 SS 505 RHR 2-1001-348-MO 10A-M5B GE HFA151 12HFA151A2H [ | |||
N NO 4E-243BE-1 R/R 902-33 S8 505 RHR 2-1001-348-MO 10A-K7A GE i HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 RHR 2-1001-348-MO S8 505 [ | |||
104-K78 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 S8 505 I RHR 2-1001-348-MO 10A-MB8 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 S8 55 RHR 2-1001-348MO 42/MO GE CR100 CR100CO 4E-2430M-1 R/L MCC 29 4 (81) RB 823 RHR 2-1001-348-MO US 2-02S3-72A YARWAY 4418C 4E-2438C-1 R/S 2202-5 RS 823 RHR 2-1001-348-MO LIS 2-0283-728 YARWAY 4418C l RHR 4E-2438E-1 R/R 22024 RB 823 ! | |||
2-1001-348 4 0 PS 2-1001-904 S-O-R 12NS-884-US-CIA-TTNQ 4E-2430C-1 R/S 2202-5 RB 823 ! | |||
RHR 2-1001-348 4 0 PS 2-1001-908 S-O-R 12N6484-US-CI A-TTNQ 4E-2438E-1 R/R 22024 R8 823 RHR 2-1001-38AMO 10A-K101A GE HGA11 12HGA11J52G N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-36AMO 10A-M5A GE HFA151 12HFA151A2H I | |||
N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-38AMO 104-M58 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 S8 505 RHR 2-1001-38AMO 104-K7A GE HFA151 { | |||
12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-36A-MO 10A-K78 GE HFA151 i | |||
12HFA151A2H N NO 4E-243BC-1 R/S 902-33 S8 505 RHR 2-1001-38AMO [ | |||
10A-MSA GE HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902432 RHR S8 505 l 2-1001-38A-MO 42/MO GE CR100 CR100C0 4E-2438K-2 RM R8 823 ' | |||
RHR 2-1001-36A-MO MCC 28-18 (D1) | |||
US 2-02R3-72A YARWAY 4418C 4E-2438C-1 R/S 2202-5 RB 823 RHR 2-1001-38AMO US 2-0283-728 YARWAY 4418C } | |||
4E-2438E-1 R/R 2202 4 RB 823 RHR 2-1001-38A-MO PS 2-1001-90A S-O-R l 12NS 884-U8-CIA-TTNQ 4E-2438C-1 R/S 2202-5 R8 823 RHR 2-100136A-MO PS 2-1001-008 S-O-R l 12NS-884-US-C1A-TTNQ 4E-2438E-1 R/R 2202 4 RB 823 RHR 2-1001-388-MO 10A-K1018 GE HGA11 12HGA11J52G N NO 4E-2430E-1 R/R 902-33 SS 505 RHR 2-1001-388-MO 10A-MSA GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 SS 505 l | |||
, Page 13 of 15 [ | |||
e | |||
1 SQUG . | |||
ESSENTIAL RELAYS i UNIT 2 ! | |||
SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV RHR 2-1001388-MO ! | |||
10A-M5B GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 RHR S8 505 ! | |||
2-1001-388-MO 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 S8 505 RHR 2-1001-388-MO 104-40 8 GE HFA151 12HFA151A2H l | |||
' N NO 4E-2438E-t R/R 902-33 58 505 RHR 2-1001-388-MO l 104-N08 GE HFA151 12HFA151A2H N NO 4E-2430E 1 R/R RHR 902-33 S8 505 ! | |||
2-1001-388-MO 42MO GE CR100 CR100C0 4E-2438M-2 R/L MCC 20-4(C1) R8 623 i RHR 2-1001-388-MO US 2-0283 72A YARWAY 4418C RHR 4E-2438C-1 R/S 22024 RS 623 2-1001-388-MO US 2-0263-72B YARWAY 4418C 4E-2438E-t R/R 22024 RS 623 RHR 2-1001-388 MO PS 2-100140A S-OJt 12N6-884-US-CIA-TTNQ 4E-2430C-1 R/S 22024 RB 623 RHR 2-1001-388 MO PS 2-1001008 S-O-R 12N6-884-US-C1A-TTNQ 4E-2438E-t R/R 22024 R8 623 RHR 2-1001-43A-MO 42/MO GE CRt00 CR100CO 4E-2438K-2 RM MCC 28-18 (B3) RB 623 RHR 2-1001-438-MO 42M O GE CR100 CR100CO 4E-2438K-3 R/K MCC 28-18 (D4) R8 623 RHR 2-1001-43C-MO 42MO GE CR100 CR100C0 4E 2438M-2 R/L MCC 21M (84) RB 623 RHR 2-1001-43D-MO 42MO GE CR100 CR100C0 4E-2438M-3 R/J MCC 294 (C2) RB 623 j RHR 2-1001-50.MO 42MO GE 4E-2508A-3 R/P MCC 28-18 (C2) RB 623 RHR 2-1001-7A-MO 42MO GE CR100 CR100C0 } | |||
4E-2438J-1 R/P MCC 281B (D3) RB 623 RHR 2-1001-7C-MO 42MC GE CR100, CR100C0 4E-2438L-1 R/Q R8 623 RHR SWGR 231,2324 MCC 29 4 (A3) [ | |||
10A-K18A GE HFA151 12HFA151A2H N NO 4E-24380-1 R/L RHR SWGR 23-1,2324 902-32 S8 505 ; | |||
10A-M5A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 | |||
( RHR SWGR 23-1,2324 10A-M58 GE HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902-33 S8 l | |||
RHR SWGR 23-1,2324 505 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 SB SOS RHR SWGR 23-1,2324 10A-K78 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 SB 505 RHR SWGR 23-1,2324 10A-MBA GE HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902-32 SB SO5 RHR SWGR 23-1,2324 US 2-0263-72A YARWAY 4418C l | |||
4E-2438C-1 R/S 2202 4 RS 623 RHR SWGR 23-1,2324 US 24263-72b YARWAY 4418C [ | |||
RHR 4E-2438E-1 R/R 22024 RB 623 SWGR 23-1,2324 PS 2-1001-90A S-O-R [ | |||
12NS-884-US-CIA-TTNQ 4E-2438C-1 R/S 2202 4 R8 623 | |||
! RHR SWGR 23-1,2324 PS 2-1001-008 S-O-R 12NS 884-US CI A-TTNQ 4E-2438E 1 R/R 2202 4 RB 823 j RHR SWGR 23-1,2326 10A-K10A GE . | |||
HFA151 12HFA151A2H N NO 4E-2438C-2 R/R 902-32 RHR SWGR 23-1,2326 SB 505 [ | |||
l 10A-K21A GE HFA151 12HFA151A2H N NO RHR 4E-24380-1 R/L 902-32 S8 505 I l SWGR 23-1,2326 104-K5A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR SWGR 23-1,2326 104-M5B GE f HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902-33 RHR SWGR 23-1,2326 S8 505 ! | |||
10A-K7A GE HFA151 12HFA151A2H N NO 4E-2418C-1 R/S 902-32 S8 505 RHR SWGR 23-1,2326 10A-K78 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 RHR SB 505 | |||
(; | |||
SWGR 23-1,2326 US 2-0263-72A YARWAY 4418C RHR 4E-2438C-1 R/S 22024 R8 623 SWGR 23-1,2326 LlS 2-0263-728 YARWAY 4418C 4E-2438E-1 R/R 2202 4 RS 623 l | |||
RHR SWGR 23-1,2326 PS 2-1001-00A S-O-R l 12N6-884-US-CIA-TTNQ 4E-2438C-1 R/S 22024 RB 623 ! | |||
l RHR SWGR 231,2326 PS 2-1001-008 S-O-R | |||
' 12NS-884-US-C1A-TTNQ 4E-2438E-1 R/R 22024 R8 623 | |||
* RHR SWGR 24-1,2424 10A-K188 GE HFA151 12HFA151A2H N NO 4E-2438Q-2 R/L 902-33 S8 505 RHR SWGR 241,2424 10A-K5A GE HFA151 12HFA151A2H ; | |||
N NO 4E-2438E-t R/R 902-32 SB 505 l RHR SWGR 24-1,2424 10A-K58 GE HFA151 12HFA151A2H | |||
) | |||
l N NO 4E-2438E-1 R/R 902-33 S8 505 | |||
$ [ | |||
Page 14 of 15 | |||
- _ _ . ~ . - _ _ _ - - - - . - - . - - - ~ . - ~ - - - - - . - - - . - - - - - . - - - - - - - . . - - - - . . . - - - - _ . - - - - . . _ . . _ | |||
l SQUG ESSENTIAL RELAYS ' | |||
UNIT 2 SYSTEM EQP.lO i CONTACT MFGR TYPE MODEL RHR SWGR 24-1,2424 ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 SB 505 RHR SWGR 24-1,2424 104-K78 GE HFA151 12HFA151A2H N NO 4E-2430E-1 R/R 902-33 38 505 RHR SWGR 24-1,2424 104-0G8 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 88 505 RHR SWGR 24-1,2424 US 2-0283-72A YARWAY 4418C i | |||
RHR 4E-2438C-1 R/S 2202 4 RS 623 SWGR 24-1,2424 US 24263-728 YARWAY 4418C RHR SWGR 24-1,2424 4E-2430E-1 R/R 22024 RS 623 PS 2-1001-00A S-G R 12NS-884-US-CIA-TTNQ RHR 4E-2438C-1 R/S 2202-5 R8 623 SWGR 24-1,2424 PS 2-1001-008 S-O-R 12N6-884.US.C1A-TTNQ 4E-2438E-1 R/R 22024 RB 623 RHR SWGR 24-1,2426 104-M108 GE HFA151 12HFA151A2H N NO 4E-2438E-2 R/T 902-33 S8 RHR SWGR 24-1,2426 10A-K218 505 GE HFA151 12HFA %1A2H N NO RHR SWGR 24-1,26 4E-24380-2 R/L 902-33 S8 505 ! | |||
10A-K5A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 S8 505 RHR SWGR 24-1,2426 10A-K58 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 S8 505 RHR SWGR 24-1,26 104-K7A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 S8 RHR SWGR 24-1,26 10A-K78 505 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R RHR SWGR 24-1,26 902-33 S8 505 6 US 2-0263-72A YARWAY 4418C RHR 4E-2438C-1 R/S 2202-5 R8 623 SWGR 24-1,2426 US 2-0263-728 YARWAY 4418C RHR SWGR 24-1,2426 4E-2430E-1 R/R 22024 R8 623 PS 2-1001-00A S-O-R 12NEL884-US-CIA-TTNQ RHR 4E-2430C-1 R/S 2202-5 RS 623 SWGR 24-1,26 PS 2-1001908 S-O-R 12NS 884-US-CI A-TTNQ 4E-2438E-1 R/R 22024 R8 623 RHRSW 21001-185A440 42fMC GE CR100 CR100C0 4E-2438R R/H RHRSW 2-1001-1858440 42M C MCC 28-1 A (G2) R8 623 GE CR109 CR100CO 4E-2438S R/G MCC 29-1 (H2) R8 623 RhRSW 2-1001-188A-MO 42M O GE CR100 CR100C0 4E-2438R R/H MCC 28-1 A (F1) RB 623 RHRSW 2-1001-1888-MO 42M O GE CR109 CR100C0 4E-2438S R/G R8 RHRSW 2-1001-187A440 42tM O MCC 29-1 (H3) 623 GE CR100 CR100C0 4E-2438R R/H RHRSW 2-1001-1878440 MCC 28-18 (D2) RS 623 42MO GE CR109 CR100CO 4E-2438S R/G MCC 29-1 (H4) R8 623 RHRSW 2-1001-44440 42M C GE CR10e CR100C0 4E-2438R R/H MCC 28-1 A (81) R8 623 RHRSW 2-1001-48440 42M C GE CR109 CR100C0 4E-2438S R/G RS RHRSW 2-1001-5A440 42M O MCC 29-1 (H1) 623 GE CR109 CR100C0 4E-2438J-1 R/P MCC 28-18 (84) RS 623 RHRSW 2-1001-58440 42M O GE CR100 CR100C0 4E-2438L-1 R/Q R8 RWCU 2-1201-2440 42M O MCC 2964 (C3) 623 | |||
, GE CR100 CR100C0 4E-2500C R/U RWCU 2-1201-5440 MCC 28-1 A (G1) RB 623 72fG N NO/NC 4E-2508C R/U MCC 2A (F02) RB 623 RWCU 2-1201-5400 72M N NO 4E-2508C R/U MCC 2A (F02) R8 623 RWCU 2-1201 4 440 72/O N NO/NC 4E-2500C R/U MCC 2A (F02) RB 623 Page 15 of 15 | |||
l I | |||
APPENDIX F BAD ACTOR LIST QUAD CITIES STATION l | |||
UNITS 1 & 2 l | |||
l l | |||
l 1 | |||
_ . . .. __ . . . . . _ _ __ ._ m m . ... . ._ . _ _ . _ . _ _ _ _ ._ _ _ , _ _ _ _ _ | |||
SQUG BAD ACTORS UNIT 1 AD SYSTEM EQP. ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS 115 VAC,5A ; Offset range 0/4 ; Ohme min 4180VAC SWGR 13-1,1321 140-DG 1/2 GE CEH 12CEH51A1A N NO 2212-45 BAD ACTOR Y phase to neutral no offeet = 5 Relay "A" appears to be a ardwwwnpanent of device 140-DG 1/2 h===r8 on the S/D.The bene device is 4100VAC SWGR 13-1,1321 A GE CEH N NO 2212-45 BAD ACTOR Y a type CEH which is a bed actor. | |||
115VAC,5A ; Oftest range 0/4 ; Ohms min pheme DG SWGR 14-1,1429 14GOG1 GE CEH 12CEH51A1A N NO 2251-10 BAD ACTOR Y to neutral = 5 : | |||
Relay "A" appears to be a subcomponent of device 140-DG1 beood on the S/D.The base device le a DG SWGR 14-1,1429 A GE CEH N NO 2251-10 BAD ACTOR Y type CEH which is a bed actor. | |||
0180VAC SWGR 13-1,1321 SDR-X1 WESFtNGHOUSE SG SG 293B256A20 N NC 2212-46 BAD ACTOR Y 125 VDC 120 VAC, Appears to be either a caNbration or timing device but could not determene any kind of DG 1/24601-EXC FFCO WEdT;;<GHOUSE SV 292B402A10 N NO/NC 2212-46 BAD ACTOR Y 04 120 VAC , There appears to be a timing or calibrahon device but can not detemune its setting DG 1/2-8601-EXC FSR WESTINGHOUSE SV 292B402A10 N NO 2212-46 BAD ACTOR Y or how it wartis. | |||
Only 2 (top 2) of 4 mounting holes are being used; DG 14001-EXC FFCO WESTINGHOUSE SV 292B402A10 N NO/NC 2251-12 BAD ACTOR N 120VAC i | |||
Page 1 of 1 | |||
SQUG BAD ACTORS UNIT 2 AD SYSTEM EQP.lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL ELEV SAT MTG COMMENTS 115 VAC,5A ; Offset range Of4 ; Ohms min 4180VAC SWGR 23-1,2321 14G DG 1/2 GE CEH 12CEH51A1A N NO 2212-45 595 BAD ACTOR Y pheme to neutral no onset = 5 115VAC,5A ; Offeet range 0/4 ; I sh=h=8 es DG SWGR 241,2421 14M)G2 GE CEH 12CEH51A1A N NO 2252-10 595 BAD ACTOR Y % G" Refoy"A" appears to be e component of device 140-DG2 bened on the S/D.The bene DG SWGR 24-1,2421 A GE CEH N NO 2252-10 595 BAD ACTOR device is a type CEH which is a bed actor. | |||
125VDC, Mountin0 boils instoned for mounting piele but plate is rpN. Have C180VAC SWGR 23-1,2329 ASR 1/2-2 GE HGA11 12HGA11J52 N NC SWGR 23-1 (10) 639 BAD ACTOR N esame engmeer inspar* | |||
4160VAC SWGR 23-1,2329 SDR-X2 WESTINGHOUSE SG 2938255A20 N NC 2212-46 595 BAD ACTOR Y 125 VDC DG 2-6801-EXC FFCO WESTINGHOUSE SV 292B402A10 N NO/NC 2252-12 595 BAD ACTOR N 120V ; Only 2 of 4 mounting bolts instated Page 1 of 1 | |||
) | |||
1 APPENDIX G 1 | |||
j RELAY OUTLIER LIST i | |||
! QUAD CITIES STATION j UNITS 1 & 2 i | |||
i i | |||
I j SEPERATED BY: RELAYS REQUIRED FOR UNIT 1 SAFE SHUTDOWN EQUIPMENT 3 RELAYS REQUIRED FOR UNIT 2 SAFE SHUTDOWN EQUIPMENT l SORTED BY: OUTLIER REASON i PANEL 4 CONTACT 1 | |||
1 i | |||
1 4 | |||
1 i | |||
J | |||
1 i | |||
l | |||
', ATTACHMENTO PAGE 1 OF 1 | |||
! PROPOSED RESOLUTION OF OUTLIERS i | |||
: CAPACITY EXCEEDED BY DEMAND | |||
! Of the 126 relays for which demand was greater than capacity, a large number were located at l 4kV SWGR and mounted on the cubicle doors. The detailed circuit review performed initially has already classified these devices as essential and therefore SWGR GERS were not used. | |||
l The demand at some SWGR was so high that even the most rugged types of relays would fall. | |||
l Therefore, an attempt will be made first to justify a panel amplification factor lower than the l generic value of 7 which was used. Use of additional bracing at the SWGR will also be consdidered to reduce the amplification. | |||
j Panels 2251(2)- 86&87 contain approximately 25 outliers and are located near 4kV SWGR and j have been assigned the same generic amplification factor of 7. Therefore, the demand at the panel must be reduced. Analytical techniques should significantly reduce the ampitfication factor j and thus the demand of the panel. Structural reinforcement will only be considered if this is not | |||
; enough. | |||
Approximately 30 outliers are located in panels 2201(2)-32 which will most likely require | |||
! Improvements to the mounting of the panel itself. This improvement should sufficiently reduce j demand for most of these relays. | |||
! For the remaining " capacity exceeded" outliers, an attempt will be made to reduce the panel | |||
; amplification factors or a reevaluation of the circuit will be performed to determine if the lo0ic | |||
; allows other screenable relays to be made essential and the outlier made " chatter acceptable." | |||
! Panel and/or relay modification will be considered if this fails. | |||
CAVEATS NOT MET A total of 21 devices for which GERS were available did not meet the required caveats. Six of these were NEMA 5 contactors and therefore the contactor GERS could not be used. The remaining devices will need time dial setting changes or replacement of subcomponents to qualify for use of the GERS or seperate testing of the device will be required. These remaining devices are located at 4kV SWGR though, and therefore may not have sufficient capacity once the GERS are used and would then be resolved with the other outliers at the SWGR. l NO GERS ! | |||
A large number of the 106 relays for which GERS are not available can be grouped into several types of similar relays. For these groups, existing test data will be searched for or the specific relay type will be sent for testing. For smaller groups of outliers with no GERS, the circuits can be looked at again to determine if different relays which are screenable could be made essential to allow the outlier contact to chatter while maintaining the required function of the safe-shutdown equipment. Any available test data for the smaller groups will also be persued. | |||
Replacement of relays is an option if the methods above do not work or if it is more cost j effective than testing of a single outlier. | |||
SQUG OUTLIERS UNIT 1 EQP.10 AD CONTACT MFGR TYPE MODEL ENER NO/NC SWCR 14-1,1426 PANEL MTG COMMENTS OUTUER REASON CX GE HMA111 12HMA111 A2 N NO 1426 JB Y 125VDC 14)203-3A-RV 287-107A GE HFA151 n=J Opexceeded 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 14rM)3-38-RV 287-107A GE r=, _ pemonadad HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 1-0203-3C-RV 787-107A c 2paur== dad GE HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO cortacts e ==rp ammedad 1-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 14P03-3E-RV 287-107A GE r=,- ry exceeded HFA151 12HFA151A2H N NO 2201-32 Y 1-0203 3A-RV 125 VDC ,6 NO contacts c;- | |||
Op aimaded 287-107B GE HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 1-0203-3B-RV 287-107B GE HFA151 12HFA151A2H N r==ri enemaded NO 2201-32 Y 125 VDC ,6 NO contacts c-- | |||
1-0203 3C-RV 287-107B GE rp emmedad HFA151 12HFA151A2H N NO 2201-32 14)203-3D-RV Y 125 VDC ,6 NO contacts r= --ryexceeded 287-107B GE HFA151 12HFA151A2H N NO 2201,32 Y 125 VDC ,6 NO contacts c= | |||
1 0203-3E-RV 287-1078 GE :p exceeded HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO cortacts Capar*y aur== dad 125 VDC, part of nernepiste was actueNy cowred 14)203-3A-RV 287-114A GE but can be soeumed to be correct bened on HGA11 12HGA11J52 N NO 2201-32 Y w.v ;-uri to =y- --a r;t,;. C= - :yenceeded 125 VDC, part of nameplete was actueNy covered 1020MC-RV 287-114C GE HGA11 12HGA11J52 txA can be assumed to be corred bened on N NO 2201-32 Y wire to =h --e relays. c -:--rp exceeded 125 VDC, part of nameplate was actueNy covered 1-0?O3-3D-RV 287-1140 GE w can be assumed to be corred bened on HGA11 12HGA11J52 N NO 2201-32 Y 1-0203-3E-RV 287-114E componeon to =E 2--d i;t,;. n=--rp exceeded GE HGA11 12HGA11J52 N NO 2201-32 Y 125 VDC c -; :pemmeded 125 VDC, part of nameplete was actuoNy covered 14P03-3A-RV 287-115A GE but can be assurred to be corred bened on HGA11 12HGA11J52 Y NO 2201-32 Y m wi-o . to - '--- - e r;b,;. c= :peno== dad 125 VDC, part of nomeplete was actueNy covered 1-0203-38-RV 287-1158 GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y m r w-, 4 to ' - - a r;ti a CW .i.cayexceeded 125 VDC, part of nameplete was actueNy covered 14P03-3C-RV 287-115C GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y w,.w M to '- --e i;%,;. C= riexceeded 125 VDC, part of nameplate was actuaNy covered 1-0203-3D-RV 287-115D GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y w.,v 6 to *- -e i;Oi . n= pexceeded 125 VDC, part of nameplate was actualP; covered 14n03-3E-RV 287-115E GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y w..wimon to w:pmd relays. | |||
1-0203 38-RV 287-1228 A-M C-g+3pexceeded L EGFD EGPD002 N NO 2201-32 Y 125 VDC n= :paarandad 1-0203-3C-RV 287-122C Agastat EGPD EGPD002 N NO 2201-32 Y 125 VDC C= ry encanded 14P03-38-RV 287-1238 Ag- d : EGPD EGPD002 N NO 2201-32 Y 125 VDC r=-- ri exceeded 1-0203-3C-RV 287-123C AC c2 EGPD EGPD002 N NO 2201-32 Y 125 VDC c--;+ Mi exceeded 1/R-5727 6600-HFA1 GE HFA151 12HFA151A2H N NC 2212-127 Y 125 VDC,3 NO13 NC re-*y exceeded Page 1 Of 15 | |||
SQUG OUTLIERS UNIT 1 AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS 1G-5727 6600-HFA2 GE OUTLIER REASON HFA151 12HFA151A2H N NC 2212-127 Y 125 VDC,5 NO f 1 NC 1/2-5727 6600-TDR1 C - rp=w== dad Ag : ^ ETR ETR14038003 N NC 2212-127 Y 125 VDC, TkT4 s .55-15 see n--; ry esaceeded SWGR 13-1,1321 181Y GE HFA151 12HFA151A2H N NO/NC 2212-45 Y 125 VDC ,3 NO / 3 NC c= | |||
SWGR 14-1,1429 181Y-DG1 rp aw== dad GE HFA151 12HFA151A2H N NO/NC 2251-10 Y 125 VDC,3 NO 13 NC P- = r y aw== dad 1/2-6601 127-3-813-1 ABB ITE27 ITE-27N N NO 2251-86 Y Cat 411T4375-HF-L, Trne del x^^L s = 5 C -- = ry a-== dad 1G-6601 127-4-813-1 ABB ITE27 ITE-27N N NO 2251-86 Y Cat 411T4375-HF-L. Time del setting = 5 C= ry a-==d=d SWGR 13-1,1321 27XTD-13-1 Ac 2 ^ ETR ETR14D3B N NO 2251-86 Y 1G-6601 427Y1-13-1 125 VDC. TL-a s .55-15 see C=- ry enc == dad A. M EGPD EGPD 2251-86 Y 125 VDC c-1/2-6601 459X1-13-1 Agastat ry e-== dad EGPD EGPD Y NO 2251 4 6 Y 125 VDC r= = ry =w== dad 1 G-6601 TDR-13-1 A-^2 ETR C ETR1403N N NO 2251-86 Y 125VDC TL,-sv 1-30 min c= r y aw== dad 1-6601 127-3-B14-1 ABB ITE27 ITE-27N N NO 2251-87 Y Cat 411T4375-L-HF-DP, Trne deel setting = 5 1-6601 127-4-814-1 ABB 0 = Fyemoeeded ITE27 ITE-27N N NO 2251-87 Y 1-6601 Cat 411T4375-L-HF-DP, Time deel x^^-.s = 5 c= -r y awandad 152-1429X Ac ^4 EGPD EGPD Y NC 2251-87 Y 125 VDC C = rp ===adad SWGR 14-1,1429 27XTD-14-1 Ag | |||
^ | |||
ETR ETR14038 N NO 2251-87 Y 125 VDC, TLT4-g .55-15 see C = = r y==== dad 1-6601 427X1-14-1 AL ^2 EGPD EGPD 2251-87 Y 125 VDC C=- -. ry onceeded 1-6601 459X1-14-1 Agostat EGPD EGPD Y NO 2251-87 Y 125 VDC 1-6601 TDR 14-1 r = rpexceeded Ac=^^ - | |||
ETR ETR14D3N N NO 2251-87 Y 125VDC, TLTas 1-30 min 1/2-E601 127-3-B23-1 ABB ITE27 C- .= r yaurandad ITE-27N Y NO/NC 2252-86 Y r==r y exceeded 1 0-6601 Cat 411T4375-1.-HF-DP, Trne dial x^^.s = 5 127-4-823-1 ABB ITE27 iTE-27N Y NO 2252-86 Y Cat 411T4375-L-HF-DP, Time disi setting = 5 r = = r 1G-6601 427Y1-23-1 A;- - ^ ^ y aw==d=d EGPD EGPD 2252-86 Y 125 VDC 1G-6601 459X1-23-1 A2^ EGPD P==r y enceW EGPD Y NO 2252-86 Y 125 VDC C=-~ r =- -- '( | |||
y 1G-6601 TDR-23-1 Agostat ETR ETR14D3N N NO 2252-86 Y 125VDC, TkTa s 1-30 min, set at Smin. per S/D SWGR 13-1,1321 1430-108A GE c==ryour==d=d HFA151 12HFA151A2H N NO/NC 90142 Y 125 VDC,4 NO 12 NC 1-02033A-RV R10738 GE c=-.fy exceeded CR120BD CR120BD020 N NO 901 32 Y NONE c= = ry me== dad 1-0203-38-RV R10738 GE CR120BD CR120BD020 N NO 901-32 Y NONE 1-@03-3C-RV R10738 GE C = = ry a-== dad CR120BD CR120BD020 N NO 901-32 Y NONE 1-Q?O3-3D-RV R10738 GE C = r y==randad CR12000 CR120BD020 N NO 901-32 Y NONE r= ry exceeded 1-0203-3E-RV R10738 GE CR120BD CR120BD020 N NO 901-32 Y NONE 1 6601 1430-112BX GE r.2 _-r,aurandad CR120BD CR1200D021 N NO 901-33 Y NONE 1-6601 1430-1268 GE HFA151 12HFA151A2H n== ri mw== dad N NC 901-33 Y 125 VDC,4 NO / 2 NC C=-- ry exceeded Could not remove cover to see nameplete but model # can be assumed to be ooryoct bened on SWGR 13,1312 SWGR 13 visuali v 6crito HEA reinyin SWGR 14, 186-1309 GE HEA618 12HEA618235 N NO/NC (10) Y cub 13. C2 --afexceeded Could not remove cover to see namepiste but model # can be assumed to be correct bened on SWGR S3,1312 SWGR 13 v isualcompenson to HEA relayin SWGR 14, 186-1312 GE HEA618 12HEA61B235 N NO/NC (13) Y cub 13. c= =ry exc== dad Page 2 of 15 | |||
I i | |||
SQUG ' | |||
OUTLIERS UNIT 1 AD EQP.10 CONTACT MFGR TYPE MODEL ENER NOMC PANEL MTG COMMENTS OUTLIER REASON i Coued not remove cover to ese nomspisse but model f can be moeumed to be correct bened on i SWGR 13 visualcompenson to HEA relayin SWGR 14 SWGR 13-1,1327 186-1312 GE HEA618 12HEA618235 ; | |||
N NO/NC (13) Y cub 13. e- 2 ====d=d Could not remove cover to see nameplete but ; | |||
model f can be monumed to be arrect bened on SWGR 13,1312 SWGR 13 visual compenson to HEA rainy in SWGR 14, 186-1303 GE HEA618 12HEA618235 N NO/NC (3) Y cub 13. e r --==d=d SWGR 13,1312 SWGR 13 127-813X1 GE HFA151 12HFA151A2H N NO i Y | |||
(4) | |||
SWGR 13 t25 VDC ,6 NO conlaces | |||
: c. r; ===== dad 112-0801 127-813X3 GE HFA151 12HFA151A2H N NO Y 125 VDC,5 NO /1 NC (4) e. % ====d=d Could me remove cover to see namspeete tad model # can be monumed to be correct bened on SWGR 13-1 visual correartoon to HEA relay in SWGR 14, 1/P.-6801 186-DG 1/2 GE HEA618 12HEA618235 N NC (1) Y cub 13. Capacity ==== dad Could not remove cover to see namspises but model # con be soeumed to be correct bened on SWGR 13-1,1321 SWGR 13-1 visual compartoon to HEA relay in SWGR 14, 18tMX31/2 GE HEA618 12HEA618235 N NO/NC (1) Y cub 13. | |||
P-- 9 ==== dad SWGR 13-1,1321 SWGR 13-1 AR 152-1321 Agnalet EGPD EGPD003 N NO (1) Y 125 VDC e - | |||
ri====d=d SWGR 13-1,1321 SWGR 13-1 ASR-1/2-1 GE HGA11 12HGA11J52 N NC (1) Y 125VDC e-9 ==== dad SWGR 13-1 1/2-6801 127813-1X1 GE HFA151 12HFA151A2H N NO (2) Y 125 VDC ,5 NO /1 NC e S ==== dad SWGR 13-1,1321 SWGR 13-1 127B13-1X2 GE HFA151 12HFA151A2H N NO (2) Y 125 VDC ,6 NO coniecto e 2; ====d=d SWGR 13,1312 SWGR 13-1 127813-1X3 GE HFA151 12HFA151A2F Y NO (2) Y 125 VDC,4 NO / 2 NC e, ri ==== dad SWGR 13-1 SWGR 93-1,1321 150SD 1/2X3 GE HFA151 12HFA151A2H Y NO (2) Y 125 VDC ,6 NO contacto e r; ==== dad Could not remove cover to see namspiele but model # con be soeumed to be correct bened on SWGR 13,1312 SWGR 13-1 v isual companoon to HEA relay in SWGR 14 i | |||
186-1327 GE HEA61B 12HEA61B235 N NC (8) Y ce 13. e-- | |||
9 --== dad Could not remove cover to see nameplete but model # can be monumed to be conect beood on SWCR 13-1,1321 SWGR 13-1 v isual compenson to HEA relay in SWGR 14, 186 1327 GE HEA61B 12HEA618235 N NOINC (8) Y cub 13. r . N ==== dad Page 3 of 15 | |||
i SQUG OUTLIERS UNIT 1 l AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON Could not remove cover to see nomeplete tmA model # can be eseumed to be correct booed on SWGR 13-1 visual componeon to HEA reioy in SWGR 14, i SWGR 13-1,1327 186-1327 GE HEA61B 12HEA61B235 N NO/NC (8) Y cub 13. e ; -r; ====n8=re Could not remove cover to see nameplete but l | |||
model # can be eseumed to be correct bened on SWGR 14 visual comparison to HEA relay in SWGR 14, SWGR 14-1,1427 186-1410 GE HEA618 12HEA618235 N NO/NC (11) Y cub 13. C ri ==n.=,eare Could not remove cover to see namepiele but model # can be neoumed to be correct booed on i SWGR 14 vieuoicomparison to HEA relayin SWGR 14, SWGR 14,1410 186-1410 GE HEA61B 12HEA618235 N NO/NC (11) Y cub 13. c= rj ====nenne l | |||
SWGR 14 SWGR 14,1410 186-1412 GE HEA61B 12HEA61B235 N NO/NC (13) Y N/A C==ry ==r==renne SWGR 14 1-8801 127-814X1 GE HFA151 12HFA151A2H N NO (5) Y 125VDC,8 NO coniects c--;--r ===arente y | |||
SWGR 14 1 8801 127-814X3 GE HFA151 12HFA151A2H N NO (5) Y 125 VDC,5 NO /1 NC c==rp ==r== read ; | |||
SWGR 14 SWGR 14,1410 127-814X3 GE HFA151 12HFA151A2H N NO (5) Y 125 VDC,5 NO /1 NC C=--ri munmaremet Could not remove cover to see nomeplete but model # can be eseumed to be correct bened on SWGR 14 visual companoon to HEA relay in SWGR 14, SWGR 14,1410 186-1405 GE HEA61B 12HEA618235 N NO/NC (6) Y cub 13. "= 2 a===remse 7 | |||
Could not remove cover to see nomeplete tmA model # can be enoumed to be corred booed on SWGR 14-1 visual comparison to HEA relay in SWGR 14 SWGR 14-1,1429 186-DG1 GE HEA61B 12HEA61B235 N NO/NC (10) Y cub 13. O== ri ==r==neari Could not remove cover to see nomepiele but model # can be eseumed to be correct beoed on SWGR 14-1 visual compartoon to HEA relayin SWGR 14, 1-8801 186-DG1 GE HEA618 12HEA618235 N NC (10) Y cub 13. O; -27 ====r8=d SWGR 14-1 SWGR 14-1,1429 ASR-1 GE HGA11 12HGA11J52 Y NC (10) Y 125VDC e M emceeded Could not remove cover to see nomepiele but model # can be soeumed to be correct bened on SWGR 14-1 vieuoi comperleon to HEA relay in SWGR 14, SWGR 14,1410 186-1427 GE HEA61B 12HEA61B235 N NC (7) Y cub 13. C-- . rp ===arand Page 4 of 15 | |||
SQUG OUTLIERS UNIT 1 AD EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON Could not remove cover to see namepiste but model # can be assumed to be corred based on SWGR 14-1 visual cor9penson to HEA relay in SWGR 14, SWGR 141,1427 186-1427 GE HEA61B 12HEA61B235 N NO/NC (7) Y cub 13. C= riaur=aded Could not remove mver to see namepiste but model # can be assumed to be correct bened on SWGR 141 visual comparison to HEA relay in SWGR 14 SWGR 14-1,1429 186-1427 GE HEA618 12HEA61B235 N NC (7) Y cub 13. C - _:y ==rmad=d SWGR 14-1 1-8801 127-814-1X1 GE HFA151 12HFA151A2H N NO (9) Y 125 VDC,5 NO /1 NC c = = r y==rmaded SWGR 14-1 SWGR 14,1410 127-8141X3 GE HFA151 12HFA151A2H N NO (9) Y 125 VDC,4 NO / 2 NC C==r ==readed y | |||
SWGR 14-1 SWGR 14-1,1426 127814-1X2 GE HFA151 12HFA151A2H N NO (9) Y 125 VDC,5 NO /1 NC C = =_r y ==r== dad SWGR 14-1 14801 127B14-1X3 GE HFA151 12HFA151 A2H N NO (9) Y 125 VDC,4 NO / 2 NC C 5= r y ==r== dad SWGR 19 SWGR 18,1851 TDOD Agostet 7022 E7022AD003 Y NC (192A) 120VAC, Time ie,5-50 sec. r== ry exceeded SWGR 19 SWGR 19,1951 TDOD Agostet 7022 E7022AD003 Y NC (192A) 120VAC, Time w@ 5-50 sec. C = --:yaur== dad SWGR 23 1/2-8601 127B23X1 GE HFA151 12HFA151A2H N NO (10) Y 125 VDC ,6 No contacts C--2 ==rmaded 7 | |||
SWGR 23 1/2-8801 127823X3 GE HFA151 12HFA151A2H N NO (10) Y 125 VDC ,5 NO /1 NC Capacity ==raaded SWGR 23-1 SWGR 13-1,1321 AR-152-2329 Agostet EGPD EGPD003 N NO (10) Y 125VDC e- ry ==raad=d SWGR 23-1 1/2-8601 127823-1X1 GE HFA151 12HFA151A2H N NO (9) Y 125VDC ,5 NO /1 NC C ,--_sy ==randad SWGR 23-1 1/2-8001 127B23-1X4 GE HFA151 12HFA151A2H N NO (9) Y 125VDC ,3 NO / 3 NC C -;- _:y eur== dad Capacty exceeded, 1-0203-3B-RV 287-1148 GE contact con 6g not HGA111 12HGA111J2 2201-32 Y 125 VDC -"T4 ' | |||
SWGR 13-1 Capacity eso== dad 1/2-8801 127B13-1X4 GE HFA151 12HFA151A2H N NO (2) Y 125 VDC ,2 NO / 4 NC more than 3 NC MCC 18/59,5 SWGR 18,1851 CR19B Capacity margine#y GE HFA151 12HFA151A2H Y 125VDC,5 NO /1 NC N NO/NC (03) e=randad MCC 18/19-5 Capacity merginally SWCR 19,1951 CR19B GE HFA151 12HFA151A2H N NO/NC (D3) Y 125VDC,5 NO /1 NC exceeded Page 5 of 15 | |||
- _ _ _ _ _ _ _ _ _ -= | |||
SQUG OUTLIERS UNIT 1 EQP.ID AD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON 1/2-5201-SO 127 FO 115VAC , Mounhng screws were not visible and Cnntact conag not GE HGA11 12HGA11H70 2212-50 therefore +_'-r_=8* could not be venfied - -T---j 125VDC,6 NO contacts, adequate mounting of SWGR 13,1303 ATIR GE reiey to piste but piele to pensi mounnna could not Coreactconne not HFA151 12HFA151A2H EC -8 be venfied. - -'_ | |||
SWGR 13-1,1325 SWGR 13-1 151N GE PJC11 12PJC11AV1A Either GERS don 1 , | |||
N NO (6) Y Could not find tune dial e or cap suceed | |||
* SWGR 14-1,1423 SWGR 14-1 151N GE PJC11 12PJC11AV1A Either GERS dont N NO (3) Y Could not find time dial apply or cap ===ad SWGR 18,184C 1/2-3903-3A/b Contactor style : 2045A41G ; Mech style : | |||
WESTINGHOUSE GCA GCA 530 N NC 2251-100 Y 2050A15G, NEMA SIZE 5 NEMA 5 SWGR 18,184C 1/2-3903-3N Contactor style : 2045A40G ; Mech sepe : | |||
WESTINGHOUSE GCA GCA 530 N NO 2251-100 Y 2050A15G, NEMA SIZE 5 NEMA 5 Model # shown was stamped on namepiele on beckpiele between contactor 3A & 3N; Contactor SWGR 19,196A 1-3003-3A type,GCA530; Cont style 2045A40G; NEMA size WESTINGHOUSE A211K5 N NO 2251-98 Y 5; Mech style,2050A15G NEMA 5 Model e shown was stamped on namepiele on P between contactor 3A & 3N; Contactor SWGR 19,196A 1-3903-3Alb type,GCA530; Cont style,2045A40G; NEMA size WESTINGHOUSE A211K5 N NC 2251-98 Y 5; Moch style,2050A15G NEMA 5 Model s shown was stamped on non=rd=8= on har*r e ssebetween contactor 3A & 3N; SWGR 19,196A 1-3003ON A200MSCX, 2045A41 G03; Model J; Mfgr code WESTINGHOUSE A211K5 Y NO 2251-98 Y C931206; NEMA size 5 NEMA 5 Model # shown was stamped on non=r eman on backplate between contactor 3A & 3N; SWGR 19,196A 1-3903-3N/b A200M5CX, 2045A41 G03; Model J; Migr code WESTINGHOUSE A211K5 Y NC 2251-98 Y C931206; NEMA size 5 NEMA 5 SWGR 13,1312 SWGR 13 187BTA GE UD53C 12WD53C11A N NO (13) Y Time dial setting = 1, No "Hi-G" on device No "Hi-G" SWGR 131,1327 SWGR 13 187BTA GE UD53C 12WD53C11 A N NO (13) Y Time dial setting = 1, No "HLG" on device No*HbG" SWGR 13,1312 SWGR 13 187BTB GE UD53C 12WD53C11 A N NO (13) Y Time dial 4.y = 1 No "Hi-G" on device No "Hi-G* | |||
Page 6 of 15 | |||
SQUG OUTLIERS UNIT 1 AD EOP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON SWGR 13-1,1327 SWGR 13 187BTB GE UD53C 12WD53C11 A N NO (13) Y Trne del uns = 1 No "Hi-G* on device No "Hi-G* | |||
SWGR 13,1312 SWGR 13 187BTC GE UD53C 12WD53C11 A N NO (13) Y Trne del wev = 1 No "Hi-G" on device No"HLG" SWGR 13-1,1327 SWGR 13 187BTC GE UD53C 12WD53C11 A N NO (13) Y Trne dial n5 g = 1, No "Hi-G" on device No "Hi-G* | |||
SWGR 14-1,1427 SWGR 14 187BTA GE UD53C 12WD53C11 A N NO (11) Y T.D. asi = 1.2, No "Hi-G" on device No"HLG* | |||
SWGR 14,1410 SWGR 14 187BTA GE UD53C 12WD53C11 A N NO (11) Y T.D. _n y = 1.2, No "Hi-G" on device No "Hi-G" SWGR 14-1,1427 SWGR 14 187BTB GE UD53C 12UD53C11 A N NO (11) Y T.D. 20 g = 1.2, No "Hi-G" on device No"HLG" SWGR 14,1410 SWGR 14 187BTB GE UD53C 12WD53C11 A N NO (11) Y T.D. setting = 1.2, No "HLG" on device No"HLG* | |||
SWGR 14-1,1427 SWGR 14 187BTC GE UD53C 12WD53C11 A N NO (11) Y T.D. . .L g = 1.6, No *HLG* on device No*HLG" SWGR 14,1410 SWGR 14 187BTC GE UD53C 12WD53C11 A N NO (11) Y T.D. _n s = 1.6, No "Hi-G* on device No"HLG* | |||
Mounted drectly to pipin0 (1/2-5211-4) at 1/2-5202 w4 __._; 8' off of floor in DG 1/2 day tank 1/2-5201-SO LS 1/2-5241-5 MAGNETROL A-103F-EPNP DAY TNK Y room No GERS Could not verify MFGR frorn namepiste ; | |||
AE30302398,1 A-125VAC ,2A-2BVDC ; coil is 125VDC 115VDC ; Not sure how relay (K1) is mounted on 125VDC CHGR #1 DSHs2 K2-YT-115V-9 CHGR #1 cht board but board is ' - , mounted. No GERS 125VDC 125VDC CHGR #1 TIMER ZENITH CHGR#1 Y interval timer, Cat # 1417 ; 15A,120VAC No GERS 2A,28VDC or 120VAC; Not sure how relay (K1) is 125VDC mounted on ckt board but board is adequately 125VDC CHGR #1 A DSHf2 SIGMA 70RE22-1100C CHGR#1A rnounted No GERS 125VDC 125VDC CHGR stA TIMER ZENITH CHGR #1 A Y interval twner, Cat # 1417 ; ISA,120VAC No GERS 10203-3A-RV CR Ward Leonard Elec 130-4420 2201-5 N 24 VDC coit : Mesang 1 of 2 mot-6, w- No GERS 1-0203-38-RV CR Ward Leonard Elec 130-4420 2201-5 Y 24VDC coit No GERS 1-0203-3C-RV CR Ward Leonard Elec 13(M420 2201-5 Y 24VDC coit No GERS 1-0203-3D-RV CR Ward Leonard Elec 1304420 2201-5 Y 24VDC coil No GERS Page 7 of 15 | |||
SQUG OUTLIERS UNIT 1 EQP.lO AD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG CORSAENTS OUTUER REASON 142030E-RV CR Word Leonard Elec 130-4420 2201 4 Y 24VDC cell 1-1001-34A-MO US 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1-1001-348-MO US 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1-1001-36A-MO LIS 10263-72A YARWAY No GERS 4418C 2201-5 Y 1-1001-368-MO LIS 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1 130141-MO LIS 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1-2301-3-MO US 14263 72A YARWAY No GERS 4418C 2201-5 Y 14801 US 14263-72A YARWAY No GERS 4418C 2201-5 Y 1/24801 LIS 1-0263-72A YARWAY No GERS 4418C 2201-5 Y SWGR 13-1,1324 US 1-0263-72A YARWAY No GERS 4418C 2201-5 Y SWGR 13-1,1328 US 14263 72A YARWAY No GERS 4418C 2201-5 Y SWGR 14-1,1424 US 14263-72A YARWAY No GERS 4418C 2201-5 Y SWGR 14-1,1428 US 14263-72A YARWAY No GERS 4418C 2201-5 Y 1-8801 US 1-0263-72C YARWAY No GERS 4418C 2201-5 N 1/2-8801 US 1-0263-72C YARWAY 4418C "is 1 of 4: --. .Ls bo8s No GERS 2201-5 N leasing 1 of 4 m t-s bo8s 1-1001-34A-MO US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y 1-1001-348-MO LIS 10263-728 YARWAY No GERS 4418C 2201 4 Y 1-1001-38A-MO US 14263-728 YARWAY No GERS 4418C 2201 4 Y 1-1001-368-MO US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y 1-130141-MO US 1-0263-728 YARWAY 4418C No GERS 2201 4 Y 1-2301-3-MO US 10263-728 YARWAY No GERS 4418C 2201 4 Y 1-8801 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y 1/24801 US 10283-728 YARWAY No GERS 4418C 2201 4 Y SWGR 13-1,1324 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y SWGR 13-1,1328 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y SWGR 14-1,1424 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y SWGR 14-1,1428 US 14263-728 YARWAY No GERS 4418C 2201 4 Y 1-8801 US 1-0263-720 YARWAY No GERS 4418C 2201 4 Y 1/2-8801 US 1-0263 72D YARWAY No GERS 4418C 2201 4 Y 1-10014!9A-MO dPIS 1-261-33C BARTON 288 No GERS 288-3861 2201-7 Y N/A 1-1001-29EMAO dPIS 1-261-34C BARTON 288 No GERS 288-3861 2201 7 Y N/A 1-1001-29A-MO dPIS 1-261-340 BARTON 288 No GERS 288-3858 2201 4 Y N/A 1-1001-291HAO dPIS 1-261-34D BARTON 288 No GERS 288-3858 2201 4 Y N/A 1G-8801 US 2-0263-72A YARWAY No GERS 4418C 2202-5 Y 1G-8801 US 2-0263-72C YARWAY No GERS 4418C 2202-5 Y 1/2-8801 LIS 2-0263-728 YARWAY No GERS 4418C 2202 4 Y 1/2-8801 US 2-0263-72D YARWAY No GERS 4418C 2202 4 Y No GERS HACR-IV(sy Me - | |||
SWGR 13-1,1321 HACR-IV reley) N NO 2212-123 Y Range 120V / t (4*- 10*) No GERS Page 8 of 15 | |||
-- . . - _ - - - - - . - . - . . - . . - - - - - - . - . . . . - ~ - - - - - . . - - - - - - . - - - - - - - - - . . - _ - . - - . . - - .. . | |||
b SQUG OUTUERS UNIT 1 ' | |||
AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COhmAENTS OUTUER REASON Closing volts % of top : left 100, right 0 ; 199VAC , | |||
SWGR 13-1,1321 150 DG 1/2 GE lAV51D 12iAV51D1A N NO 2212-45 Y Time dial asiting = 5 9 f | |||
No GERS L Close lolt 55, Close right 50 ; 115 VAC ; Aux i SWGR 13-1,1321 controlis 125VDC ; 1 of 6 mountmg screme le 181-CFF GE CFF 12CFF14B21A Y NO/NC 2212-45 N loose. No GERS SWGR 13-1,1321 This relay le e out> component of device 181-CFF I 181A N NO 2212-45 (model 812CFF14821 A) No GERS SWGR 13-1,1321 192-DG 1/2 GE ICW 121CW51A1A l N NO 2212-45 Y 120 VAC,3.5A , T.D. setting = 2.6 ; pickg 1540 No GERS , | |||
Relay "T" is a T.D. rainy which appears to be a I | |||
= ' ' | |||
SWGR 13-1,1321 T ..~2 of device 181-CFF bened on the N NO 2212-45 S/D. No MRS GM Electro 44ctive 385H1082-01 BY VAPOR 1/2-8801-EXC 52W Ovvision CORP N NO 2212-46 Y 120 VDC,5A, EMD 8370794 No GERS 112-8801-EXC ER MmD 7001 PO4-S3 8263337 LV N NO 2212-46 Y No GERS 120 VDC *es, NEMA Size 2. EMD 8288736' 1/2-8801-EXC EXC Square D 8504 EQ1281-G2, SERIES A 1 | |||
N NO 2212-46 Y 70880l>.0 JV No GERS 1/2-8801-EXC FFC MrD 8504 EQ-1985-G13 N | |||
' NO 2212-46 Y 120 VDC coil, EMD 8284295; 708810 A MV No GERS 1/2-8801 FSR M- ; D 7001 PO4 S2 8289705 MV j | |||
N NO 2212-48 Y SWGR 13-1,1321 No GERS i FSR MmD 7001 PO4 S2 8289705 MV N NC 2212-46 Y No GERS 1/2-8801 Part of ASCO autotransfer swAch panel ; 10-417-i IV 2212-46 Y 444 on cod; no actual nameplete date No GERS i 1/2-8801 Part of ASCO autobeJefer match panel; 10-417-LO 2212-46 Y 444 on ces; no actual nameplete date No GERS OHMITE MFG CO ! | |||
1/24801-EXC 125 VDC, Circuit D-92400 Die 956 ; Appreu MRV (Motor Drive Delo) 57029 NC 2212-46 Y traverse time = 16 sec. No GERS GM Electro 44otrue 3853-0082 41 BY VAPOR 1/2-8801 SDR DMelon CORP Y NO 2212-46 Y 120 VDC,5A, EMD 8370794 No GERS GM Electro 4diative 385M1082-01 BY VAPOR SWGR 18,184C SDR Division CORP Y NO 2212-46 Y 120 VDC, SA, EMD 8370794 No GERS 1/2-8801 Part of ASCO autotransfer ownch panel ; 10-417-SE 2212-46 Y 444 on coE; no actual nameplete date No GERS i | |||
SWGR 14-1,1429 199VAC ; Time dial estung = 6 : Cloem0 volts % of 150-DG1 GE lAV51D 12tAV51D1 A N NO 2251-10 Y top = 100 left. O right No GERS SWGR 14-1,1429 181-A This relayle a eutur ;of device 181-CFF i | |||
N NO 2251-10 (model812CFF14821 A) No GERS 115VAC, aux ctri ekt 125VDC ; close lost 55, SWGR 14-1,1429 181-CFF close rigM 50 ; no time dial ; Only 4 of 6 mounting GE CFF 12CFF14821A N NO/NC 2251-10 N w InsteNed and 1 of these 4 is not ^,J No GERS Page 9 Of 15 | |||
i t | |||
EQUG i OUTUERS UNIT 1 AD EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG CORA4ENTS OUTLIER REASON SWGR 14-1,1429 192-OG1 GE ICW 12tCW51A1A N NO 2251-10 Y 120 VAC,3.5A : Time del meltmg = 2.2 No GERS Relay "T'' is e T.D. relay which appeare to be e | |||
=^- .; of device 181-CFF bened on the SWGR 14-1,1429 T N NO l | |||
2251-10 S/D. No GERS Synchro check reiny ; Range : 120V / 2 (4* - 10') ; | |||
The HACR - IV rainy uses en *SCR" rulher than e SWGR 14-1,1429 HACR-IV HACR - IV 2251-112 Y c.;., cordect No GERS EhM1267274,150A DC ; Cell: AC Mig co,14-182 1-8801-EXC 40-OC A8s Chalmero 291M N NO 2251-12 Y 573 No GERS CLASS 1-81101 EXC ER Square D 7001 EMD 8263337FV PO4 N NO 2251-12 Y Type Pod G38263337FV No GERS CLASS Series A; Form EMD 8286738; NEMA elas 2 ; | |||
1-8801-EXC EXC Square D 8504 EQ-1281-G2 N NO 2251-12 Y 196418 A DV; cod:120VDC, S8V2885S1 W2B No GERS CLASS Form EMD 8284295; 708000-A JV ; cod : 120 1-8801-EXC FFC Square D 8504 EQ-1985-G13 N NO 2251-12 Y VDC,7 2885S128 No GERS CLASS Class 7001, Type PO6 ?? G2 (actual type hard to 1-8001 FSR Square D 7001 EMD 8289705FV N NO 2251-12 Y read on nameptete due to much interference) No GERS C1 ASS Class 7001 Type PO6 ?? G2 (actual type hard to 141801-EXC FSR Square D 7001 EMO 8289705FV N NO 2251-12 Y read on nornared= due to mech interference) No GERS CLASS Class 7001 Type PO6 ?? G2 (octual type hard to SWGR 14-1,1429 FSR Square D 7001 EMD 8289705FV Y NC 2251-12 Y read on nameplete due to mech interference) No GERS OHMITE MFG CO 125VDC, Approu troverse time = 18 esc ; cid D-1-8801-EXC MRV (Motor Drive Delo) 57029 N NO 2251-12 Y 92400, dlag 56 No GERS G.M. Elodro. | |||
1-8801 SDR Molive DMeion winnR101 Y NO 2251-12 Y EMD 8370794 ;120V,5A No GERS G.M. Electro-SWGR 19,196A SDR Malhe DMolon w w -01 Y NO 2251-12 Y EMD 8370794 ; 120V,5A No GERS 2A,28VDC or 120VAC ; Not sure how relay (K1) 250VDC is mounted on cid board but board is WM 250VDC CHGR #1 DSH82 SIGMA 70RE22-110DC CHGR#1 mounted to penei. No GERS 250VDC 250VDC CHGR #1 TIMER ZENITH CHGR #1 Y Interval timer , Cet # 1417 ; 15A,120VAC No GERS 2A,28VDC or 120VAC ; Not sure how relay (K1) 250VDC is mounted on cid board but board is WM 250VDC CHGR #1/2 DSHt2 SIGMA 70RE22-110DC CHGR #1/2 mounted to y ;. No GERS Page 10 of 15 | |||
m.___._._._- _ - . _ _ _ _ _ . - _ _ - - - - . _ _ _ _ . . _ - - . ~ _ _ _ - - - . - _ . _ - _ - _ _ _ _ _ . _ . _ . - - . - - _ , . _ | |||
SQUG ! | |||
OUTUERS t | |||
; UNIT 1 AD I EQP.10 CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG CORS4ENTS ! | |||
OUTLIER REASON 250VDC ! | |||
250VDC CHGR sil2 TIMER ZENITH CHGR #1/2 Y intervel limer , Cet # 1417 ; ISA,120VAC No GERS 1-1001-29A-MO 10A-K40A GE CR120KT CR120KT01541AA N NO 901-46 Y Base uses F caps to hold in M No GERS 1-1001-298440 10A-K40A GE CR120KT CR120KT01541AA N NO 901-46 Y Bene unos pleene cape to hold in M No GERS i Part of nameplete wee ar*=sy covered but can be enoumed to be conect beood on compadoon to eqecent relays; home unos pimetic cEps to hold in ; | |||
1-1001-18A-MO 10A-K45A GE CR120KT CR120KT01541AA N NO 901-46 Y 9 No GERS Part of nameplete was actuesy covered but can be esoumed to be conect bened on compertson to aq==it relays; beso unos pleetic caps to hold in 1-1001-29A440 10A-K408 GE CR120KT CR120KT01541AA N NO 901-47 Y h. l No GERS Part of nameplete tous actuesy covered but can be , | |||
assumed to be corted bened on comporteen to | |||
=q=-it releys; bene uses pleetic cEps to hold in 1-1001-298440 10A-K408 GE CR120KT CR120KT01541AA N NO 901-47 Y h_ No GERS Part of nameplete was eclumsy covered but can be enoumed to be correct bened on comparison to e4ecert relays; bene uses planNc c$s to hold in 1-1001-188440 10A-K458 GE CR120KT CR120KT01541AA N NO 901-47 Y adar= No GERS | |||
, 901-49 ATS LO N NO Port of autotronefer owllch. | |||
901-40 (A03) No GERS 901-49 ATS SE Y NOMC 901-40 (A03) Port of endairenefer endich. No GERS t | |||
901-49 ATS TS Y NO/NC 901-40 (A03) Part of sulairenefer awhch. No GERS 901-49 ATS UV Y NO Part of aidotransfer enlich. | |||
901-49 (A03) No GERS 901-50 ATS IV Y NO 901-50 (A02) Part of sulatronsfer outch. No GERS 902-50 ATS LO N NO 901-50 (A02) Part of aidotransfer swAch. No GERS 901-50 ATS SE Y NOMC 901-50 (A02) Part of endotransfer enlich. No GERS , | |||
t 901-50 ATS TS N Part of autotransfer switch. | |||
NOMC 901-50 (A02) No GERS MCC 18/1966 ' | |||
SWGR 18,1851 81 ABB ITE81 ITE81 N NO ' | |||
(D3) Y Cet 422C1276 L, Time dlel sembig = 99 W No GERS MCC 18/19-5 ' | |||
SWGR 19,1951 81 ABB ITE81 ITE81 N NO (D3) Y Cet 422C1276-L, Time dial seeing = 99 W No GERS I | |||
Page 11 of 15 | |||
. . ~ . _ . . _ . _ _ . _ _ _ . . . - . - - ___.--_.-.__._...._m-_._... . _ . _ _ . . _ - . ~ _ . - . , - . . . . . _ - - _ _ - . . - . | |||
SQUG OUTUERS UNIT 1 AD EQP.10 CONTACT MFGR TYPE MODEL ENER NOINC PANEL MTG COMMENTS OUTLIER REASON SWGR 13 SWGR 13,1312 151A GE LAC 51A 12iAC51A101A N NO Y N/A (10) No GERS SWGR 13 SWGR 13,1312 151C GE IAC51A 12 LAC 51A101A N NO Y WA | |||
; (10) No GERS SWGR 13 SWGR 13,1312 151N GE BAC51A 12iAC51A3A N NO Y N/A (10) No GERS SWGR 13 SWGR 13,1312 151A GE LAC 51A 12 TAC 51A101A N NO (3) Y WA No GERS SWGR 13 SWGR 13,1312 151C GE LAC 51A 12 TAC 51A101A N NO (3) Y N/A No GERS SWGR 13 SWGR 13,1312 151N GE LAC 51A 128AC51A3A N NO (3) Y N/A No GERS SWGR 13 10 6 127-B13/1-2 GE BAV80A 12tAV50A1A Y NC (4* Y N/A No GERS SWGR 13 1(1-8801 127-B13/2-3 GE lAVORA 12tAVORA1A Y NC (4) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151A GE BAC51A 12 TAC 51A101A N NO Y N/A (1) No GERS SWGR 13-1 SWGR 13-1,1321 1518 GE BAC51A 121AC51A101A N NO (1) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151C GE LAC 51A 1:1AC51A101A N NO Y N/A (1) No GERS SWGR 13-1 1/2-8801 187-OG 1/2 WESTINGHOUSE SA-1 1329D82A01 D Y NO (1) Y 48/125 VDC,5 AMPS No GERS SWGR 13-1 SWGR 131,1321 187-DG 1/2 WESTINGHOUSE SA-1 1329082A01 D N NO (1) Y 48/125 VDC,5 AMPS No GERS SWGR 13-1 SWGR 13-1,1321 52Y N NO/NC (1) Could not vertfy No GERS SWGR 13-1 1/2-8801 127813-1/1-2 GE lAV80A 12iAV50A1A Y NC (2) Y N/A No GERS SWGR 13-1 1/2-8801 127B13-1/2-3 GE lAV80A 121AVeaA1A Y NC (2) Y N/A No GERS SWGR 13-1 1 of 4 acrews is not forquod enough to fiellen SWGR 13-1,1321 150SD 1/211-2 GE IAV50A 12tAV90A1A Y NO (2) N lockweeher No GERS SWGR 13-1 1 of 4 acrews is not torquod enough to lletten SWGR 14-1,1429 150SD 1/2 /1-2 GE IAV90A 12iAve9A1A Y NO (2) N lockweeher No GERS SWGR 13-1 SWGR 13-1,1321 150SD 1/212-3 GE BAV50A 12iAVeeA1A Y NO (2) Y N/A No GERS SWGR 13-1 SWGR 13-1,1323 52Y N NO (4) Could not verify No GERS Page 12 of 15 | |||
SQUG ' | |||
OUTLIERS UNIT 1 AD EQP.1D CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON SWGR 13-1 SWGR 13-1,1325 150/151A GE LAC 51B 12MC518113A N NO Y N/A (6) No GERS SWGR 13-1 SWGR 13-1,1325 150/151C GE LAC 51B 12 TAC 51B113A N NO Y N/A (6) No GERS SWGR 13-1 SWGR 13-1,1326 52N N NO (7) Could not venfy No GERS SWGR i3-1 SWGR 13,1312 151BLA GE LAC 51A 12 TAC 51A101A N NO Y N/A (8) No GERS SWGR 13-1 SWGR 13-1,1321 151BLA GE LAC 51A 121AC51A101A N NO Y N/A (8) No GERS SWGR 13-1 SWGR 13-1,1327 151BLA GE LAC 51A 121AC51A101A N NO (8) Y N/A No GERS SWGR 13-1 ! | |||
SWGR 13,1312 151BLC GE IAC51A 121AC51A101A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151BLC GE LAC 51A 121AC51A101A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1327 151BLC GE LAC 51A 12 TAC 51A101A N NO (8) Y N/A No GERS SWGK 13-1 SWGR 13,1312 151NBL GE LAC 51A 12 TAC 51A3A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1327 151NBL GE LAC 51A 12 TAC 51A3A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151NBL GE IAC51A 12 TAC 51A3A N NO Y N/A No GERS (8) | |||
SWGR 14 SWGR 14,1410 151A GE LAC 51A 121AC51A101A N NO (13) Y N/A No GERS SWGR 14 SWGR 14,1410 151C GE LAC 51A 12 TAC 51A101A N NO Y N/A No GERS (13) | |||
SWGR 14 SWGR 14,1410 151N GE LAC 51A 12 TAC 51A3A N NO (13) Y N/A No GERS SWGR 14 1-8801 127-B1411-2 GE lAVSGA 12tAV89A1A Y NO (5) Y N/A No GERS SWGR 14 1-8801 127-B14/2-3 GE lAV69A 12tAV89A1A Y NO (5) Y N/A No GERS SWGR 14 1-8801 127-B140-2 GE lAV63A 12iAV69A1A Y NO (5) Y N/A No GERS SWGR 14 SWGR 14,1410 151A GE LAC 51A 121AC51 A101 A N NO (6) Y N/A No GERS SWGR 14 SWGR 14,1410 151C GE LAC 51A 12iAC51A101A N NO (6) Y N/A No GERS Page 13 of 15 | |||
. - _ . ~ , _.. ~ . ,. - . - .- ~ ~. - -- - - - . - ~.-- - - .. . . - - - - . - - . - . - . . - - . ~ - . . - - . . - - - . . - . . . _ . - . - . . | |||
SQUG OUTUERS UNIT 1 AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON SWGR 14 SWGR 14,1410 15fN GE LAC 51A 121AC51A3A N NO Y N/A (6) No GERS SWGR 14-1 SWGR 161,1471 52Y Could not vertry (1) No GERS SWGR 14-1 SWGR 14-t,1429 151A GE IAC51A 121AC51A101A N NO Y N/A (10) No GERS SWGR 14-1 SGR 14-1,1429 1518 GE BAC51A 12 TAC 51A101A N NO Y N/A (10) No GERS SWGR 14-1 SWGR 14-1,1429 151C GE LAC 51A 12 TAC 51A101A N NO Y N/A (10) No GERS SWGR 14-1 SWGR 14-1,1429 187DG1 WESTINGHOUSE SA-1 1329082A01 D Y 48/125 VDC, SA,80 Hz (10) No GERS SWGR 14-1 1-8801 187DG1 WESTINGHOUSE SA-1 1329082A01 D Y NO Y 48/125 VDC,5A,60 Hz (10) No GERS SWGR 14-1 SWGR 14-1,1429 52Y N NO/NC (10) Could not wortfy No GERS SWGR 14-1 SWGR 14-1,1423 150f151A GE LAC 518 121AC518113A N NO Y N/A (3) No GERS SWGR 14-1 SWGR 14-1,1423 150/151C GE IAC51B 12 TAC 518113A N NO Y N/A (3) No GERS - | |||
SWGR 14-1 SWGR 14-1,1429 151BL(A) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS SWGR 14-1 l | |||
SWGR 14-1,1427 151BL(A) GE BAC51A 128AC51A101A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14,1410 151BL(A) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14-1,1429 151BL(C) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS i SWGR 14-1 SWGR 14,1410 151BL(C) GE BAC51A 121AC51A101A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14-1,1427 151BL(C) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS SWGR 141 SWGR 14-1,1429 151NBL GE LAC 51A 12iAC51A3A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14-1,1427 151NBL GE LAC 51A 12IAC51A3A N NO Y N/A (7) No GERS SWGR 14-1 SWOR 14,1410 151NBL GE LAC 51A 12 TAC 51A3A N NO Y N/A (7) No GERS SWGR 14-1 1-8801 127B14-1/1-2 GE BAV60A 125AV69A1A Y NC Y N/A (9) No GERS Page 14 of 15 | |||
SQUG OUTUERS UNIT 1 l | |||
EQP.10 AD l CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OURIER REASON 14801 SWGR 1+1 12781+1G-3 GE lAV8EE 121AV8BA1A Y NC ($ Y N/A NoGERS 3}WGR 1+1,1425 SWGR 1+1 150SD1-2 GE BAVOGA 12iAV80A1A Y NO (9) Y N/A | |||
_ No GERS SWGR 1+1,1423 SWGR 1+1 1596D1-2 GE BAWIGA 12iAV8kA1A Y NO (9) Y N/A No GERS SWGR 18,1819 SWGR 18 52X N NO/NC (182C) Could not My No GERS SWGR 18,1819 SWGR 18 52Y N NC (182C) Couldnc worify No GERS SWGR 18,1819 SWGR18 52Z | |||
[ N NO (182C) Could not verify No GERS SWGR 18,184C 52X SWGR18 (184C) Could not . -:", No GERS SWGR 18,1851 SWGR18 52X N NO (188A) CouM not vertfy , No GERS SWGR 19,1918 SWGR 19 52X N NO/NC (192C) Could not . #, No GERS SWGR 19,1918 SWGR 19 52Y N NC (192C) Could not .-.7, No GERS SWGR 19,1918 SWGR 19 52Z N NO (192C) Could not Ji No GERS SWGR 19,198A SWGR 19 52X Y NO (198A) Condd not vertfy No GERS SWGR 19,198A SWGR 19 52Y N NO/NC (198A) Could not -:^i No GERS 1G4801 SWGR 23 127823f1-2 GE lAVORA 12tAV8eA1A Y NC (10) Y Time dial selling = .9 : No "Hi-G" on device No GERS 1G4801 SWGR 23 127823f2-3 GE lAV894 12MV80A1A Y NC (10) Y Time dial esiling = 1 :No "HLG" on device No GERS 1G-8801 SWGR 23-1 127-1-823-1 GE IAV90A 12tAV8EA1A Y NC (9)- Y Time dial estling = .9 ; No "HkG" on namepiste No GERS 1G4801 SWGR 23-1 127-2-823-1 GE lAV60A 12iAV80A1A Y NC (9) Y Time dial settmg = 1.3 : No "Hi-G" on nameplete No GERS 125 VDC,100A,2W; SER 813478 Y; Moeinc 1G4801 TS some mounting brechets on side of trenefer avech ASCO 908 33 221248 N contact assemedy No GERS, mc60, 1G-5201-SO MCC 28-1A Could not see e namepiste but not ree8y e CR/a (A1) Y contactor Unimown type 1G-572P MCC 28-1 A CR N NO (A2) Y Could not ~ # type 7 of device from walkdoum Unimown type Page 15 of 15 | |||
SQUG GUTLIdRS UNIT 2 AD EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON 2-020MA-SO 287-107A GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contacts r =- ry ==r==d=d __ | |||
2420348-RV 287-107A GE HFA151 12HFA151A2H N NO 2202 4 2 Y 125 VDC ,6 NO contads 24203 3C-RV C M ==r== dad 287-107A GE HFA151 12HFA151A2H N NO 2202-32 V 125 VDC ,6 NO contads Capacity ==r== dad 2-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 2202-32 Y 25 VDC ,6 NO contacts - | |||
C ; r aur== y dad 24203-3E-RV 287-107A GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contacts r=parmy a=randad 2-020MA-SO 287-1078 GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO conth's r'=paraya.randad 2-020138-RV 287-107B GE HFA151 12HFA151A2H N NO 22024 2 Y 125 VDC ,6 NO contacts ''-- ry ==r== dad 2-0133-3C-RV 287-1078 GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contads r = = ry spe==aad 2-020MO-RV 287-1078 GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contacts C = 2 ==r== dad 2-0203-3E-RV 287-1078 GE HFA151 12HFA151A2H N NO 22u2-32 Y 125 VDC ,6 NO contacts P - r y ==r== dad i 125 VDC, part of namepiste was actuesy covered but can be assunwi to be corred 2-020MA-SO 287-114A GE HGA11 12HGA11J52 N NO 2202-32 Y h==ad on w..,, ;.un to = --a C,;. r+- rp == rand =d 125 VDC, part of nameptete was art =8y 1 | |||
covered but een be assumed to be correct 2-0203-38-RV 287-1148 GE HGA11 12HGA11J52 N NO 2202-32 Y bened on camperison to =diacant releys. CM ==rmadad 125 VDC, part of namepiste was actuesy conrad but can be assumed 1o be correct 2-0203-3C-RV 287-114C GE HGA11 12HGA11J52 N NO 2202-32 Y ha==d on w,g,-,,6 to 1'r---e relays. F_ Oy egnW 125 VDC, part of nomepiste was edumpy covered but can be assumed to be correct 2-020MD-RV 287-114D GE HGA11 12HGA11J52 N NO 2202-32 Y ha==d on -., ;--n to '= =-a ri,;. c = = ry ==r== dad 125 VDC, part of nameplete was actumpy covered but can be assumed to be correct 24203-3E-RV 287-114E GE HGA11 12HGA11J52 N 2202-32 Y 88 0 h==ad on compenson to =%-a c,;. C- ryeuceeded 125 VDC, part of namepiste was actueNy covered but can be assumed to be correct 2-0203-38-RV 287-1158 GE HGA11 12HGA11J52 Y NO 2202-32 Y bened on w.gi un to "---a 7x,_. r . -- ry exceeded 125 VDC, part of narry plate was actuelha covered but can be a'amed to be corred 3-0203-3C-RV 287-115C GE HGA11 12HGA11J52 Y N3 2202-32 Y based on w.w;.un to ='==a relays C-.-. p exceeded Page 1 of 14 | |||
- ...--&u..._. . - -.. _ - _ _ ~ - ...- - - ... - .. - _. _ - - -. - .. - . -. - - ..~ - .-. - - . - ..... _ -. - ... - - - -- . | |||
i I | |||
SQUG OUTLIERS UNIT 2 AD EOP.lO CONTACT MFGR TYPE MODEL ENERG NOMC PANEL MTG COMdENTS OUTUER REASON 125 VDC, part of nameplete was edun8y t | |||
covered tw can be monumed to be certem 24203 3D.RV 287-1150 GE HGA11 12HGA11J52 Y NO 2202-32 Y bened on _ _ _, to agecord ruleys. eM M 125 VDC, part of nameplete wee edue8y covered bd een be eseumed to be cerved 1 24203 3E-RV !287-115E GE HGA11 12HGA11J52 Y NO 2202-32 Y bened on -:- - _.. to e4ecent releye. Capac8y ==a== dad 125 VDC , plupet type relay held on by 24203 38-RV 287-1228 AGASTAT EGPO EGPOOO3 N NO 2202-32 Y sirup e M eeceeded 125 VDC , pluqNn type relay held on by 2-0203 3C-RV 287-122C AGASTAT EGPD EGP0003 N NO 2202-32 Y step e* ==r==d=d 125 VDC , pluGM type relay held on by 24203 38-HV 287-1238 AGASTAT EGPD EGPD003 N NO 2202-32 Y strup eM ==== dad 125 VDC , pluqNn type relay held on by 24203JC-RV 287-123C AGASTAT EGPO EGPOOO3 N NO 2202-32 Y strup e----ah ==a==d=d SWGR 23-1,2321 181Y GE HFA151 12HFA151A2H N NO/NC 2212-45 Y 125 VDC ,3 NO / 3 NC e M ==a==d=4 SWGR 23-1,2329 181Y GE HFA151 12HFA151A2H N NOMIC 2212-45 Y 125 VDC ,3 NO / 3 NC e M ==a==d=d SWGR 33-1,2321 27x i u-13-1 AGASTAT ETR ETR14038 N NO 2251-88 Y 125VDC, Timing .55-15 eec eM e Could only werWy that t was en HFA type relay Int the model # was covered ; 3 NO / | |||
SWGR 24-1,2421 181Y-DG2 GE HFA51 12HFA51A42H N NOMC 2252-10 Y 3 NC ,125 VDC SWGR 23-1,2329 eM - | |||
axi D-23-1 AGASTAT ETR ETR14D38 2252-88 Y 125VDC Timkig .55-15 eec eM e , | |||
Cet 411T4375-L-HF-DP Time del asen0 2-8001 127-3-824-1 A88 ITE27 ITE-27N N NO 2252 4 7 Y =5 c----a= ====d=d | |||
' Cet 411T4375-L-HF-OP, Time del seung i 24801 127-4-824 1 A88 ITE27 ITE-27N N NO 22524 7 Y =5 2 C M a=rmad=d ; | |||
SWGR 24-1,2421 2ixTu-24-1 AGASTAT ETR ETR14038 N NO 2252 47 Y 125VDC, Toning .55-15 sec | |||
' e M a=r=ad=d , | |||
24001 427Y1-24-1 AGASTAT EGPO EGPO N NO 2252 4 7 Y 24001 125VDC eM a===d=d 45GX1-24-1 AGASTAT EGPO 'GPD c Y NO 22524 7 Y 125VDC c----'h* ==a== dad 24001 TDR 24-1 AGASTAT CTR ETR1403N N NO 22524 7 Y 125VDC, Timing 1-30 min e M ==a== dad SWGR 23-1,2329 1430-108A GE HFA151 12HFA151A2H N NOlNC 901-32 Y 125 VDC,4NO / 2NC eM ==r==d=d Reisy labeled as "R10738" In panel rester [ | |||
2 0203-3A-SO R20738 GE CR12080 CR12080020 N NO 902-32 Y then "R20738" C M esoseded l Relay labeled as "R10738" In panel rusier ! | |||
24203 38-RV R20738 GE CR12000 CR12080020 N NO 902-32 Y then *R20738" e M eeconded [ | |||
Refer I=halad as "R10738"in pensi rulher | |||
* 24203,3C-RV R20738 GE CR12080 CR12080020 N NO 902-32 Y than *R20738" Capocay ==== dad I Page 2 of 14 I r | |||
t | |||
l SQUG I OUTLIERS UNIT 2 t | |||
. AD EOP.1D CONTACT MFGR TYPE MODEL ENERG NOINC PANEL MTG CORAAENTS OU* LIER REASON Reiny es"R10738"in pensiralhar 2-0203-30-RV R20738 GE CR12080 CR1208D020 N NO 902-32 Y then *R20738" eM ====ense Relay lobaind as "R1073tr in panel refier 5 | |||
2-0203,3E-RV R20738 GE CR12080 CR12080020 l' | |||
l N NO 902-32 Y then "R20736" Capocmy ====enst 2-8801 1430-1268 GE HFA151 12HFA151A2H N NC 902-33 Y 125 VDC,4 NO / 2 NC e M ====seme SWGR 23,2310 ATIR GE HFA151 12HFA151A2H 902-8 Y 125 VDC,6 NO cortects Capocay =====ense Could not remove cover to ese nomepiste but model e can be soeumed to be correct beood on viousi compenson to HEA roter SWGR 23-1,2329 186-DG 1/2 GE HEA618 12HEA618235 N NO Y in SWGR 14, cah 13. | |||
SWGR 13-1 (1) CM m===8=st SWGR 23-1,2321 127813-1X2 GE HFA151 12HFA151A2H N NO SWGR 13-1 (2) Y 125 VDC,6 NO conteds eM ==== sense SWGR 23-1,2329 150 SO 1/2X3 GE HFA151 12HFA151A2H Y NO SWGR 13-1 (2) Y 125 VDC,6 NO conteds rafnemy - | |||
SWGR 28,284C 227-818X3 GE HFA151 12HFA151A2H N NO SWGR 18 (182A) Y 125VDC,4 NO / 2 NC rapar*y ====e=8 Could not remove cover to eso nomepiste but model e can be soeumed to be correct bened on visual comparison to HEA relay SWGR 23,2301 186-2301 GE HEA818 12HEA618235 N NO/NC SWGR 23 (1) Y in SWGR 14, cub 13. eM ====ame Could not remove cover to one nomspiste but enodal e can be assumed to be correct bened on visual mmperican to HEA relay SWGR 23-1,2323 186-2301 GE HEA618 12HEA618235 N NOINC SWGR 23 (1) Y in SWGR 14, cub 13. cap = ray ====*=8 SWGR 23,2301 127-823X2 GE HFA151 12HFA151A2H N NO SWGR 23 (10) Y 125 VDC ,6 NO contacts caparay on sense condd not remove cover to see nameplete but modele can be assumed to be corred bened on vieusi comparison to HEA relay SWGR 23,2301 186-2310 GE HEA618 12HEA618235 N NO/NC SWGR 23 (11) Y in SWGR 14, cub 13. C M = ,.me-a Coukt not remove cover to see namepaste but modet s can be mesumed to be corred bened on visual commerison to HEA relay SWGR 23,2301 186-2304 GE HEA618 12HEA618235 N NOtNC SWGR 23 (4) Y in SWGR 14, cub 13. r= par *y a-==ame 4 | |||
i Page 3 of 14 | |||
SQUG OUTUERS UNIT 2 AD EQP.lO CONTACT MFGR TYPE W3 DEL ENERG NO/NC PANEL MTG COtWENTS OUTLIER REASON a | |||
Couki not remove cover to see nameplete but model # can be ameumed to be correct bened on vleuel comparison to HEA relay SWGR 23,2301 186-2323 GE HEA618 12HEA618235 N NOtNC SWGR 23-1 (3) | |||
Y in SWGR 14, cub 13. P M exceeded Could not remove cover to ese nameptete but model # con be eseumed to be correct bened on visual comperleon to HEA relay SWGR 23-1,2323 186-2323 GE HEA618 12HEA618235 N NC Y e SWGR 23-1 (3) in SWGR 14, cub 13. 9-Could not remove cover tr ese nameplete but model # can be assumed to be correct bened on vleuel compertson to HEA relay SWGR 23-1,2329 186-2323 GE HEA618 12HEA618235 N NO/NC SWGR 23-1 (3) Y m SWGR 14, cie 13. e- - ; - | |||
SWGR 23-1,2329 127-823-1X2 GE HFA151 12HFA151A2H Y 125VDC,6 NO contecas SWGR 23-1 (9) c= - 9 exceeded SWGR 23,2301 127-823-1X3 GE HFA151 12HFA151A2H Y NO 125VDC,5 NO /1 NC e SWGR 23-1 (9) Y i exceeded Condd not remove cover to see nemarden but model # con be soeumed to be correct | |||
' bened on visual comperleon to HEA relay SWGR 24,2413 186-2410 GE 2-8001 127-824X1 GE HEA618 12HEA618235 HFA151 12HFA151A2H N NO/NC SWGR 24(10) Y in SWGR 14, cub 13. e. 9 esoseded 1 | |||
N NO SWGR 24 (11) Y 125 VDC ,6 NO conende e S emoseded SWGR 24,2413 127-824X3 GE HFA151 12HFA151A2H N NO Y 125 VDC ,5 NO /1 NC e-- | |||
SWGR 24(11) 1 | |||
% exceeded 24801 127-824X3 GE HFA151 12HFA151A2H N NO Y 125 VDC ,5 NO /1 NC i | |||
SWGR 24 (11) eM M Could not remove cover to see namepense but model e can be mesumed to be correct | |||
' beood on visual comparison to HEA relay SWGR 24-1,2423 186-2413 GE HEA618 12HEA618235 N NOINC SWGR 24(14) Y in SWGR 14, cub 13. PM M Could not remove cover to na namepines but model # can be eseumed to be correct bened on visual comperleon to HEA relay SWGR 24,2413 186-2413 GE HEA618 12HEA618235 N NO/NC SWGR 24 (14) Y in SWGR 14, cub 13. e M exceeded Page 4 of 14 | |||
t i | |||
SQUG OUTUERS i UNIT 2 AD , | |||
EQP. lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG CORAAENTS OUTUER REASON Could not remove cover to see namepseen | |||
! but modelS can be esoumed to be conect booed on visual comporteen to HEA relay i SWGR 24,2413 186-2403 GE HEA618 12HEA618235 N NO/NC SWGR 24 (3) Y in SWGR 14, cub 13. e. ri ===aded Could not remove cover to see nameplete but model # can be soeumed to be coned bened on whuel comparison to HEA relay 24001 186-DG2 GE HEA618 12HEA618235 ft N NC SWGR 24-1 (1) Y in SWGR 14, cub 13. e. " | |||
;amoseded Could not remove cover to see nameplete but model # can be soeumed to be correct . | |||
cased on visual compartoon to HEA relay SWGR 24-1,2421 186-DG2 GE ; | |||
SWGR 24-1,2421 ASR-2 GE HEA618 12HEA618235 HGA11 12HGA11J52 N | |||
Y NO/NC SWGR 24-1 (1) | |||
NC Y in SWGR 14, cub 13. c. riexceeded i SWGR 24-1 (1) Y 125VDC e siexceeded 24801 127-8241X1 GE HFA151 12HFA151A2H N NO Y 125 VDC ,5 NO I 1 NC e SWGR 241 (2) 2; exceeded , | |||
SWGR 24,2413 127-824-1X2 GE 24001 1278241X3 GE HFA151 12HFA151A2H HFA151 12HFA151A2H SWGR 24-1 (2) Y 125VDC,5 NOI1 NC e. 9 exceeded SWGR 24-1,2421 150SO2X3 GE HFA151 12HFA151A2H N NO SWGR 24-1 (2) Y 125 VDC ,5 NOI1 NC e. 2; exceeded Y NO SWGR 24-1 (2) Y 125 VDC ,4 NO 12 NC c - ri M , | |||
Condd not remove cover to see nameplete I tmA model # con be eseumed to be correct i booed on visual compartoon to HEA relay l SWGR 24,2413 186-2423 GE HEA618 12HEA6tB235 N NC SWGR 24-1 (4) Y in SWGR 14, ab 13. e. riencoeded l Could not remove cover to see nameplete but model # can be eseumed to be correct bened on visual compenson to HEA ruimy SWGR 24-1,2421 186-2423 GE HEA618 12HEA618235 N NO/NC SWGR 24-1 (4) Y in SWGR 14, cub 13_ e. r;emmedad t | |||
I Could not remove cover to see nemaphe. | |||
but model 8 can be amoumed to be correct | |||
' beood on visual compartoon to HEA ruimy SWGR 24-1,2423 186-2423 GE HEA618 12HEA61P.235 N NO/NC SWGR 24-1 (4) Y in SWGR 14, cd 13. I SWGR 26,2851 e .- ri==r== dad TDOD AGASTAT 7022 E7022ADC03 Y- NC SWGR 29 (292A) 120VAC. Timing 5-50 sec c-SWGR 29,2951 riexceeded TDOO 7022 E7022A[FJ3 AGASTAT ' | |||
Y NC 120VAC, Timing 5-50 sec SWGR 29 (292A) eM exceeded Capacity margineBy SWGR 28,2851 CR298 GE HFA151 12HFA151A2H N NO/NC MCC 28/29-5 (D3) Y 125VDC,5 NO I1 NC em c | |||
t Page 5 of 14 | |||
. e m _ . . . - . _ _ _ _ _.__._m..~, _ _ - . _ _ _ _ - _ - - _ . - _ . ~ . . . . _ _ . . - . - _ - - . _ . . . - - - . _ _ . - - - - _ . _ - _ _ - | |||
l SQUG i OUTLIERS i | |||
UNIT 2 i AD EQP.ID CONTACT MFGR TYPE MODEL ENERG NO4fC PANEL MTG COW 4ENTS OUTLIER REASON t SWGR 29,2951 CR298 GE Capacey tughegy 4 HFA151 12HFA151A2H N NO/NC MCC 28/295 (D3) Y 125VDC,5 NO /1 NC 6 EWier GERS dern No hme dial vieRde, W es *150N" si apply orcoquecay SWGR 241,2427 151N GE PJC11 PJC11AV N NO i | |||
SWGR 24-1 (8) Y SWGR eeceeded - | |||
SWGR 23-1,2327 151N If GERS apply, GE PJC11 12PJC11AV1A N NO SWGR 23-1 (7) Y No time dial winitdo , No "Hi-G" on device aspecay escended I | |||
NEMA 4, minemg 1 bot & therefore en 2-1001-28A-MO R MCC 28/29-5(C1) N oulter m.;;., only | |||
; { | |||
SWGR 28,284C Cordector style : 2045A41 G ; Mach style : ! | |||
1/2 m WESTINGHOUSE GCA GCA 530 N NO 2251-100 Y 2050A15G, NEMA SIZE 5 ' | |||
NEMA 5 SWGR 28,284C Contactor style : 2045A40G ; Mach style : | |||
1/2-3003-3 Nib WESTINGHOUSE GCA GCA 530 N NC 2251-100 Y 2050A15G, NEMA SIZE 5 NEMA 5 : | |||
} | |||
4 ! | |||
The model8 sheen was W on j nameplate t'ahusen ;, A & 3N on W SWGR 29,298A in panel ; NEMA eine 5 ; contactor style 2-3003 3A WESTINGHOUSE A211M5 N NO 2252-08 Y 2045A40G ; moch style 2050A15G NEMA 5 The model# shoum woe W en namepiste behusen 3A & 3N on P l SWGR 29,298A in panel; NEMA eles 5 ;cors=r*w eiyte 2-3003-3Alb WESTINGHOUSE A211M5 N NC 22S2-08 Y 2045A40G ; mech style 2050A15G NEMA 5 The modele shoum was W on ! | |||
nameplete behusen 3A & 3N on hac6 ream l SWGR 29,298A in panel ; NEMA seen 5 ; contactor style 2-3003-3N WESTINGHOUSE A211M5 Y NO 2252-08 Y 2045A40G ; moch style 2050A150 NEMA 5 ; | |||
The model# shoum was lame. | |||
nomepiste behusen 3A & 3N on hereyme. | |||
SWGR 29,298A in panel ; NEMA size 5 ; coniector style 2-3003-3N/b WESTINGHOUSE A211K5 - Y NC 2252-98 Y 2045A40G ; much style 2050A15G NEMA 5 SWGR 28,284C _ 227-2-818 GE '.AVUSA 120AV60A1A Y NO SWGR 18(182A) Y Time died esen0 = .9; No "Hi-G" No % G" SWGR 23,2301 Tone dlel aseng = 1.5 ; No "HLG"on 187BTA GE L!CS3C 12tJD53C11A N NO SWGR 23 (1) Y device. No "Hi-G" SWGR 23-1,2323 Time dial somng = 1.5 ; No"HLG" on 187BTA GE UD53C 12WD53C11A N NO SWGR 23(1) Y device. No % G" Page 6 of 14 > | |||
SQUG OUTLIERS UNIT 2 i I | |||
t AD i EQP.ID CONTACT MFGR TYPE MODEL ENERG NOINC PANEL MTG COMMENTS OUTUER REASON i i | |||
SWGR 24-1,2423 187BTA GE UD53C 12WD53C11A N NO SWGR 24 (14) Y Tsne del seeng = 1.1, No *Hi-G* en device No"HLG" i SWGR 24,2413 187BTA GE UD53C 120D53C11A N NO SWGR 24 (14) Y Time del seeng = 1.1, No "HLG* on device No"HLG" SWGR 28,284C 227-1-B18 GE . | |||
lAVeeA 12tAVUSA1A Y NO N Time dini setting = .8; No"HM3* | |||
SWGR 18 (182A) No "HkG", - n 2, ; | |||
SWGR 23,2301 No"HLG", Wne del ; | |||
187BTB GE UD53C 12WD53C11 A N NO SWGR 23 (1) Y Tune del seeng = .9 ; No "HM3" on device. eseng <1 l | |||
SWGR 23-1,2323 No"HLG", tne del { | |||
l 187BTB GE UD53C 12UD53C11A N NO Y SWGR 23 (1) Time dial seeing = .9 ; No "HLG" on device. __:~. ,<1 SWGR 23,2301 No"HkG", tne del i 187BTC GE UD53C 12WD53C11 A N NO Y SWGR 23 (1) Time dial ammng = .7 ; No "Hi-G* on device. seung *1 i SWGR 23-1,2323 No hug ..no d. | |||
; 187BTC GE UD53C 12WD53C11 A N NO SWGR 23 (1) Y Time del aseng = .7 : No "Hi-G" on device. seWng <1 j l SWGR 24-1,2423 No"HM3", time del l 187BTB GE UD53C 12WD53C11 A N NO Y SWGR 24 (14) Time dimi seeng = .7, No "Hi-G" on device esen0 *1 | |||
[* | |||
SWGR R4,2413 No"HM3*,Ilme del 187BTB GE UD53C 12WD53C11A N NO SWGR 24 (14) Y Time dimi eseng = .7, No "Hi-G" on device samh8 *1 l SWGR 24-1,2423 No "HH3", Wne dei ! | |||
187BTC GE UDS''C 12WD53C11 A N NO SWGR 24(14) Y Time dimi eseng = .8, No "Hi-G" on device seung <1 SWGR 24,2413 No "Hi-G",8me del 187BTC GE UD53C 12WD53C11A N NO SWGR 24 (14) Y Time dimi eseng = .8, No "Hi-G"on device eseng <1 | |||
[ | |||
2A,28VDC or 120VAC ;Not sure how relay 125VDC CHGR 82 (K1)le mounted on cid board ind board is DSHS2 SIGMA 70RE22-110DC ; | |||
125VDC CHGR 82 ' * ', mourced to i :. No GERS : | |||
? | |||
Power Conversion E15450, A2331A1, LR6438, ' | |||
125VDC CHGR 82 TCJER Produde CP30078, 12-WAV 125VDC CHGR #2 Y 120 VAC,1 A10 RPH No GERS i 115 VDC, Not sure how relay is mounted on ' | |||
125VDC CHGR #2A DSH-HVS AMF cid board tmd board is WM mounted R10-E2-Y2-V15.0K 125VDC CHGR 82A to panel. No GERS + | |||
l Power Comersion E15450, A2331 A1, LR6438, | |||
, 125VDC CHGR 82A TIMER Products CP30078 12-WAV 125VDC CHGR 82A Y 120 VAC,1 A10 RPH No GERS 10203 3A-SO CR Ward Leonard Elec 130-442t' 2202-5 Y NO GERS 2-O'E18-RV CR Ward Leonard Elec 130-4420 2202-5 Y NO GERS Page 7 of 14 | |||
t i | |||
SQUG ' | |||
OUTLIERS i UNIT 2 ! | |||
1 , | |||
AD . | |||
EQP.1D CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COW 4ENTS OUTUER REASON f f | |||
24203-3C-RV CR Ward Leonard Elec 130-4420 2202-5 Y NO GERS ; | |||
Relay is adequeenly mounted on bou tzd 1 f 24203-30-RV CR Ward Leonard Elec 13(M420 2202-5 N NO GERS of 4 bow mounhn0 screws to missin0 l Reieris =*=tM mounted on box but 1 2-0203-3E-RV CR Word Leonard Elec 13(M420 2202-5 N of 4 bou moureng screws le mimeing NO GERS [ | |||
2-8801 US 24263-72A YARWAY 4418C 2202-5 Y NO GERS 2-2301-3440 LIS 24263-72A YARWAY 4418C 2202-5 Y NO GERS ' | |||
2-130141440 LIS 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS i US2 Y NO GE 2-1001-36A440 US 2-02EE72A YARWAY 4418C 2202-5 Y NO GERS 2-1001-368440 US 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS SWGR 23-1,2324 US 2-0263-72A YARWAY 4418C 2202-5 Y [ | |||
NO GERS ; | |||
SWGR 23-1,2326 US 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS I SWGR 24-1,2424 US 2-0263-72A YARWAY 4448C 2202-5 Y NO GERS ! | |||
SWGR 24-1,2426 US 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS 3-8001 LIS 2-0263-72C YARWAY 4418C 2202-5 Y NO GERS 2-8001 US 2-0263-728 YARWAY 4418C 22024 Y NO GERS ; | |||
2-2301-3440 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS ! | |||
2-1301 41440 US 24263-728 YARWAY 4418C 2202 4 Y NO GERS 3-1001-34A-MO US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS | |||
* 2-1001-348440 LIS 2-0263-72B YARWAY 4418C 2202 4 Y NO GERS f 3-1001-36A440 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS i 2-1001-388440 US 2-C263-728 YARWAY 4418C 2202 4 Y NO GERS I SWGR 23-1,2324 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS i SWGR 23-1,2326 US 2-0263-728 YARWAY 4418C 22024 Y NO GERS SWGR 24-1,2424 LIS 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS SWGR 24-1,2426 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS t 2-8801 US 2-0263-720 YARWAY 4418C 2202 4 Y I NO GERS 2-1001-29A440 dPIS 2-26134C BARTON 288 288 2202-7 Y NO GERS 2-1001 #98440 dPIS 2-261-34C BARTON 288 288 2202-7 Y NO GERS i 2-1001-29A-MO dPts 2-261-340 BARTON 288 288 2202 4 Y NO GERS I 2-1001-298440 dPIS 2-261-34D BARTON 288 286 22024 Y NO GERS HACR-IV (syncro<: heck ' | |||
SWGR 23-1,2321 HACR-IV reley) N NO 2212-123 Y Range 120V/ t (4*.10") | |||
No GERS Page 8 of 14 l | |||
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_ . _m._ . _ _ _ _ -. _ _ _ _ _ _ . . _ . - _ . _ . _ _ ___ . _ - . . . _ . - - _ _ . _ . _ _ . _ _ _ - . _ _ | |||
t t | |||
l i | |||
SQUG- ! | |||
OUTUERS [ | |||
UNIT 2 [ | |||
AD l y | |||
EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COAS4ENTS OUTLIER REASON { | |||
HACR-IV (synen>< heck ! | |||
SWGR 23-1,2329 HACR-IV reley) N NO 2212-123 Y Ren0s 120V / t (4* - 10*) No GERS f Classig volts % of top : let 100, rigit 0 ; i SWGR 23-1,2321 15dM)G 1/2 GE lAV51D 12iAV51D1 A N NO 2212-45 Y 199VAC , Time diel esteng = 5.9 NO GERS [ | |||
Close leR SS Close right 50 ;115 VAC ; | |||
l 4 | |||
Ator control is 125VDC ; 1 of 6 mounding SWGR 23-1,2321 181-CFF GE CFF 12CFF1621A Y NOINC 2212 4 N screws is loose. NO GERS Close let SS, close right 59 ;115 VAC ; | |||
Aux controlis 125VDC ;1 of 6 mounding SWGR 23-1,2329 181-CFF GE CFF 12CFF1621A Y NO/NC 2212-45 N acrews is loose. NO GERS This relay is e d _r _T of device j SWGR 23-1,2321 181A GE CFF N NO 2212 4 181-CFF (model812CFF14821 A) NO GERS . | |||
f 1 | |||
This relay is e out> component of device SWGR 23-1,2329 181A GE CFF *4 NO 2212-46 181-CFF (model812CFF1421 A) NO GERS , | |||
120 VAC,3.5A , T.D. selling = 2.6 ; pick-up | |||
* SWGR 23-1,2321 192-DG 1/2 GE ICW51A 12iCW51A1A N NO 2212-45 Y 15N10 NO GERS ! | |||
Relay T is a T.D. relay which appears to he a ^ . / of device 181-CFF t SWGR 23-1,2321 T GE CFF N NO 2212 4 bened on Die S/D. NO GERS i Relay T is a T.D. relay vdiidi appears to j be a subcomponent of device 181-CFF l | |||
SWGR 23-1,2329 T GE CFF N NO 2212-45 bened on the S/D. NO GERS SWGR 23-1,2329 FSR SQUARE D PO4 S2 8289705 MV N NC 2212-48 Y Ct. ASS 7001 NO GERS [ | |||
199 VAC,ciocing vats % of top leR 100 i right_; Time dies esen0 = 6 ; No"HM3" : | |||
SWGR 24-1,2421 15dM)G2 GE lAV51D 12tAV51D1A ' | |||
N NO 2252-10 Y en device. NO GERS 115VAC, eiet cart circuts 125VDC ; Close l SWGR 24-1,2421 181-CFF GE CFF 12CFF14821A Y NO/NC 2252-10 Y left 56, cdose rigM 59. NO GERS This relay is e out>aenpanent of device , | |||
SWGR 24-1,2421 181A GE CFF N NO 2252-10 181-CFF (model 812CFF14821 A) NO GERS i | |||
l | |||
! 120VAC,3.5A ; Pick-up 15/80 ; Phase f Wells 3 ; Time dlel selling = 2.1 ; No "Hi-G" SWGR 24-1,2421 192-DG2 GE ICW51A 121CW51A1A N NO 2252-10 Y en device. NO GERS Relay T is a T.D. relay which appears to ; | |||
be e =dwvunpanent of device 181-CFF ; | |||
SWGR 24-1,2421 T GE CFF N NO 2252-10 bened on the S/D. NO GERS Page 9 Of 14 1 | |||
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e i | |||
SQUG ' | |||
OUTUERS UNIT 2 AD EQP.lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COW 4ENTS OUTUER REASON ' | |||
Range :120V; The HACR -IV relay uses an "SCR" rather then a relay contact ; The panel # is not posited on 2252-112 had SWGR 24-1,2421 HACR-IV HACR -IV 2252-112 Y " SYN REL CAB"is. No GERS t ALLIS- | |||
"t-8001-EXC 40-OC CHA1AERS 298-A N NO 2252-12 Y EM-8267274: CoE :14182578,1504 DC NO GERS 2-8001-EXC ER SQUARE-D PO S2 8289705 LV N NO 2252-12 Y NO GERS , | |||
Cines 8504, Sertos A ; EMD 8288736 709896 8 LV; NEMA aies 2 ; Upper rigM i hand bon (1 of 4) on enounting plate appears ' | |||
2-8001-EXC EXC SQUARE-D EQ-1281-G2 N NO 2252-12 N to be loose. NO C-ERS Cines 8504 ; EMD 8284295,708810 A 2-8001-EXC FFC SQUARE-D EO-1985-G13 N NO 2252-12 Y MV NO GERS 2-8801 FSR SQUARE-D PO4 S3 8263337 LV N NO 2252-12 Y NO GERS 2-8001-EXC FSR SQUARE-D PO4 S3 8263337 LV N NO 2252-12 Y NO GERS SWGR 24-1,2421 FSR SQUARE-0 PO4 S3 8263337 LV Y NC 2252-12 Y NO GERS OlesTE Msg Co- 125VDC; Approu traverse time = 16 sec ; | |||
2-8001-EXC . MRV Motor Delve Date 57029 NC 2252-12 Y cM D92400 r" __- n 56 NO GERS G.M. Electro-2-8801 SDR Mollwe DMelon 3m Inna?-01 Y NO 2252-17 Y 120VDC,5A ; EMD 8370794 NO GERS G.M. Electro-SWGR 29,296A SDR Motive DMalon 'e m | |||
* ma?-01 Y NO 2252-12 Y 120VDC, SA ; EMD 8370794 NO GERS 902-50 ATS IV Y NO 901-50 (A02) Part of autotransfer swech. NO GERS 902-50 ATS LO N NO 901-50 (A02) Part of andotransfer owAch. NO GERS 902-50 ATS SE Y NO/NC 901-50 (A02) Part of autotransfer swech. NO GERS 902-50 ATS TS N NO/NC 901-50 (A02) Part of autotransfer swech. NO GERS 2-1001-29A440 104-K40A GE CR120KT CR120KT01541AA N NO 902-46 Y Plug-in mos L6 on pensac strtp No GERS 2-1001-298440 104-K40A GE CR120KT CR120KT01541AA N NO 902-46 Y P4 5 mc--C.,, on pleetic strip No GERS 1 2-1001-18A-MO 10A-K45A GE CR120KT CR120KT02241AA N NO 902-46 Y 125 VDC, P4 5 me: -0,,, on pamune sertp No GERS 2-1001-29A440 104-K408 GE CR120KT CR120KT01941AA N NO 902-47 Y P4 5 moi.-L~s on poemsw senp No GERS 2-1001-29044O 10A-K408 GE CR120KT CR120KT01941AA N NO 902-47 Y PlugHn tr::: -As on pammer strip No GERS 2-1001-188440 10A-K458 GE CR120KT CR120KTD1941AA N NO 902-47 Y 125 VDC, Plug-in =, -06 on plastic strip No GERS 902-49 ATS LO N NO 902-49 Part of autotransfer swech. NO GERS 902-49 ATS SE Y NO/NC 902-40 Part of atAotransfer swech. f40 GERS 902-49 ATS TS Y NO/NC 902-40 Part of autotransfer swech. ,NO GERS 902-49 ATS UV Y NO 902-40 Part of autotransfer swech. lNO GERS Page 10 of 14 i | |||
a SQUG OUTUERS UNIT 2 ' | |||
AD | |||
: EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON | |||
, SWOR 28,2851 81 ABB ITE81 !TE-81 N NO MCC 28/29 5 (03) Y Cet 422C12761, Time dial est et 90 cyedes NO GERS SWGR 29,2951 81 ABB ITE81 ITE-81 N NO MCC 28/2S5 (D3) Y Cet 422C1276.t., Time dial set et 99 cycles NO GERS SWGR 23-1,2321 151C GE LAC 51A 12 TAC 51A101A N NO SWGR 13-1 (1) Y N/A NO GERS 1 of 4 acrews is not lorquod enough to l | |||
SWGR 23-1,2329 150 SD 1/2/1-2 GE lAV90A 12iAV80A1A Y NO SWGR 13-1 (2) N flanerilockwooher NO GERS SWGR 23-1,2329 150 SD 1/2/24 GE lAVODA 12tAV8DA1A Y NO SWGR 13-1 (2) Y N/A NO GERS Time dial selling = 3.5, No"HiG" on !* | |||
SWGR 23,2301 151A GE IAC51A 12iAC51A101A N NO SWGR 23 (11) Y device. NO GERS Time dial aseng = 3.5, No "Hi-G" on SWGR 23,2301 151C GE BAC51A 128AC51A101A N NO SWGR 23 (11) Y devia. NO GERS , | |||
Time samt esiling = 3.8, No *Hi-G" on ! | |||
SWGR 23,2301 151N GE IAC51A 128AC51A3A N NO SWGR 23 (11) Y device. Leheted as"150N* st SWGR. NO GERS ! | |||
Time dlel somng = 3.5, No "HM3" on i | |||
: SWGR 23,2301 151A GE 1AC51A 12 TAC 51A101A N NO SWGR 23 (4) Y device. NO GERS Time dial seeng = 3.5, No"Hi G" on SWGR 23,2301. 151C GE BAC51A 121AC51A101A N NO SWGR 23 (#) Y device. NO GERS Time taal seens = 3.5, No"Hi-G" on SWGR 23,2301 151N GE LAC 51A 128AC51A3A N NO SWGR 23 (4) Y device. I sheted gg "150N" at SWGR. NO GERS SWGR 23-1,2329 151A GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (10) Y Time dial seeing = 3, No "HM3" on device NO GERS SWGR 23-1,2329 1518 GE IAC51A 12iAC51A101A N NO SWGR 23-1 (10) Y Time dial seeing = 3, No "HM3" on device NO GERS SWGR 23-1,2329 151C GE IAC51A 12iAC51A101A N NO SWGR 23-1 (10) Y Time dial seWng = 3, No "HM3" on device NO GERS SWGR 23-1,2329 52Y N NOINC SWGR 23-1 (10) Could not verify No GERS Time dial eMiing = 3.5, No "HM3* on SWGR 23,2301 151BLA GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (3) Y device NO GERS | |||
, Time dial seeng = 3.5, No"Hi-G"on SWGR 23-1,2323 1518!* GE IAC51A 12 TAC 51A101A N NO SWGR 231 (3) Y device NO GERS Trne dial seen0 = 3.5, No "Hi G"on SWGR 23-1,2329 151BLA GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (3) Y device NO GERS Time dial seWng = 3.5, No"Hi-G"on | |||
' SWGR 23,2301 151BLC GE LAC 51A 12iAC51A101A N NO SWGR 23-1 (3) Y devim NO GERS Time dial seeing = 3.5, No"HM3" on SWGR 23-1,2323 151BLC GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (3) Y device NO GERS Time dial seWng = 3.5, No"HM3"on SWGR 23-1,2329 151BLC GE LAC 51% 121AC51A101A N NO SWGR 23-1 (3) Y device NO GERS Page 11 of 14 | |||
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. _ ~ . .- _ --- __ .. ~ _ . - . . - . _ ~ - - - - - _ - . . . _ - ~ . _ . . - - n. - | |||
SQUG OUTLIERS UNIT 2 AD EQP.10 CONTACT MFGR WPE MODEL ENERG NO/NC PANEL MTG COhWENTS OUTLIER REASON Time dial setting = 3.5, No"HM3" on SWGR 23,2301 151NBL GE IAC51A 12 TAC 51A3A N NO SWGR 23-1 (3) Y device NO GERS Tone dial setting = 3.5, No HM3" on SWGR 23-1,2323 151NBL GE IAC51A 12 TAC 51A3A N NO SWGR 23-1 (3) Y device NO GERS 4 | |||
' Time dial estling = 3.5, No"HM3" on SWGR 23-1,2329 151NBL GE LAC 51A 12 TAC 51A3A N NO SWGR 23-1 (3) Y device NO GERS SWGR 23-1,2327 150/151A GE BAC518 12iAC518113A N NO SWGR 23-1 (7) Y Time dial setting = .8, No "Hi-G" on device NO GERS SWGR 23-1,2327 150/151C GE LAC 518 12iAC518113A N NO SWGR 23-1 (7) Y Time dial estling = 1.1, No *HM3" on device NO GERS Time dial settinD = 3.3, No"HM3" on SWGR 24,2413 151A GE LAC 51A 12 TAC 51A101A N NO SWGR 24 (10) Y device NO GERS Tone dial seeing = 3.5, No *Hi-G" on SWGR 24,2413 151C GE LAC 51A 128AC51A101A N NO SWGR 24 (10) Y device NO GERS Time dies eseing = 2.4, No "HM3" on SWGR 24,2413 151N GE BAC51A 12 TAC 51A3A N NO SWGR 24 (10) Y dowlm NO GERS 24801 127-824/1-2 GE lAV89A 12tAV60A1A Y NO SWGR 24 (11) Y Time dial easing = .9 , No "Hi-G" on device NO GERS 2-8801 127-824/2-3 GE lAV60A 12tAV90A1A Y NO SWGR 24 (11) Y Time dial seeing = .7, No "HM3" on device NO GERS | |||
! 2-e001 127-824/3-2 GE BAVeGA 121AVeeA1A Y NO SWGR 24 (11) Y Time dial setting = .7, No "Hi-G" on device NO GERS Tone dial seeing = 3.5, No"HI-G"on | |||
@WGR 24,2413 151A GE LAC 51A 128AC51A101A N NO SWGR 24 (3) Y device NO GERS ' | |||
Time dial setting = 3.5, No *HM3" on ; | |||
SWGR 20,2413 151C GE LAC 51A 12 TAC 51A101A N NO SWGR 24(3) Y device NO GERS i Time dial settmg = 2.4, No "Hi-G" on | |||
, SWGR 24,2413 151N GE IAC51A 12iAC51A3A N NO SWGR 24 (3) Y device , I mas "150N" et SWGR NO GERS SWGR 2G1,2421 151A GE LAC 51A 12 TAC 51A101A N NO SWGR 24-1 (1) Y Time dial setting = 3.1; No "HM3" on device NO GERS SWGR 24-1,2421 151B GE BAC51A 121AC51A101A N NO SWGR 24-1 (1) Y Time died seeing = 3, No"Hi-G"on device NO GERS SWGR 24-1,2421 151C GE LAC 51A 12 TAC 51A101A N NO SWGR 241 (1) Y Time disi estling = 3; No "HH3" on device NO GERS I 2-e801 187DG2 WESTINGHOUSE SA-1 1329082A01 D Y NO SWGR 24-1 (1) Y 5A,48/125 VDC , inser. lesAmt 41348.11 NO GERS i SWGR 24-1,2421 187DG2 WESTINGHOUSE SA-1 1329D82A01 D SWGR 24-1 (1) Y 5A, 48/125 VDC , inser. lee 8st 41-348.11 NO GERS SWCR 2C 1,2421 52Y N NO/NC SWGR 24-1 (10) Could not verify No GERS ' | |||
Page 12 of 14 i | |||
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SQUG ; | |||
OUTUERS UNIT 2 AD ; | |||
EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON 120 VAC, Time del selling = .9 ; No "H6-G" 2-8801 127-824-1/1-2 GE lAV90A 128AV60A1A Y NC SWGR 24-1 (2) Y on device NO GERS 120 VAC Time dial somng = .8 ; No *HM3" ! | |||
241801 127-824-1/2-3 GE IAVeGA 12tAVeeA1A Y NC SWGR 241 (2) Y on device NO GERS I 1 | |||
SWGR 24-1,2421 15eSD2-1 GE lAV60A 128AVOGA1A Y NO SWGR 241 (2) Y Time dial seeng = .7; No "H6-G" on device NO GERS , | |||
120 VAC , Time died eseng = .6, No"H6 G" ! | |||
SWGR 24-1,2421 159S02-2 GE lAV80A 12tAV60A1A Y NO SWGR 241 (2) Y on device NO GERS Tone dial aseng = 3.6, No "Hi-G" on SWGR 24,2413 151BLA GE RAC51A 121AC51A101A N NO SWGR 241 (4) Y device NO GERS Tone diet oseng = 3.6, No"HM3" on SWGR 24-1,2423 151Bl.A GE IAC51A 12iAC51A101A N NO SWGR 24-1 (4) Y device NO GERS Time dial somng = 3.6, No "Hi-G" on SWGR 241,2421 151BLA GE BAC51A 12 TAC 51A101A N NO SWGR 241 (4) Y device NO GERS [ | |||
Tone dial setting = 3.6, No "Hi-G" on , | |||
SWGR 241,2421 151BLC GE LAC 51A 12 TAC 51A101A N NO SWGR 241 (4) Y device NO GERS [ | |||
Time dial aseng = 3.6, No "Hi-G" on f SWGR 24,2413 151BLC GE BAC51A 12 TAC 51A101A N NO SWGR 24-1 (4) Y device NO GERS I Time dial eseng = 3.6 No"HM3* on i SWGR 231,2423 151BLC GE LAC 51A 12 TAC 51A101A N NO SWGR 241 (4) Y device NO GERS j Tone dial samng = 2.3, No "Hi-G" on ' | |||
SWGR 24-1,2421 151NBLB GE LAC 51A 128AC51A3A N NO SWGR 241 (4) Y device NO GERS l Time dial aseng = 2.3, No "Hi-G"on i SWGR 24,2413 151NBLB GE LAC 51A 12 TAC 51A3A N NO SWGR 241 (4) Y device NO GERS Time dial seeng = 2.3, No "Hi-G" on SWGR 24-1,2423 151NBLB GE LAC 51A 12 TAC 51A3A N NO SWGR 24-1 (4) Y device NO GERS Time dial seeng = 1.1, No "Hi-G" on f SWGR 241,2427 150/151A GE LAC 51B 12 TAC 51B113A N NO SWGR 241 (8) Y device NO GERS ! | |||
Tone dial esthng = 1.1, No"H6-G" on 4 | |||
SWGR 24-1,2427 150/151C GE LAC 518 12 TAC 51B113A N NO SWGR 24-1 (8) Y device NO GERS i SWGR 28,2829 52X N NOMIC SWGR28 Could not vanly No GERS 3 SWGR 28,284C 52X SWGR28 Could not wenty No GERS ! | |||
SWGR 28,2829 52Y N NC SWGR28 Could not venly No GERS j SWGR 28,2829 52Z N NO SWGR28 Could not worify No GERS SWGR 28,2851 52X N NO SWGR 28 (2888) Could not verify No GERS SWGR 29,2928 52X N NO SWGR 29 Could not vertfy No GERS SWGR 29,2928 52Y N NO/NC SWGR 29 Could not vertfy No GERS SWGR 29,296A 52X SWGR 29 (296A) Couki not venly No GERS SWGR 29,296A 52Y N NO/NC SWGR 29 (296A) Could not wenty No GERS i | |||
Page 13 of 14 , | |||
1 I | |||
SQUG OUTUERS ' | |||
UNIT 2 AD EQP. ID CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON No GERS(wrong SWGR 28,284C 227-818X1 GE HFA151 12HFA151A3F N NO SWGR 18 (182A) Y 62.5VDC,4 NO / 2 NC vanage rutin 0) 2A,28 VDC or 120VAC ;Not sure how relay (K1) is mounted to to ckt board but board is 250VDC CHGR #2 DSHW2 SIGMA 70RE22-1100C 250VDC CHGR #2 | |||
, rnounted to panel. | |||
250VDC CHGR #2 TIMER ZENITH 250VDC CHGR #2 Y interval tuner, Cat # 1417 ; 15A,120 VAC Page 14 of 14 | |||
l I I 1 | |||
APPENDIX H i | |||
i SEISMIC CAPACITY SCREENING QUAD CITIES STATION UNITS 1 & 2 i | |||
SEPERATED BY SCREENING METHOD EVAL - MERC GERS - 7000 GERS - AR660 | |||
! GERS - CONT GERS - CRZ810 GERS - DG GERS - ETR GERS - HFA151 4 | |||
GERS - HGA110 GERS - ITE | |||
, GERS - MCCS GERS - SG GERS - SOR | |||
4 i | |||
3 EVAL-MERC Eauinment Data Mercoid type DA 7043-804 R.21E pressure switches | |||
! Cumb l Not available | |||
, Caveats l 1) Can not be a mercury type switch. | |||
i | |||
: 2) Device shall be located below elevation 595' and shall not have a panel amplification greater than 1. | |||
1 References i | |||
: 1) EPRI document NP-5223-SL, rev. I ; Generic Seismic Rug-Anem of Power Plant Equipment" i 2) Appendix B of relay report;" Seismic Demand Values by Area" i | |||
2 Demand l The pressure switches qualified by this form are listed below. They utilize snap acting switches and are | |||
; mounted such that no panel amplification factor is required. The seismic demand (PSA / ZPA) at their location below elevation 595' is .41g / .29g which is the lowest floor acceleration used at Quad Cities j Station. | |||
, PS 1-l#2-A PS 2-1M2 A j | |||
PS 1IM2-B PS 2-142 B l | |||
I Conclosion i | |||
Due to the low level of seismic demand and the fact that this device does not use a mercury type switch, this switch is sufBeiently rugged based on engineeringjudgement. This form is referred to in the Method j of Screening column (SAT) in the SQUG relay report as " EVAL-MERC" for all switches screened by this i | |||
evaluation. | |||
Y 1 | |||
i i | |||
SQUG UNIT 1 RELAYS ' | |||
GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhMENTS i 1-0203-3A-RV PS 1-1462-A MERCOID DA-7043-804 R21E t-1401-1 A EVAL-MERC Y N/A 1-0203 38-RV PS 1-1462-A MERCOID DA-7043-804 R21E 1 1401-1A EVAL-MERC Y N/A 102Gk3C.RV PS 1-1462-A MERCOID OA-7043-804 R21E 1-1401-1 A EVAL-MERC Y N/A | |||
, 1NV PS 1-1462-A MERCOID DA-7043404 R21E 1-1401-1 A EVAL-MERC Y N/A 1020:k3E-RV PS 1-1462-A MERCOID DA-7043404 R21E 1-1401-1A EVAL-MERC Y N/A 1-0203-3A-RV PS 1-1462-8 MERCOID DA-7043404 R.21E 1-1401-1 B EVAL-MERC Y N/A 1-020:k38-RV PS 1-1462-8 MERCOIO DA-7043404 R21E 1-1401-1 B EVAL-MERC Y N/A 1-0203-3C-RV PS 1-1462-8 MERCOID DA-7043404 R21E 1-1401-1 B EVAL 44ERC Y N/A 14203-3D-RV PS 1-1462-B MERCOIO DA-7043-804 R21E 1-1401-18 EVAL-MERC Y N/A IN-RV PS 1-1462-B MERCOID DA-7043404 R.21E 1-1401-1 B EVAL-MERC Y N/A t | |||
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Page 1 of 1 | |||
. . _ -. __ . . . . . _____-_...m_.__ ___.- _ _._._.__ . _ - _ . _ m _._ -_ | |||
SQUG UNIT 2 RELAYS GERS SCREENING AD EQP.lD CONTACT MFGR TYPE MODEL ENERG NOMC PANEL SAT MTG COMENTS 3-0203 3A-SO PS 2-1462-A MERCOID DA-7043-804 R.21E 2-1401A EVAL-MERC Y WA 3-0203-38-RV PS 2-1462-A MERCOID DA-7043-804 R21E 2-1401 A EVAL-MERC Y WA 3-0203-3C-RV PS 2-1462-A MERCOID DA-7043-804 R.21E 2-1dO1 A EVAL-MERC Y WA 3-020A30-RV PS 2-1462-A MERCOIO DA-7043404 R.21E 2-1401A EVAL-MERC Y WA 2-02033E-RV PS 2-1462-A MERCCID DA-7043-804 R.21E 2-1401 A EVAL-MERC Y WA 2-020K3A-SO PS 2-1462-8 MERCOIO DA-7043404 R.21 E 2-14018 EVAL-MERC Y WA 3-020A18-RV PS 2-1462-P MERCOID DA-7043404 R.21E 2-1401B EVAL-MERC Y WA 3NV PS 2-1462-8 MERCOID DA-7043-804 R.21 E 2-14018 EVAL-MERC Y WA 2-0203-30-RV PS 2-1462-8 MERCOID DA-7043404 R21E 2-1401B EVAL-MERC Y WA 3-0203-3E-RV PS 2-1462-8 MERCOID DA-7043404 R.21E 2-14018 EVAL-MERC Y WA Page 1 of 1 | |||
GERS - 7000 l l | |||
Eeuinment Data I l | |||
i l | |||
Agastat 7000 series pneumatic timing relays Canacity ! | |||
Models E7012. 7012. 2412 i | |||
PSA ZPA Non-Operate Operate Transition Non-Operate Operate Transition NO/NC NO/NC NO/NC NO/NC NO/NC NO/NC l | |||
12.5g 12.5g 12.5g 5g 5g $g 1 | |||
i Models E7014. 7014. 2414 ' | |||
PSA ZPA l | |||
i l Non Operate Operate Transition Non-Operate Operate Transition | |||
! NO/NC NO/NC NO/NC @EC NO/NC NO/NC 10g 10g 10g 4g 4g dr. l l | |||
Models E7022. 7022. 2422 ! | |||
l PSA ZPA Non-Operate Operate Transition Non-Operate Operate Transition i NO/NC NO/NC NO/NC NO/NC NO/NC NO/NC ! | |||
6g 10g 4g 2.4g 4g 1.6g l | |||
Caveats l i | |||
: 1) Time delay setting shall be greater than .3sec. | |||
: 2) The relay shall be mounted in a vertical position. | |||
References | |||
: 1) EPRI document NP-7147-SL, Appendix B -(seismic capacity data) | |||
Demand Listed below are pacels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
MCC 1S/19 5 MCC 28/29-5 Coeclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-7000" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. | |||
l | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COamAENTS SWGR 18,1851 CR19A Agnetet 7012 E7012P9002 Y NO GERS-7000 Y MCC 18/1M (D3) 125VDC, Tune range = .5-5eec; est at 1.8 SWGR 19,1951 CR19A A0estet 7012 E7012P9002 Y NO GERS-7000 MCC 18/19-5 (D3) Y 125VDC, Time range = .5.h est at 1.8 Page 1 of 1 | |||
SQUG UNIT 2 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COMMENTS SWGR 28,2851 CR29A AGASTAT 7012 E7012P9002 Y NO MCC 28/29-5 (D3) GERS-7000 Y 125VDC Taming .5-5 sec. ;est et 1.8 SWGR 29,2951 CR29A AGASTAT 7012 E7012PB002 Y NO MCC 28/29,5 (D3) GERS-7000 Y 125VDC, Tuning .5-5 sec. ; est et 1.8 Page 1 of 1 | |||
GERS - AR660 Eaulseneet Data i | |||
Westinghouse AR660A industrial type relays 1 Canacity PSA ZP.A Non. Operate Operate Non-Operate Operate NO/NC NO/NC NO/NC NO/NC | |||
; log / 7.5g log 4g/3g 4g Y, | |||
None References | |||
: 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data) | |||
Demand Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
2251 97 2252-97 2251-100 2251-98 2252 98 Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-AR660" for all relays screened by this capacity vs demand evaluation. | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO44C PANEL SAT MTG Cnuus NTS 1G-5749A 1/2-3903-RA WESTINGHOUSE AR AR680A N NO 2251-100 GERS-AR680 Y 600V,10A , style 786A028G01 | |||
, 1G-57498 1/2-3903 RA WESTINGHOUSE AR AR680A N NO 2251-100 - GERS-AR600 Y 600V,10A , style 766A020G01 SWGR 18,184C 1/2-390MtA WESTINGHOUSE AR AR600A N NC 2251-100 GERS-AR660 Y 600V,10A , style 766A028G01 1/3-5749A 1/2-390MtN WESTINGHOUSE AR AR680A N NO 2251-100 GERS-AR660 Y 600V,10A , style 766A020G01 | |||
? | |||
1/2-57498 1/2-390MtN WESTINGHOUSE AR AR660A N NO 2251-100 GERS-AR660 Y 600V,10A , style 766A028G01 SWGR 18,184C 1/2-3903-RN WESTINGHOUSE AR AR660A N NO 2251-100 GERS-AR660 Y 600V,10A , style 766A020G01 1-5727 1-5727-CRA WESTINGHOUSE AR AR660A N NO 2251-97 GERS-AR660 Y Style 766A028G01 ; 600VAC,10A 1-5749A 1300M4A WESTINGHOUSE AR AR600A N NO/NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A 1-57498 1-300MtA WESTINGHOUSE AR AR680A N NO/NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A SWGR 10,196A 1-3903-RA WESTINGHOUSE AR AR660A N NO/NC 2251-98 GERS-AR680 Y Style 766A028G01; 600VAC,10A 1-57494 1-3003-RN WESTINGHOUSE AR AR600A Y NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A 1-57498 1-3003-RN WESTINGHOUSE AR AR680A Y NC 2251-98 GERS-AR680 Y Style 766A028G01; 600VAC,10A SWGR 19,196A 1-3003-RN WESTINGHOUSE AR AR660A Y NO/NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A Page 1 of 1 | |||
i SQUG UNIT 2 RELAYS GERS SCREENING EQP.10 CONTACT MFGR AD TYPE MODEL ENERG NOINC PANEL SWGR 28,2tMC SAT MTG CORAENTS 1/2-300MtA WESTINGHOUSE AR AR680A N NO 2251-100 GERS AR680 Y 600V,104, style 798A028G01 SWGR 28,2tMC 1/2-300MtN WESTINGHOUSE AR AR680A N NC 2251-100 3-5727 CRA GERS-AR680 Y 600V,10A , style 798A028G01 WESTINGHOUSE AR AR680A N NO 2252-97 SWGR 29,298A 2-300MtA GERS-AR680 Y 600V,10A : Style 768AtNant WESTINGHOUSE AR AR680A N NOINC 2252-98 2-5740A 2-390MtA GERS-AR680 Y 600VAC,10A ; style 7WA028G01 WESTINGHOUSE AR AR680A N NOtNC 2252-98 3-5740s 2-3o0MtA GERS AR680 Y 600VAC,10A ; style 768A020G01 WESTINGHOUSE AR AR680A N NOtNC 2252-98 SWGR 29,298A 2 300MtN GERS-AR680 Y 600VAC,10A : style 788A028G01 WESTINGHOUSE AR AR680A Y NOINC 2252-98 3-574GA 2-300MtN GERS-AR680 Y 600VAC,10A ; style 788A028G01 WESTINGHOUSE AR AR680A Y NC 2252-98 2-57498 2-300MtN GERS-AR680 Y 600VAC,10A ; style 788A028G01 WESTINGHOUSE AR AR680A Y NC 2252-98 GERS-AR680 Y 600VAC,10A ; style 798A028G01 Page 1 of 1 | |||
GERS-CONT Eeuisinest Data All makes of contactors located in panels. | |||
Canacity PSA = 4.5 ZPA = 3 Caveats | |||
: 1) Contactors must be of the low voltage type (<600V) and have contact ratings less than 100A. | |||
: 2) Motor starters must be NEMA Size 1,2,3 or4. | |||
: 3) Device must be mounted to a metal panel by bolts or brackets per manufacturer specifications. | |||
Demand Listed below are panels in which contactors qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
2201-75 2251-97 2202-75 2252-97 2251-100 2251-98 2202 76 2252-98 References | |||
: 1) EPRI document NP-5223-SL, rev.1; " Generic Seismic Ruggedness of Power Plant Equipment" Conclusion This form is referred to in tne Method of Screening column (SAT) in the SQUG relay report as "GERS-CONT" for all contactors screened by this %wity vs demand evaluation. These components meet the requirements of the above listed cr.veats and therekm the referenced capacities are applicable. | |||
l | |||
SQUG UNIT 1 RELAYS GERS SCREENING 1 | |||
AD EQP.lO CONTACT MFGR TYPE MODEL ENER NOlNC PANEL SAT MTG COtedENTS i 1-57 6 1A WESTINGHOUSE A210M1CAC Y NOINC 2201-75 GERS-CONT Y NEMA 1; Model J. Mfg code CIIET 1-57468 1N WESTINGHOUSE A210M1CAC Y NO/NC 2201-75 GERS-CONT Y NEMA 1: Model J. Mfg code CllET 6710C58G02 ; Model J , mig Code CSCET, also 1G-576 1A WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , IWg Code CSCET, else 1G-5740A 1Alb WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , Mfg Code CSCET, else 1/2-5740A IN WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y ', | |||
6710C58G02 ; Model J , Mig Code CSCET, else 1/2-5740A 1 Nib WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J . mig Code CTTET, else 1/2-57498 2A WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y 1 4710C58G02 ; Model J , Mig Code CTTET, aime | |||
, 1 0-57498 2A/b WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , Mig Code CTTET, eine 1 0-57498 2N WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , Mig Code CTTET, stes 1G-57498 2 Nib WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 0.L BA13A8 is part of reveremg alorier A210M1CAC for 1N1N and is quellnad as part of 1/2-5740A OL WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y starter ? ~ | |||
^ | |||
1. | |||
O.L BA13A8 is part of reversing eierter | |||
#210M1CAC for 1N1N ond is queRRed as part of 1G-57498 OL WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y ete.%r auslificetbn 1-57R7 2A WESTINGHOUSE A210M3CX N NO 2251-97 GERS-CONT Y Model J , Mig code STRET , NEMA 3 6710C58G02 ; Model J ; Mfg code CalET; NEMA 1-5740A 1A WESTINGHOUSE A210M1CAC N NO 2251-98 GERS-CONT Y 1 6710C58G02 ; Model J ; Mfg code CllET; NEMA i 1-57498 2A WESTINGHOUSE A210M1CAC N NO 2251-98 GERS-CONT Y 1 i | |||
Page 1 of 1 | |||
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT MFGR AD TYPE MODEL ENERG NOMC PANEL SAT MTG COtm4ENTS 24 7488 1A WESTINGHOUSE A210M1CAC 1 of 3 mounen0 bots loose; Mr delJ. | |||
2202-75 GERS-CONT N MFGR Code CilET, NEMA 1 247488 1N WESTINGHOUSE A210M1CAC 1 of 3 mounung boas loose; P.dodelJ. | |||
2202-75 GERS40NT N MFGR Code CilET, NEMA 1 24746A IA WESTINGHOUSE A210M1CAC 6710cW, MedalJ; MID code CalET; 2202-76 GERS-CONT Y NEMA 1 2474GA IN WESTINGHOUSE A210M1CAC 671M-W, ModelJ; Mfg code CilET; 24727 2A 2202-76 GERS-CONT Y WESTINGHOUSE A210M3CX NEMA 1 N NO 2252 4 7 GERS-CONT Y ModelJ ; NEMA slee 3 24740A 1A WESTINGHOUSE A210M1CAC N NO 2252-08 6710cW, ModelJ, Mfg code CilET. | |||
GERS-CONT Y NEMA mize 1 247408 2A WESTINGHOUSE A210M1CAC N NO 6710ryn?, Model J. mig code CalET. | |||
2252-98 GERS-CONT Y NEMA size 1 I | |||
l 1 | |||
l l | |||
Page 1 of 1 j,,.,_....., . . . . - . - -'' ' ' ' ' ' ' ' - ' ' ' | |||
- - - --- - ' ~ ~ | |||
GERS - CR2810 Jouloasent Data General Electric type CR2810A relays Casacity P_EA ZP_A Non-Operr. ./ Operate Non-Operate Operate | |||
{ NO/NC FCEC NOMC NO/NC 6g/h, 10g 3.6g / 2.4g 6g Caveats None s | |||
References | |||
: 1) EPRI document NP-7147-SL, Appendix B -(seistaic capacity data) | |||
E Demand Listed below an panels in which rehys qualified by this form are located. See Appendix D of the relay report for seisinic demand at each panel. | |||
MCC 18-1A Cocclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-CR2810" for all relays screened by this capacity vs demand evaluation. | |||
E F | |||
E | |||
= | |||
F. | |||
b I | |||
--m QJ | |||
. _ _ . . . _ . _ _ _ . _ . _ . _ . . . ~ . . - _ . . . - _ . _ _ . _ _ . . _.. _ . _ . . _ - . . . _ _ . _ . . _ . . . _ _ _ _ _ . . . | |||
EQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhWENTS | |||
; 1/2-5727 CR GE l CR2810A CR2810A 14 AA N NO MCC 18-1 A (G2) GERS-CR2810 Y com - 22D135G22 i | |||
i L | |||
t Page 1 of 1 | |||
GERS - DG Eeulement Data Relays and instruments which are mounted on the Diesel Generator skid or in panels mounted on the skid. | |||
Capacity 4 | |||
; The equipment described above is considered sufficiently rugged due to its mounting location on a i reciprocating engine which routinely sees high vibration during operation. | |||
Caveats i | |||
: 1) Components can not be on the bad actor list. | |||
) 2) Instruments can not have mercury type switches. | |||
l References 4 | |||
l | |||
: 1) Senior Seismic Review and Advisory Panel (SSRAP) report, rev. 4, dated February 28,1991; "Use of | |||
; Seismic Experience and Test Data to Show Ruggedness of Equipment in Nuclear Power Plants" | |||
{ Demand l | |||
Demand values do not apply as components qualified by this form have been considered sufficiently ; | |||
i rugged based on their mounting location. LisW below are panels mounted on the Diesel Generator skids | |||
! which contain essential relays. | |||
4 2251-113 2252-113 2212-125 16601 2-6601 1/2-6601 Conclusion i | |||
This form is referred to in the Method of Screening column (SAT) in the SQUG report as "GERS-DG" These relays and instruments meet the requirements of the above listed caveats and therefore can be considered sufficiently rugged. | |||
i d | |||
1 4 | |||
i 4 | |||
t Sous ! | |||
UNIT 1 RELAYS GERS SCREENING I | |||
EQP.ID AD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COWAENTS 4 | |||
1-8801 PS 1-1984-MB1 S;r D AGW | |||
. SQUARE D AGW25 S8 1-8801 GERS-DG | |||
#4LTON ROSS ? ! | |||
^ | |||
1-8001 PS 1-6841-CPS CONTROLS 8382040 1-8801 GERS-DG 1-8801 TS 1-1884-TC S;r D ! | |||
; BGW SQUARE D BGW-2S13 1-8801 GERS-DG MILTON ROSS 1/24801 PS 1/2-8841-CPS CONTROLS 8382040 f 1/2-6601 GERS-DG ' | |||
1/24801 PS 1/24841-LWS Square D AGW SOUARE D AGW5S48 1/24801 GERS-DG 1/3-8801 TS 1/2-8841-TC ir-- D BGW SQUARE D BGW-2S9 1/2-6801 GERS-DG t GM Electro-Mo8ve , | |||
1/2-5727 1/24801-VSR DMelon 37530803-03 by VAPOR N ! | |||
NO 2212-125 GERS-DG Y 120 VDC. ElO 9535875 1/24801 CP MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y 1/24801 ECR Agamlet 120 VDC, EMD NW); Timing Range = 340 ' | |||
7022 7022PHC898 N NO 2212-125 GERS-DG Y min ; could not wth seeing i Could not see mounung bone but appeens to be i | |||
, GM Electro 44ctive 1/24801 ES DMason We ; cap around relay holds t to bene; 8271098 N NO 2212-125 GERS-DG Y "AYLZ 6805-102"on nameplete i CLASS 1/24801 ESR Square D 7001 PO4 S3 8283337 CW N NO/NC 2212-125 GERS-DG Y ! | |||
104801 HE MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y 1/24801 LW MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y " | |||
1/24801 OP MERCOR CORP EMD 88380774 N | |||
' NC 2212-125 GERS-DG Y 1/24801 OT MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y ! | |||
[ | |||
t tt34801 Did not lacers in panel;looko Ehe a entch on W/D OTLS N NO 2212-125 GERS-DG | |||
, - , P:a S/D what R is for to he5 locelo R. [ | |||
1G 8801 PS 1/2-8841-MB1 Squue D AGW AGW25 S8 2212-125 GERS-DG 1/2-6801 SF MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y I 1/2-480841040 STR 115 VDC coE, Inst.13574 ; Contact : 6011H19A . [ | |||
i CUTLER-HAMMER 0011H2A N NO 2212-125 GERS-DG Y une only with 904, 905,1085 relays, Inst 1511k r I | |||
1G-5208 115 VDC co8, inst.13574 ; Contact : 0011H19A . | |||
STR CUTLER-HAMMER 6011H2A Y NO 2212-125 GERS-DG Y use only with 904, 905,1085 relays, inst.15119 it24Ent 115 VDC cod, inst 13574 ; Contact : 8011HitA . : | |||
STR CUTLER-HAMMER 6011H2A N NO 2212-125 GERS-DG Y une only wAh 904,905,1085 relays, inst.15119 CLASS 1/24801 TD1 Squero D 9050 EQ 1933G2, SERIES B N NO 2212-125 GERS-DG Y EMD 8253244 FT Page 1 of 3 t | |||
i | |||
. _ . _ . - -- - _ - -. __ _._ --_-_ -_ --- --_. - --- _-_ ----_- - _ .+--- - - -~.-r ,. . .- - ,, | |||
STUC UNIT 1 RELAYS GERS SCREENING AD EOP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS CLASS 1/2-6601 TD2 Square D 9050 EQ 1933G2, SERIES B N NO 2212-125 | |||
_ GERS-DG Y EMD 8253244 FT 1/2-6601 T33 Agostet 7014 7014PF N NO 2212-125 GERS-DG Y 125 VDC, timirc rev = 90-900 sec. | |||
"AYLZ 6885-10T was on nen@; could not 1G6601 VS BARBER COLMAN 8271096 N NO 2212-125 GERS-DG see rnots;l-- g bots; cNp held relay to bene GM Electro-Motive 112 4 801 VSR DMeion 3753089343 by VAPOR N NO 2212-125 GERS-DG Y 120 VDC, EMD 9535875 GM Electro-Matrve 1/24001-EXC VSR DMaion 37530893-03 by VAPOR N NO 2212-125 GERS-DG Y 120 VDC, EMD 9535875 1-8601 CP MERCOR CORP EMD #8380774 N NC 2251-113 GERS-DG Y 1-6801 120VDC, EMD 83tti352, Time range = 3-30 min; ECR Agentet 7022 7022PHC896 N NO 2251-113 GERS-DG Y *11rnin-15eec" hand wwitten on relay G.M. Elodro Motive 1-8801 ES DMaion EMD 8409612 N NO 2251-113 GERS-DG Y 6885-702 CLASS 1-8801 ESR Square D 7001 EMD 8263337AU N NO!NC 2251-113 GERS-DG Y Type PO S3 1-6601 HE MERCOR CORP EMD 838C774 N NC 2251-113 GERS-DG Y 1-8601 LW MERCOR CORP EMD #8380774 N NC 2251-113 GERS-DG Y 1-8601 OP MERCOR CORP EMD 8380774 N NC 2251-113 GERS-DG Y 1-8601 OT MERCOR CORP EMD 8380774 N NC 2251-113 GERS-DG Y 1-6601 PS 1-6641-LWS Square D AGW SQUARE D AGWSS48 2251-113 GERS-DG 1-6601 SF MERCOR CORP EMD 8380774 N NC 2251-113 GERS-DG Y Contacts : 0011H19A,"use only with # | |||
904,7 ~ 1085 relays", instr pub 15119 ; co8 - | |||
1419N10-SO S1R CUTLER-HAMMER 6011H2A N NO 2251-113 GERS-DG Y 115V 'STR PUB 13574 Corh ' 411H19A,"use only with # | |||
904,905,10d5 relays", instr pub 15119 ; cod - | |||
1-5208 STR CUTLER-HAMMER 6011H2A 2251-113 GERS-DG Y 115VDC : INSTR PUB 13574 Contacts : 6011H19A,"use only with # | |||
1-8801 904,905,1085 releys", instr pub 15119 ; cod - | |||
STR CUTLER-HAMMER 6011H2A N NO 2251-113 GERS-DG Y 115VDC : INSTR PUB 13574 CLASS Type EQ1933-G2, Series B ; No increments on 14601 TD1 Square D 9050 EMD 8253244 KA N NO 2251-113 GERS-DG Y " Slow-Fast" diet CLASS Type EQ1933-G2, Series B ; No increments on 14801 TD2 Square D 90$0 | |||
, EMD 8253244 KA Y NO 2251-113 GERS-DG Y " Slow-Feet" diet 1-6809 TD3 Agentet 7012 E7012PE00't N NO 2251-113 3 4S-DG Y 125VDC, Tirne range = 20-200 sec., setting = 104 G M. Electro Matrve 1-6601 VS Dmsion EMD 8409613 N NO 2251-113 GERS-DG Y 6884-702 Page 2 of 3 | |||
CQUG UNIT 1 RELAYS GERS SCREENING l AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COnsdENTS CLASS 15727 VSR Square D 7001 EMD 8263337 AU N NO 2251-113 GERS-DG Y Type PO S3 CLASS 161 VSR Square D 7001 EMD 8263337 AU N NO 2251-113 GERS-DG Y Type PO S3 CLASS 1-8801-EXC VSR Square D 7001 EMD 8263337 AU N NO 2251-113 GERS-DG Y Type PO S3 Page 3 of 3 | |||
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO AD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG CO4WENTS 1 MILTON ROSS ' | |||
3-8801 PS 2-8841. CPS CONTROLS 8382040 2-8801 GERS-DG 2-8801 PS 2-8641-LWS SQUARE D AGW SQUARE D AGW5S48 2-8801 GERS-DG 2-8801 PS 2-8641-M81 SQUARE D AGW SQUARE D AGW25 S8 24801 GERS-DG 2-8801 TS 2-8841-TC SQUARE D SQUARE D 2-8801 GERS-DG 2-8801 CP MERCOR EMD #8380774 N NC 2252-113 GERS-DG Y 24801 ECR AGASTAT EMD 8385352 ;120 VDC : Time range 1-2422 2422PG1JA2 N NO 2252-113 GERS-DG Y 20 min : 11 min written on time estun0 dlel G.M. Electro- ' | |||
bT1 ES Mouve DMeion 8409812 N NO 2252-113 GERS-DG Y 8885-702 2-8801 ESR SQUARE D PO 82 63337 AW Model #9% due to physical N NO/NC 2252-113 GERS-DG Y 2 8801 HE MERCOR meerferences at r_.7 & | |||
EMD #8390774 N NC 2252-113 GERS-DG Y 2-8801 LW MERCOR EMD #8380774 N NC 2252-113 GERS-DG Y 3-8801 OP MERCCR EMD #8380774 N NC 2252-113 GERS-DG Y 2-8801 OT MERCOR EMD #8380774 N NC 2252-113 GERS-DG Y a-8801 SF MERCOR EMD #8380774 n NC 2252-113 GERS-DG Y CUTLER-3-8801 STR HAMMER Instr pub 13574 : ~6011 H19A" on contacts ( | |||
8011ts2A N NO 2252-113 GERS-DG Y for use with # 904,905,1085 ri,;) | |||
CUTLER-2-4899 310-S O STR HAMMER Instr pub 13574 ; "8011 H19A" on contacts ( | |||
8011H2A N NC 2252-113 GERS-DG Y for use with # 904,905,1085 ri,;) | |||
CUTLER. | |||
3-S208 STR HAMMER Instr pub 13674 ; "8011H19A" on contacts ( | |||
8011H2A 2252-113 GERS-DG Y for use with 8 904,905,1085 ri,;) | |||
2-8001 TD1 SQUARE D Series A ; EMD 8253244,711272-A; V; EQ. 33G2 N NO 2252-113 GERS-DG Y No #s on time dial 3-8801 TD2 SQUARE D Class 9050, Series 8 ; EMD 8253244ET , | |||
EQ1933G2 Y NO 2252-113 GERS-DG 24t41 TD3 Y 711272-ALV , No #s on time dial AGASTAT 7012 E7012PE003 N NO 2252-113 GERS-DG Y 125VDC;T' r,;rs 20-200 sec, set at 110 G.M. Ee 3-8801 VS Motive DMemn 8409813 N NO 2252-1*3 GERS-DG 2-8801 VSR Y 6884-700 SQUARE D PO? 8283337 AW N NO 2252-113 GERS-DG Y 34801-EXC VSR SQUARE D PO? 826?337 AW N NO N-113 GERS-DG 2-5Y27 VSR Y SQUARE D PO? 82&S337 AW N NO 12252-113 GERS-DG Y t | |||
Page 1 of 1 | |||
GERS-ETR sedaratnata Agastat type ETR timing relay I Canacity l ESA ZP.A Non Operate Operate Non-Operate Operate NO/NC NO/NC NO/NC NO/NQ 3.8g 10g 1.52g 4g Caveats None References , | |||
: 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data) | |||
Demand i Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
l 901-32 901-33 Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-ETR" for all relays screened by this capacity vs demand evaluation. | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.10 CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG CohMENTS SWGR 13-1,1322 1*E310 Agostat ETR ETR14D30002 N NO 901-32 GERS-ETR Y 125 VDC, T .aw .55-15 see SWGR 14-1,1422 1430 312 Agostet ETR ETR 14038002 N NO 901 GERS-ETR lY 125 VDC, Timire .55-15 eac Page 1 of 1 | |||
l l | |||
GERS - HFA151 l I | |||
1 Eemissent Data General Electric type HFA151 relays | |||
.CARRENI ESA ZPA l Non@ rate Operate Non Operate Operate NO/NC NO/NC NO/NC NO/NC j | |||
l 7.5g / 3g 15g 3g /1.2g 6g I CRYGP2 | |||
: 1) No more than 3 Normally Closed (NC) contacts. | |||
i 2) Voltage shallbe 120ViSV, | |||
{ 3) NO contact gap and NO/NC contact wipe shall be per GE SIL No. 44, Supplement 4. | |||
Referteces | |||
: 1) EPRI document NP ~il47-SL, Appendix B -(seismic capacity data) | |||
: 2) Quad Cities procedure QCEM 700-6, rev. 4; "HFA relay magnetic core assembly replacement and relay , | |||
calibration" ' | |||
DSEtad Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
901-32 901-47 902-32 902-47 901-33 901 48 902-33 902-48 ) | |||
901-39 2201-32 902-39 2202-32 l 901-46 902-46 l Conclusion ! | |||
This form is referred to in the Method of Screemng column (SAT) in the SQUG relay report as "GERS-HFA151" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. | |||
t SQUG UNIT 1 RELAYS i | |||
GERS SCREENING - | |||
AD EQP, ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG CORAAENTS t 1-020S3A-RV 287-108A GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-0203-38-RV 267-1088 GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-0203-3C-RV 287-108C GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-02053D-RV 287-108D GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-0203 3E-RV 287-108E GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC SWGR 13-1,1324 10A-K10A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO ceremds SWGR 13-1,1328 10A-K18A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads SWGR 13-1,1324 10A-K21 A GE HFA151 12HFA151A2H N NO 901-32 s | |||
GERS-HFA151 Y 125 VDC,6 NO cordacts | |||
; 1-1001-34A-MO 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-348-MO 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cordects 1-100138A-MO 10A-K5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads l 1-1001-388-MO 104-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO conences ! | |||
SWGR 13-1,1324 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts - | |||
SWGR 131,1328 10A-MSA GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts l EWGR 14-1,1424 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 101,1428 10A-K5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts i 1-1001-29A-MO 104-M86A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-1001-298440 10A-M67A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-1001-34A-MO 10A-K7A GE HFA151 12HFA151A2H N NO [ | |||
901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-34tM40 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts t 1-1001-36A-MO 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-368-MO 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,3 NO contacts i 1,'t301-3 440 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts i SWGR 13-1,1324 104-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO conences I SWGR 13-1,1326 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads SWGR 14-1,1424 104-K7A IGE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cortects SWGR 101,1426 10A-K7A !GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts i 1-1009-34A-MO 104-MSA GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-100136A-MO 104-MSA GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts ; | |||
SWGR 13-1,1328 10A-MM GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO conte As 1-8801 1430-103A GE [ | |||
HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-8801 1430-103A GE HFA151 12HFA151A2H l 64 NO 901-32 GERS-HFA151 Y 125 VDC 6 NO contads i 1-8801 1430-104A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cordects 1G-8801 1430-104A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads 1-1301-61-MO 1430-105A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-8801 1430105A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cordacts ; | |||
1/2 8809 1430-105A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-8801 1430108A GE f HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-8801 1430106A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts | |||
, 1G-8809 1430-108A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,4 NO / 2 NC SWGR 93-1,1322 1430-111 A GE HFA151 12HFA151 A2H 3 | |||
N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC [ | |||
Page 1 of 3 | |||
- ~ _ _ - - - - - - ~ - - | |||
- - - - - - - - . - ~ . - - - - - - . - - . - . . . - - ~ ~ _ - - . | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COWENTS 1/2-8801 143u112A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,4 NO / 2 NC SWGR 13-1,1322 1430114A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 14-1,1424 10A-K108 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y WS VDC,6 NO contacts SWGR 14-1,1428 10A-K188 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads SWGR 16,1851 10A-K18 GE HFA151 12HFA151A2H Y NC 901-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC SWGR 19,1951 10A-K18 GE HFA151 12HFA151A2H Y NC 901-33 GERS-HFA151 Y 125VDC,4 NO / 2 NC SWGR 101,1424 10A-K218 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts 1-':00134A-MO 104-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO carences 1-1001-348-MO 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO antacts 1-1001-36A-MO 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-368-MO 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordness SWGR 13-1,1324 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts SWGR 13-1,1326 10A-K58 GE HFA151 .2HFA151 A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 14-1,1424 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts SWGR 1G1,1426 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-294-MO , 10A-K868 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC 1-1001 P98-MO 10A-K678 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-100134A-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-10D1348-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-36A-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordmets 1-1001 388-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901 33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-it301 3-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO mntacts | |||
; SWGR 131,1324 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts SWGR 13-1.1328 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 101,1424 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads | |||
; SWGR 1G1,1426 104-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO anlads 1-1001348-MO 10A-K98 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordmets 1-1001-368-MO 10A-K98 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cantacts SWGR 101,1428 10A-K98 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-8801 1430-1038 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 112-6801 1430-1038 GE HFA151 12HFA151A2H N 4 | |||
NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads 1-8801 1430-1048 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts | |||
, 112 418 01 1430 1048 GE HFA151 12HFA161A2H N NO 901-33 GERS.HFA151 Y 125 VDC,6 NO contacts 1-1301-61-MO 1430-1058 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts i 1-0801 1430-1058 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads 1G-6801 1430-1058 GE HFA151 12HFA151A2H N NO | |||
' 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts t-8801 1430-1068 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-8807 1430-1068 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordoces 1-8801 1430 1089 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC EWGR 101,1422 1430-111b GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 9-8801 1430-1128 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC Page 2 of 3 | |||
! SQUG UNIT 1 RELAYS GERS SCREENING AD EOP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG 3 | |||
COSSAENTS l SWGR 1G1,1422 1430-1148 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-2301 4 440 2330-1008 GE HFA151 12HFA151A2H N NO 901-30 GERS-HFA151 Y 125 VDC,6 NO contacts 1-2301 4 440 2330-1128 GE HFA151 12HFA151A2H N NO 901-39 GERS-HFA151 Y 125 VDC,6 NO cornmets 14t301444O 2330-115 GE HFA151 12HFA151A2H N NO 901-39 125 VDC,6 NO contads GERS-HFA151 Y i 1-100129A-MO - 10A-K37A GE HrA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125VDC,4 NOI2 NC 1-1001 "W8440 104-K37A GE HFA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125VDC,4 NO / 2 NC 1-1001-294 440 10A-K39A ; | |||
GE HFA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125 VDC,6 NO contacts 6 1-1001-298 440 10A-K39A GE HFA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125 VDC,6 NO contads ; | |||
1 1001-29A400 10A-K43A GE HFA151 12HFA151A2H N NO 901-4ti ' | |||
GERS-HFA151 Y 125 VDC,6 NO conteds 1-1001-298 440 10A-K43A GE HFA151 12HFA151A2H N NO 900 4 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001 294440 10A-K378 GE HFA151 12HFA151A2H N NO '01-47 GERS-HFA151 Y 125 VDC,4 NO / 2 NC i 1-10014'98 440 10A-K379 GE HFA151 12HFA151A2H N NO 101-47 j | |||
GERS-HFA151 .Y 125 VDC,4 NO I2 NC | |||
! 1-1001-294440 10A-K398 GE HFA151 12HFA151A2H N NO 901-47 GERS-HFA151 Y 125 VDC,6 NO cantacts 1-1001-298440 10A-K398 GE HFA151 12HFA151A2H N NO 901-47 GERS-HFA151 Y 125 VDC,6 NO cantacts 1-10014WA-MO 10A-K438 GE HFA151 12HFA151A2H N NO 901-47 t | |||
GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-298440 10A-K438 GE HFA151 12HTA151A2H N NO 901-47 GERS-HFA151 Y 125 VDC,6 NO contacts I l 1 1301-61440 13A-K1 GE HFA151 12HFA151A2H N NO 901-48 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-6801 1430-103A GE HFA151 52HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 125 VDC,6 NO contacts, part of nameplate was argummy covered but can be aneumed to be conect 1G-8801 1430-104A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y bened on um_. to e4mcent relays. ! | |||
1G4801 1430105A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO conteds | |||
.' 1/24801 1430-106A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contads 1G-6801 1430-112A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,4 NO / 2 NC contacts I 1G-5203 1430135A GE HFA151 12HFA151A2H Y NC 902-32 GERS-HFA151 Y 125 VDC,6 NO cortads I | |||
, SWGR 18,184C 1430-135A GE HFA151 12HFA151A2H Y NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-6801 1430-1038 GE HFA151 12HFA151A2H N NO 902-33 | |||
[ | |||
GERS-HFA151 Y 125 VDC,6 NO contacts l 10-8801 1430-1048 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts I II2-6809 1430-1068 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordnets 1G-6801 1430 1068 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts ! | |||
L 1 | |||
i i | |||
, Page 3 of 3 | |||
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lD AD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COMMENTS 24203-38-RV 287-1088 GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC , 3 NO / 3 NC 3-0203-3C-RV 287-106C GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 3-0203GD-RV 287-108D GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 102Cl3-3E-RV 287-106E GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC SWGR 23-1,2322 1430-111 A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC, SNO /1NC SWGR 23-1,2322 1430-114A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5NO f 1NC SWGR 24-1,2426 1430-111 B GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO f 1 NC SWGR 24-1,2428 1430-114B GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 23-1. 2326 10A-K10A GE HFA151 12HFA151 A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2324 10A-K18A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cortacts SWGR 23-1,2326 10A-K21A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 3-1001-34A-MO 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 2-1001-348-MO 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 2-1001-36A-MO 10A-KSA GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO mntacts S1001-368-MO 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 231,2324 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2326 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 24-1,2424 10A-M5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 24-1,2426 10A-KSA GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 125 VDC,5 NO /1 NC, part of nameplete was actually covered but can be assumed 3-1001-29A-MO 10A-K66A GE to be correct based on componeon to HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y -4 telays. | |||
125 VDC,5 NO /1 NC, part of nomepiele was actually covered but can be assumed 11001-298-MO 10A-K67A to be correct beeed on compartoon to GE HFA151 12HFA151A2H N NO 902-32 3-33013MO GERS-HFA151 Y ' | |||
.- -- -a releys. | |||
10A-K7A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 3-1001-34A-MO 10A-K7A GE HFA151 12HFA151 A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 3-1001-348-MO 10A-K7A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 31001-36A-MO 10A4(7A GE HFA151 12HFA151 A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 41001-36B-MO 10A-K7A GE HFA151 12HFA151A2H N NO 902-32 { y HFA151 Y 125 VDC,6 NO antacts SWGR 23-1,2324 10A-K7A GE HFA151 12HFA151A2H N NO 9G2-32 G7hp HFA151 SWGR 23-1,2326 1CA-K7A Y 125 VDC,6 NO contac's GE HFA151 12HFA151A2H N NO 902-32 SWGR 24-1,2424 10A-K7A GEdS-HFA151 Y 125 VDC,6 NO contacts GE HFA151 12HFA151A2H N NO 902-32 SWGR 24-1,2426 10A-K7A GERS-HFA151 Y 125 VDC,6 NO contacts GE HFA151 12HFA151A2H N NO 902-32 3-10013'^ t'O GERS-HFA151 Y 125 VDC,6 NO contacts 10A-K9A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 31001-36A-MO 10A-K9A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2324 1M-KSA GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts Page 1 of 3 | |||
SQUG UNIT 2 REL.AYS GERS SCREENING EQP.lO AD CONTACT -MFGR TYPE MODEL ENERG NOINC PANEL SAT MTG C04AWENTS 24801 1430-103A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO corences 125 VDC,6 NO cantads, part of nomspede was aceumsy covered but can be 2-6001 1430-104A GE assumed to be corted based on HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y _. lo e4meent relays. | |||
24001 1430-105A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cordade 3-6801 1430-108A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cordeds SWGR 28,284C 1430-135A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cordeds SWGR 24-1,2425 10A-K108 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO corends SWGR 24-1,2424 10A-K188 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO corende SWGR 28,2851 104-K18 GE HFA151 12HFA151A2H Y NC 90243 GERS.HFA151 Y 125 VDC,4 NO / 2 NC j SWGR 29,2E1 104-K18 GE HFA151 12HFA151A2H Y NC 902-33 GERS-HFA151 Y 125VDC,4 NO 12 NC | |||
! SWGR 24-1,2426 10A-M218 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO amtects | |||
} 3-1001-34A440 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 2-1001-348440 10A-K58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC | |||
; 2-1001-36A440 10A-M58 GE HFA151 12HFA151A2H N i NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 3-1001J88440 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 23-1,2324 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO/1 NC i SWGR 23-1,2326 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS HFA151 Y 125 VDC,5 NO /1 NC f SWGR 24-1,2424 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 24-1,2426 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 3-1001-29A440 10A-M888 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC 2-1001-298440 104-M578 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC M301-M40 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts i 2-1001-34A440 104-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cortects 3-1001-348440 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1 "!-1001-36A440 10A-KFB GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contads 3-1001-388 440 104-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-NFA151 Y 125 VDC,6 NO contads SWGR 23-1,2324 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2326 104-K78 GE HFA151 l 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordaces j SWGR 24-1,2424 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts i SWGR 24-1,2426 104-K78 GE HFA151 12HFA151A2H H NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contads 2-1001-348 440 104-M98 GE HFA151 12HFA151A2H | |||
' N_ NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordeds 3-9001-388440 1044Gl8 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts | |||
! SWGR 24-1,2424 104-M98 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordams l 24801 1430 1038 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contads 2-6801 1430-1048 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO conences j 3-8001 1430-1058 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts 34801 1430-1088 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordacts l | |||
Page 2 of 3 | |||
i SQUG UNIT 2 RELAYS GERS SCREENING EQP.ID CONTACT MFGR AD TYPE MODEL ENERG NO/NC I | |||
24801 PANEL SAT MTG 1430-1088 GE HFA151 12HFA151A2H COW 4ENTS N NO 902-33 GERS-HFA151 2-8801 1430-1128 GE 'i 125 VDC. 5 NO /1 NC HFA151 12HFA151A2H N NO 24801 902-33 GERS-HFA151 Y 125 VDC,4 NO12 NC 1430-1128 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,4 NO12 NC 2-2301-344O 2330-1008 GE HFA151 12HFA151A2H N NO 902-39 | |||
! 2-2301-344O 2330-1128 GE GERS-HFA151 Y 125 VDC,6 NO carends HFA151 12HFA151A2H N NO 2-2301-3440 902-39 GERS-HFA151 Y 125 VDC,6 NO certads 2330-115 GE HFA151 12HFA151A2H N NO 902-39 GERS-HFA151 Y 2-1001-29A400 104-K37A GE 125 VDC,6 NO carends HFA151 12HFA151A2H N NO 2-1001-298440 902-46 GERS-HFA151 Y 125 VDC,4 NO / 2 NC 104-K37A GE HFA151 12HFA151A2H N NO 902-46 GERS-HFA151 Y 21001-29A400 104-K39A GE 125 VDC,4 NO / 2 NC HFA151 12HFA151A2H N NO 2-1001-298440 90246 GERS-HFA151 Y 125 VDC,6 NO contads 10A-K39A GE HFA151 12HFA151A2H N NO 902-46 GERS-HFA151 Y 125 VDC,6 NO contads 2-1001-294440 104-K43A GE HFA151 12HFA151A2H N NO 902-46 ; | |||
2-1001-298 440 10A-K43A GE GERS-HFA151 Y 125 VDC,6 NO cordeds I HFA151 12HFA151A2H N NO 90246 2-1001-29A440 10A-K378 GE GERS-HFA151 Y 125 VDC,6 NO contads HFA151 12HFA151A2H N NO 2-1001-298440 902-47 GERS-HFA151 Y 125 VDC,4 NO /2 NC 10A-K378 GE HFA151 12HFA151A2H N NO 902-47 GERS-HFA151 Y 125 VDC,4 NO / 2 NC | |||
&1001-29A400 10A-K398 GE HFA151 12HFA151A2H N NO 90247 2-1001-298440 10A-K398 GE GERS-HFA151 Y 125 VDC,6 NO contacts I HFA151 12HFA151A2H N NO 2-1001-294440 902-47 GERS-HFA151 Y 125 VDC,6 NO contads | |||
, 10A-K438 GE HFA151 12HFA151A2H N NO 90247 GERS-HFA151 2-1001-298440 10A-K438 GE Y 125 VDC,6 NO contads HFA151 12HFA151A2H N NO ; | |||
41301 41440 902-47 GERS-HFA151 Y 125 VDC,6 NO contads 13A-K1 GE HFA151 12HFA151A2H N NO 90248 GERS-HFA151 Y 125 VDC,6 NO contacts i | |||
, e i | |||
T Page 3 of 3 t | |||
, t | |||
i GERS - HGAl1 Eaulnescatlaia General Electric type HGAl1 and HGAlli relays l Canacity 125VDC relays (HGAl1 & HGAl11) | |||
ESA ZPA | |||
! Non-Operate Operate Non-Operate Operate NO/NC EQEC NO/NC NO/NC 8.8g / NR 4.4g /10g 3.52g / NR 1,76g / 4g i 115VAC relays (HGAl1 only) | |||
ESA ZEA ! | |||
Non-Operate Operate Non-Operate Operate ! | |||
NO/NC NQ/NQ NQ/NC NO/NC ! | |||
10g / NR 10g 4g / NR 4g ' | |||
Caveats I | |||
: 1) Operation time adjustment shall be 17 msec. for 125VDC relays. | |||
: 2) Operation time adjustment shall use "high tension spring setting" for 115VAC relays. | |||
: 3) Voltage shallbe 120ViSV. | |||
: 4) 'Ihere are no GERS available for the NC contact when the relay is deenergized. This configuration has been included in the " bad-actor" list. | |||
References | |||
: 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data) | |||
Ellitalid i Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
901-32 901-46 902-32 902-46 2212-45 901-33 901-47 902-33 902-47 2212-50 l Conclusion i | |||
This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-HGA11" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. | |||
t 1 | |||
4 | |||
. . _ , . . - . . _ .-.- . . - . - ...-~ | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.1D CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS 115VAC , MounbnD ocrews were not visible and Ita-5727 1/2-5727-127W GE HGA11 12HGA11J70 Y NO/NC 2212-50 GERS-HGA11 there8ere ** rnourO,vcould not be wartAnd. | |||
125 VDC, part of nam =pt=n= was actuesy covered but can be assumed to be correct h===, eon 1-1001-34A-MO 10A-K101 A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y comparison to W relays. | |||
125 VDC, part of namepiele was actueur covered but can be aneumed to be correct bened on 1-1009-36A-MO 10A-K101 A GE HGA11 12HGA11J52G N NO 901-32 Y GERS-HGA11 comparison to W relays. | |||
1-100129A-MO 10A-K63A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y 125VDC 125 VDC, part of nam =pW= was actueNy covered but can be assumed to be correct bened on 1-02G3-3A-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W ri,;. | |||
125 VDC, part of nameplete was actuesy covered but can be mesumed to be correct bened on 1433538-RV 10A4G8A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to adjacent reisys. | |||
125 VDC, part of nameplete was actuesy covered but can be assumed to be correct beood on I4)203 3C-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to ='-- --a ri, . | |||
125 VDC, part of nameplete was actuesy covered but can be assumed to be correct bened on 1-0203-3D-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y m,W,.uii to =W--e relays. | |||
125 VDC, part of twn=pe=a= was actuesy covered but can be aneumed to be correct booed on 1-0203-3E-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y componeen to =1=c==1t relays. | |||
125 VDC, per* of rwn=pa=n= was actuesy covered but can be soeumed to be correct bened on 1412034A ~tV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y componeon to - '----4 relays. | |||
125 VDC, part of nameplete was actussy covered but can be mesumed to be correct bened on 1-020k36-RV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y componeen to =*-- -a ri,;. | |||
125 VDC, part of nomeplete was actueNy covered but can be assumed to be correct bened on 1-020k3C-RV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to =^'- --a relays. | |||
125 VDC, part of nam =pe=a= was actuety covered but can be assumed to be conect h==-eon 1-020k3tMtV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y w.,y.,e to =*- -e ri, . | |||
125 VDC, part of nameplete wee actueNy covered but can be assumed to be correct bened on 1-030L3E-RV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y m v rs to =W--a relays. | |||
Page 1 of 3 | |||
-~. . . . . - . . . .. - - - - - | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhWENTS 125 VDC, part of nameplete was adM covered txd can be assumed to be correct bened on 10-8801 1430-127A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compermon to W relays. l 125 VDC, part of nameptete was actueNy covered but can be aneumed to be correct bened on 1-2301.M40 2330-142 GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to % relays. | |||
125 VDC, part of namepiste was =r*=sy covered but can be soeumed to be correct bened on 14203-3A-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y comparison to % relevs. | |||
125 VDC, part of nameplete was adungy covered but can ta soeumed to be arrect bened on 10203-38-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W relays. | |||
125 VDC, part of namep!ste was ar*=ey covered but can be assumed to be correct bened on 1020h3C-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W relays. | |||
125 VDC, part of te was actue#y covered but can be assumed to be correct bened on 14203-3D-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to % relays. | |||
125 VDC, part of nam =f*a= was actueNy covered but can be assumed to be correct bened on 10203-3E-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y comparison to W relays. | |||
125 VDC, part of norr=g*a= was actussy covered ; | |||
txd can be assumed to be correct bened on ' | |||
14203-3A-RV 287-1128 GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W relays. i 125 VDC, part of narrut**= was ar*=sy covered ; | |||
but can be assumed to be correct bened on 1-020308-RV 287-112B GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W ri,;. | |||
125 VDC, part of namepiele was adueNy covered tud can be assumed to be correct beoed on 1-02033C-RV 287-1128 GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W s /_,;. | |||
125 VDC. part of narr=9eam was actuesy covered but can be assumed to be correct booed on 1-0203 3D-RV 287-112B GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W ri,;. | |||
125 VDC, part of narr=rea= was adueNy covered i but can be assumed to be correct bened on bO2G3-3E-RV 287-112B GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to aqarard relays. | |||
125 VDC. part of nameplete was actueNy mvered but can be assumed to be corred bened on 1-1004348-MO 10A-K1018 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y compenson to W ii ,a Page 2 of 3 | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP. ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS 125 VDC, part of re was ar*=ey covered but can be assumed to be arred bened on 1-1001-368-MO 10A-K1018 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y componean to W relays. | |||
1-10014!98-MO 10A-K638 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 14%3A-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1-0203-38-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901 33 GERS-HGA11 Y 125 VDC 1 6 -RV 10A-K988 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1630-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1-0203-3E-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1493-3A-RV 1430-1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1-0203-38-RV 1430-1258 GE HGA11 12HGA11J52G N NO '91-33 GERS-HGA11 Y 125 VDC 1-0203-3C-RV 1430-1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC INV 1430 1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1N-RV 1430-1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 125 VDC, part of nameplete was ar*=ey covered but can be assumed to be corred bened on 1-til801 1430-1278 GE HGA11 12HGA11J52G N NO 901 33 GERS-HGA11 Y compenson to W relays. ' | |||
125 VDC, part of nernepiele was aremey covered txt can be assumed to be correct bened on 1-1001-29A-MO 10A-K36A GE HGA11 12HGA11J52G N NO 901-46 GERS-HGA11 Y comparison to % relays. | |||
125 VDC, part of namepines was ar*=ey covered t:ut can be assumed to be correct bened on 1-1001-298440 10A-K36A GE HGA11 12HGA11J52G N NO 901-46 GERS-HGA11 Y compenson to W relays. 6 125 VDC, part of te was actussy covered tad can be eseumed to be correct bened on 1-1001-29A440 10A-K368 GE HGA11 12HGA11J52G N NO 901-47 GERS-HGA11 Y comperleon to adjacent relays. | |||
125 VDC, part of nameplete was ar*=ey covered but can be assumed to be correct bened on 1-1001-29EM40 10A-K368 GE HGA11 12HGA11J52G N NO 901-47 GERS-HGA11 Y comparison to % relays. | |||
125 VDC. part of te was ar*=ey covered but can be assumed to be correct bened on 113-8801 1430-127A GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y compenson to % relays. | |||
Page 3 of 3 | |||
SQUG UNIT 2 RELAYS GERS SCREENING EQP. tD CONTACT MFGR AD TYPE MODEL ENERG NO/NC SWGR 231,2329 PANEL SAT MTG OP GE HGA111 12HGA111A2F COMMENTS N NO 2212-45 GERS-HGA11 Y 125VDC 125 VDC, part of r@ ens aduesy 3-1001-34A-MO 10A-K101A GE HGA11 covered but con be assumed te be correct 12HGA11J52G N NO 90242 GERS-HGA11 Y w on w.,, ;.en to =E--e reisys. | |||
125 VDC, part of nemapl=8= was adusty 3-1001-3fM-MO 10A-K101A GE HGA11 covered but can be assumed to be corred 12HGA11J52G N NO 902-32 3-1001-29A-MO 10A-K63A GERS-HGA11 Y beeed on 6.,, 4 to =L -e relays. | |||
GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 125 VDC 125 VDC, part of nameplete was ar*W M2013A-SO 10A-K96A GE HGA11 12HGA11J52G covered but can be assumed to be correct N NO 902-32 GERS-HGA11 Y h===<t on compenson to '' -a c,;. | |||
125 VDC, part of namepiste was actuesy 24203-38-RV 10A-K96A GE HGA11 covered tad can be assumed to be conect 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on w., ; .6 to ='--.-e relays. | |||
125 VDC, part of nameplete was ar*=sy 2-02013C-RV 10A-K96A GE HGA11 covered but can be assumed to be correct 12HGA11J52G N NO 902-32 GERS-HGA11 Y hamari on w., ;.ea to ='----a relays. | |||
125 VDC, part of namepiste was actussy 3-0203-3D-RV 10A-K96A GE HGA11 covered but can be assumed to be correct 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on m., ;.on to =e--e raisys. | |||
125 VDC, part of nameplete was actusBy 242013E-RV 10A-K96A GE HGA11 12HGA11J52G covered but can be assumed to be correct N NO 902-32 GERS-HGA11 Y based on m.w; 06 to :--2--e relays. | |||
125 VDC, part of nameplete was actuspy 3-0203,WSO 1430-125A GE covered but can be assumed to be correct HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on -., ;.un to :-W-e relays. | |||
I 125 VDC,part of namepiele was actumpy i | |||
2-020138-RV 1430-125A GE covered but can be assumed to be corred HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y based on compr sn to 1'- -e relays. | |||
Page 1 of 4 | |||
SQUG UNIT 2 RELAYS GERS SCREENING EQP.10 CONTACT MFGR AD TYPE MODEL ENERG NOINC PANEL SAT MTG COhS4ENTS 125 VDC, part of nomepisen mee actueur 2-02053C-RV 1430-125A GE HGA11 covered but can be eseumed to be corred 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on c -. to acgocent relays. | |||
125 VDC, part of namepiste was adummy 3-020L30-RV 1430-125A GE HGA11 12HGA11J52G covered but can be assumed to be corred N NO 902-32 GERS-HGA11 Y bened on { .. -. to are=r=W relays. | |||
125 VDC, part of namepiste was actussy 2-02053E-RV 1430125A GE HGA11 12HGA11J52G wvered but can be ameumed to be corred N NO 902-32 GERS-HGA11 Y beood on -n _. to afecent relays. | |||
125 VDC, part of namepiste was actussy 2-2301-M40 2230-142 GE HGA11 12HGA11J52G covered but een be emeumed to be correct N NO 902-32 GERS-HGA11 Y 3-0203-3A-SO 287-112A GE HGA11 12HGA11J52G N beoed on - .- -i to ~ * .; relays. | |||
NO 902-32 GERS-HGA11 Y 125 VDC 2-0203-38-RV 287-112A GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 3-0203-3C-RV 287-112A GE 125 VDC HGA11 12HGA11J52G N NO 902-32 24303 30-RV GERS-HGA11 Y 125 VDC 267-112A GE HGA11 12HGA11J52G N NO 902 32 GERS-HGA11 Y 125 VDC 2-0203-3E-RV 287-112A GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 3-0203 3A-SO 297-1129 Y 125 VDC GE HGA11 12HGA11J52G N NO 902-32 24203-38-RV GERS-HGA11 Y 125 VDC 237-1128 GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 125 VDC 342053C-RV 287-1128 GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 125 VDC | |||
'M1203-30-RV 267-1128 GE HGA11 12HGA11J52G N NO 902-32 GERS-HCA11 Y 342CG-3E-RV 267-1128 125 VDC GE HGA11 12HGA11J52G N NO 902 C GERS44GA11 Y 125 VDC i | |||
125 VDC, part of nameplete wee actuesy j 3-1001-348440 104-K101B GE HGA11 12HGA11J52G covered tud can be assumed to be correct N NO 902-33 GERS-HGA11 Y beood on- _. _, to arq=rwt relays. | |||
i 125 VDC, part of nameplete was =r*ammy 2-1001-388440 10A-K1018 GE HGA11 12HGA11J52G covered but can be assumed to be correct N NO 902-33 GERS-HGA11 Y beood on r , _ -. to esqecent relays. | |||
a 125 VDC, part of nomspete wee actussy 2-1001-298 440 10A-K838 GE HGA11 12HGA11J52G covered but can be eseumed to be correct N NO 902-33 GERS-HGA11 Y bened on c_. -, to actocent relays. | |||
Page 2 of 4 | |||
.- .- ~ . - . . . - . . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- | |||
l SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT AD MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COMMENTS I 125 VDC, part of nameplete was ar*amey 3N-SO 10A-K968 GE HGA11 12HGA11J52G N NO covered but can be eseumed to be correct 902-33 GERS-HGA11 Y bened on -.w 6. to ; _-a relays. | |||
125 VDC, part of nomepiele was ar*amey 30203-38-RV 10A-4G68 GE HGA11 12HGA11J52G N covered but can be mesumed to be conect NO 902-33 GERS-HGA11 Y bened on w.wL~ to ;- _--a relays. | |||
125 VDC, part of nameplete was ar*amey 2-0203-3C-RV 10A-K968 GE HGA11 12HGA11J52G cowred but can be aneumed to be correct t N NO 902,33 GERS-HGA11 Y bened on w.w' ua to * --a relays. i; 125 VDC, part of nameplete was actuesy 2-020130-RV 10A-K968 GE HGA11 12HGA11J52G covered but can be AW to be correct N NO 902-33 GERS-HGA11 Y hamare on w.w n to *---e relays. | |||
125 VDC, part of nameplaw was actussy 3-0203-3E-RV 10A-K968 GE HGA11 12HGA11J52G covered but can be aneumed to be correct N NO 902-33 GERS-HGA11 Y hamad on w.we. to ad scent relays. | |||
125 VDC, part of nemarinha wge aClumsy 2-0203-3A-SO 1430-1258 GE HGA11 covered but can be amoumed to be correct ' | |||
12HGA11J52G N NO 902-33 GERS-HGA11 Y hamad on a .y R. to ~ - 4.c ,a 125 VDC, part of namepiele was actuesy 3-0203-38-RV 1430-1258 GE HGA11 12HGA11J52G covered but can be aneumed to be correct L N NO 902-33 GERS-HGA11 Y hamad on compenson to =" -4 rolsys. " | |||
125 VDC, part of nomspiele was actuesy 2-0203-3C-RV 1430-1258 GE covered but can be assumed to be correct HGA11 12HGA11J52G N NO 902-33 GERS-HGA11 Y bened on w., 6~. to 19-4 relays. | |||
125 VDC, part of nameplete was actussy 2EJG3-3D-RV 1430-1258 GE covered but can be eseumed to be correct HGA11 12HGA11J52G N NO 902-33 GERS-HGA11 Y bened on w., 6 to " -4 releys. | |||
Page 3 of 4 | |||
SQUG UNIT 2 RELAYS GERS SCREENING r | |||
EQP.l0 CONTACT AD MFGR TYPE MODEL ENERG NOMC PANEL SAT MTG COMMENTS 125 VDC, part of namepiste wee aceumsy 24203 3E-RV 1430-1258 GE HGA11 12HGA11JS2G covered but can be soeumed to be conect N NO 90243 GERS-HGA11 Y h== art on -.W . to art =r=nt relayo. | |||
125 VDC, part of re wee actuesy 1-Ca)1 1430-127B GE HGA11 cowred but can be aneumed to be comet 12HGA11JS2G N NO 902-33 2-1001-29A-MO 10A-K36A GE HGA11 GERS-HGA11 Y bened on w.g .to 1 =4 reimys. | |||
12HGA11JS2 N NO 902-46 GERS-HGA11 Y 2-1001-298-MO 10A-K36A 125 VDC GE HGA11 12HGA11JS2 N NO 902-46 GERS-HGA11 Y 125 VDC 125 VDC, part of namepente woe actumpy ! | |||
2-1001-29A-MO 10A-K368 GE HGA11 12HGA11J52G covered but can be assumed to be coned N NO 902-47 GERS-HGA11 Y h== art on compenson to =7.--a reisys. | |||
125 VDC, part of namepiste wee actumby 2-1001-298440 10A-K368 GE HGA11 12HGA11JS2G covered but can be assumed to be corred N NO 902-TT GER h 11 Y h== art on w.W -. to ='= -a reisys. | |||
Page 4 of 4 | |||
F l | |||
GERS -ITE l | |||
l Eeuinment Data l | |||
ITE27 solid state unde oltage relays and ITE59 solid state overvoltage relays ! | |||
Canaelty PSA R.A . | |||
Non-Operate Operate Non-Operate Operate l NO/NC NO/NC l NO/NC NO/NC i 15g 15g 6g 6g l Caveats l i | |||
: 1) Time dial setting must be unity or greater . ' | |||
. References l | |||
: 1) EPRI document NP-7147-SL, Appendix B -(seismic capacity data) | |||
EtRABd Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. | |||
MCC 18/19-5 MCC 28/29-5 901-32 % 1-33 Conclusion This fonn is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS- . | |||
ITE" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. I l | |||
1 l l , | |||
l | |||
CQUG UNIT 1 RELAYS GERS SCREENING AD EQP.1D CONTACT MFGR TYPE MODEL ENER NOiNC PANEL SAT MTG COMMENTS SWGR 18,1851 27NA ABB ITE27 ITE27N N NO MCC 18/1M (D3) GERS-ITE Y Cat 411T4375-L, Time cast osang = 4 SWGR 19,1951 27NA ABB ITE27 ITE27N N NO MCC 18/1M (D3) GERS-ITE Y Cat 411T4375-L Tme chel somng = 4 SWGR 18,1851 59N ABB ITE59 ITES9N N NO MCC 18/1M (D3) GERS-ITE Y SWGR 19,1951 Cat 411U4175-L, Time skal seen0 = 6 59N ABB ITE59 ITE59N N NO MCC 18/1M (D3) GERS-ITE Y Cat 411U4175-L, Time dial aseng = 6 Page 1 of 1 | |||
SQUG UNIT 2 RELAYS GERS SCREENING EOP.lO CONTACT AD MFGR TYPE MODEL ENERG NO/NC PANEL SWGR 23-1,2322 SAT MTG COMMENTS 1430-310 AGASTAT ETR ETR14D30002 N NO 901-32 GERS-ITE Y 125VDC, T.. A v .55-15 eec SWGR 24-1,2428 1430 312 AGASTAT ETR ETR14D38002 N NO 901-33 GERS-ITE Y 125 VDC T.. , .55-15 see SWGR 28,2851 27NA ABB ITE27 ITE-27N N NO MCC 28/29-5(D3) GERS-ITE Y Cet 411T437M., Time dial samng = 4 SWGR 29,2951 27NA ABB ITE27 ITE-27N N NO MCC 28/2Ni(D3) GERS-ITE Y Cet 411T437M., Time dial somng = 4 SWGR 28,2851 SON ABB ITE50 ITE-SON N NO MCC 28/2Ni(D3) GERS-ITE Y Cet 411U4175 L. Time dlel samng = 6 SWGR 29,2951 SON ABB ITE50 ITE-5ON N NO MCC 28/29-5 (D3) GERS-ITE Y Cet 411U417M., Trne dial aseng = 6 Page 1 of 1 | |||
l 1 | |||
GERS - MCCS i | |||
l Eaainment Data i 1 | |||
All contactors and overload relays located in the following 480 & 208VAC MCCs : | |||
l l | |||
18-1A 19-1 28-1A 29-1 ' | |||
18-1A-1 19-1-1 28-1A-1 29-1 1 18-1B 19-4 28-1B 29-4 18/19-5 28/29-5 All contactors and overload relays located in 250VDC MCCs I A, IB,2A, and 2B. | |||
i Canacity PSA = 1.5 1 ZPA = 1 l | |||
Demand (See Appendix D of the relay report) | |||
For all referenced MCCs except 18/19-5 and 28/29-5 : | |||
PSA = 1.44 ZPA = .49 For MCCs 18/19 5 and 28/29-5 : | |||
PSA= 1.00 ZPA = .41 Refertacts | |||
: 1) EPRI document NP-5223-SL, rev.1; " Generic Seismic Rugd=s of Power Plant Equipment" Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay reportas "GERS-MCCS" for all devices screened by this capacity vs demand evaluation. These components are all adequately mounted within their MCC and therefore the referenced capacities are applicable. | |||
L I | |||
~ _ | |||
~. | |||
I f | |||
sous ! | |||
UNIT 1 RELAYS l GERS SCREENING i i | |||
AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG CORA4ENTS E See 1 contador;ima cce 52375 ego 22; rigM I 1-1001-4A-MO 42/MC GE CR109 CR100C0 MCC 18-1 A (A2) GERS-MCC Y cet - 15021G22 i 1-1001-188A-MO 42/MO GE CR109 CR100CO MCC 18-1 A (B2) GERS-MCC Y NEMA size 1 I 1 1402-4A-MO 42/MO GE CR100 CR100CO MCC 18-1 A (84) GERS-MCC Y NEMA size 1 1-0220-1-MO 42/O GE CR100 CR100C0 f | |||
MCC 18-1 A (03) GERS-MCC Y NEMA size 1 1 1/2-5203 42/M GE CR108 CR106CO MCC 18-1 A (E1) GERS44CC Y NEMA mire 1 1/2-5201-SO MIa GE [ | |||
CR108 CR108CO MCC 18-1 A (E1) GERS-MCC Y NEMA size 1 1-1001-187A-MO 42/MO GE CR109 CR100CO MCC 18-1 A (b;l GERS44CC Y NEMA size 1 1/2-5727 42/M GE CR108 CR108EO MCC 18-1 A (G2, GERS-MCC Y NEMA size 3 1-1201-2-MO 42/MO GE CR109 CR100C0 MCC 18-1 A (H1? GERS44CC Y NEMA sian 1 1-1001-185A440 42/MC GE CR109 CR100CO MCC 18-1 A (Hz) GERS44CC Y NEMA eine 1 | |||
[ | |||
1-1001-20-MO 42/O f GE CR108 CR106CO MCC 18-1 A-5 (C1) GERS44CC Y NEMA eine 1 L 1-1001-18A-MO 42/MO GE CR100 CR100C0 MCC 18-1 A-1 (C3) GERS44CC Y NEMA size 1 , | |||
1-1001-23A440 42/MO GE CR109 CR100CO MCC 18-18 (81) GERS44CC Y NEMA size 1 l 1-1001-19A440 42/MC GE CR100 CR100CO MCC 18-1B (82) GERS-MCC Y NEMA size 1 1-1001-43A440 42/MO GE CR109 CR100CO MCC 18-1B (B3) GERS44CC Y NEMA size 1 1-1001-5A44O 42/MO GE CR100 CR100CO MCC 18-1B (84) GERS44CC Y NEMA stre 1 , | |||
1-1001-34A440 42/MO GE CR109 CR100C0 MCC 18-18 (C1) GERS44CC Y NEMA size 1 j 1 1001-50-MO 42/MO GE GERS44CC Y Conlador MCC 18-1B (C2) 1-1001-16A440 42/MC GE CR100 CR100CO MCC 18-1B (C3) GERS44CC Y NEMA size 1 1-1001-38A-MO 42/MO GE CR109 CR109CO MCC 18-18 (D1) GERS44CC Y NEMA site 1 ! | |||
1-1001-7A440 42/MC GE CR109 CR100C0 MCC 18-18 (D3) GERS44CC Y NEMA size 1 1-1001-438 440 42/MO GE CR109 CR100CO GERS44CC Y NEMA eire 1 MCC 18-1B (D4) | |||
SWGR 18,1851 42M MCC 1&t9-5 (A2) GERS44CC Y NEMA size 3 SWGR 18,1851 CR18 N NO MCC 1&19-5 (A2) GERS44CC Y contactor ! | |||
SWGR 19,1951 CRIS N NO MCC 18/19-5 (A2) GERS44CC Y contactor SWGR 19,1951 M18 N NC MCC 1&19-5 (A2) GERS44CC Y NEMA size 3 f SWGR 18,1851 M18 N NC i MCC 18/19-5 (A2) GERS44CC Y NEMA | |||
* 3 1-1001-294-MO 42/MO MCC 1&11Mi(84) GERS44CC Y NEMA see 2 1 1001-28A440 CR-R MCC 18/19-5 (C1) GERS44CC Y contactor ; | |||
1-1001-28A440 R GE CR106 CR108FO MCC 1&19-5 (C1) GERS44CC Y NEMA _ size 4 j SWGR 19,1951 42M MCC 18/19-5 (D2) GERS44CC Y corteciar > | |||
SWGR 18,1851 CR19 Y NO MCC 18/19-5 (D2) GERS44CC Y cordoctor SWGR 19,1951 CR19 Y NO Y contactor MCC 18/19 5 (D2) GERS44CC l SWGR 18,1851 M19 Y NO Y contactor ' | |||
MCC 18/19-5 (D2) GERS44CC SWGR 19,1951 M19 Y NO Y cor*=r*r MCC 18/19-5 (D2) GERS44CC : | |||
1-1001-298440 42/MO Y NEMA size 2 MCC 18/19-5 (E4) GERS44CC l 1-1001-288 440 CR-R MCC 18/19-5 (F1) GERS44CC Y contactor I i (1-1001-288-MO R MCC 18/19-5 (F1) GERS44CC Y NEMA size 4 ! | |||
Page 1 of 2 I | |||
a,---- - - - . _ - - - - - - - - - - - - - - - - - - _ - - - . . - - - - - - - - | |||
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhWENTS Size 1 contactor; ces - 56 523758G022 or 15021G22 (could not determinem wee ser 1-1001-48440 42/MC GE CR109 CR100C0 MCC 191 (B3) GERS44CC Y close) 1-1001-1868-MO 42/MO GE CR109 CR100C0 MCC 191 (C2) GERS44CC Y NEMAsee1 1-1001-368 440 42MO GE CR109 CR109CO MCC 191 (D1) GERS44CC Y NEMA size 1 1-1402-48440 42/MO GE CR109 CR100CO MCC 19-1 (E1) GERS44CC Y NEMA stee 1 1-1001-1858 440 42/MC GE CR100 CR100CO MCC 19-1 (E2) GERS44CC Y NEMA size 1 1-1001-1878440 42/MO GE CR109 CR100C0 MCC 19-1 (F3) GERS44CC Y NEMA ette 1 1 1001-18B440 42/MO GE CR109 CR100CO MCC 19-1-1 (81) GERS44CC Y NEMA stre 1 1 1001-168440 42/MC GE CR109 CR100C0 MCC 19-4 (A4) GERS44CC Y NEMA stee 1 1-1001-238440 42/MO GE CR100 CR100C0 MCC 19-4 (81) GERS44CC Y NEMA stee 1 1-1001-7C440 42MC GE CR100 CR100C0 MCC 19 4 (83) GERS44CC Y NEMA stan 1 1-1001-43C440 42/MO GE CR100 CR100C0 MCC 1S4 (84) GERS44CC Y NEMA eize 1 1-1001-348 440 42/MO GE CR109 CR100CO MCC 19-4 (C1) GERS44CC Y NEMA stre 1 1-1001-198440 42MC GE CR109 CR100C0 MCC 19-4 (C2) GERS44CC Y NEMA etee 1 1-1001-430 400 42/MO GE CR109 CR100CO MCC 194 (D2) GERS44CC Y NEMA ette 1 1-1001-58440 42/MO MCC 194 (D3) GERS44CC Y Cordactor 1-1201-S440 72/C N NO/NC MCC 1 A (FO2) GERS-MCC Y Contactor 1-1201-5-MO 72M N NO MCC 1 A (FO2) GERS44CC Y Cordactor 1-1201-5 4 0 72/O N NO/NC MCC 1 A (FO2) GERS44CC Y Cordactor 1-2301-3-MO 72/C GERS44CC Y Cordac4ar MCC 1 A (G01) 1-2301-3440 72M MCC 1 A (G01) GERS44CC Y Contactor 1-2301-M40 72/O MCC 1 A (G01) GERS44CC Y Contactor 1-1301-61440 72/C MCC 18 (WO2) GERS44CC Y Contactor 5 | |||
1-1301-61440 72M MCC 18 (WO2) GERS44CC Y Contactor 1-1301-61440 72/O GERS44CC Y Contactor MCC 1B (WO2) 1/2-5203 42M GE CR106 CR106CO MCC 28-1 A (A1) GERS44CC Y NEMA size 1 1/2-5727 42M GE CR106 CR106EO MCC 28-1 A (A2) GERS44CC Y NEMA size 3 i | |||
Page 2 of 2 1 | |||
_ _ . . _ _ __.__________.._.____._..__________.m. _ _ . _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ _ - __ _-.._m .- _ _ ,-m | |||
SQUG , | |||
UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT AD MFGR TYPE MOOEL ENERG NO/NC PANEL SAT MTG C0044ENTS 2-1402-4A440 42MO GE CR100 CR100C0 1-1001-4A-MO MCC 28-1 A (A4) GERS44CC Y NEMA 1 42A4C GE CR100 CR100C0 2 0220 1400 MCC 28-1 A (81) GERS-MCC Y NEMA 1 42tO GE CR100 CR100C0 R-1001-188A440 MCC 28-1 A (C3) GERS44CC Y NEMA 1 42fMO GE CR100 CR100C0 l MCC 28-1 A (F1) GERS44CC Y NEMA 1 l 2-1201-2-MO 42/MO GE CR100 CR100C0 MCC 28-1 A (G1) GERS44CC Y NEMA 1 I 2-1001-185A440 42M C GE CR100 CR100C0 MCC 28-1A (G2) GERS44CC Y NEMA 1 2-1001-20-MO MCC 28-1 A-1 l 42/O GE CR100 CR100C0 (C1) GERS44CC Y NEMA 1 ' | |||
l MCC 28-1 A-1 | |||
; 2-1001-18A440 42/MO GE CR100 CR100C0 2-1001-23A-MO (C3) GERS44CC Y NEMA 1 | |||
( 42M O GE CR100 CR100C0 | |||
( 2-1001-194 440 42fMC MCC 28-18 (81) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-43A440 42fMO MCC 28-18 (B2) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-5A440 42fMO MCC 28-1B (83) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-34A440 42MO MCC 28-1B (84) GERS44CC Y NEMA 1 l GE CR100 CR100C0 2-1001-50400 42M O MCC 28-1B (C1) GERS44CC Y NEMA 1 GE 2-1001-16A440 42MC MCC 28-18 (C2) GERS44CC Y NEMA 2 GE CR100 CR100CO 2-1001-36A440 42/MO MCC 28-18 (C3) GERS44CC Y- NEMA 1 GE CR100 CR100C0 2-1001-187A440 42/M O MCC 28-18 (D1) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-7A440 42fMO MCC 28-18 (D2) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-438 440 42MO MCC 28-18 (D3) GERS44CC Y NEMA 1 GE CR100 CR100C0 MCC 28-18 (D4) GERS44CC Y NEMA 1 SWGR 28,2851 42M MCC 20/205 (A2) GERS44CC Y NEMA 5 SWGR 20,2051 42M MCC 28/295 (A2) GERS-MCC , | |||
V NEMA 5 SWGR 28,2851 CR28 N NO MCC 28/2M(A2) GERS44CC Y contactor SWGR 20,2051 CR28 N NO MCC 28/20-5 (A2) GERS44CC Y contactor SWGR 28,2851 M26 N NC MCC 28/20 5 (A2) GERS44CC Y NEMA 5 SWGR 20,2051 M28 N NC MCC 28/29 5 (A2) GERS-MCC Y NEMA 5 3-1001-294-MO 42M O GE MCC 28/20-5 (B4) GERS44CC Y NEMA 2 Page 1 of 3 a | |||
~ _ . _ . . _ _ . - - -- - - - - ~~ | |||
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT AD MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COhA4ENTS 2-1001-28A440 CR-R MCC 28/2EMi(C1) GERS44CC Y contactor SWGR 28,2851 CR29 Y NO MCC 28/29-5 (D2) GERS44CC Y contactor SWOR 29,2951 CR29 Y NO MCC 20/29-5 (D2) GERS44CC Y contactor SWGR 28,2851 M29 Y NO/NC MCC 28/29 5 (D2) GERS44CC Y NEMA 5 SWGR 29,2951 M29 Y NOINC MCC 28/21Mi(D2) GERS44CC Y NEMA 5 2-1001-298440 42/MO GE MCC 28/2EMi(E4) GERS44CC Y NEMA 2 2-1001-288440 CR-R MCC 28/29 5 (F1) GERS44CC Y contactor 2-1001-28EN40 R 2-1402-48440 42/MO MCC 28/21Mi(F1) GERS44CC Y NEMA 4 GE CR109 CR100CO 2-1001-48440 MCC 29-1 (C1) GERS44CC Y NEMA 1 42/MC GE CR109 CR100C0 2-1001-1858440 MCC 29-1 (H1) GERS44CC Y NEMA 1 42/MC GE CR109 CR100CO 2-1001-1868 44O MCC 29-1 (H2) GERS44CC Y NEMA 1 42/MO GE CR109 CR100CO 2-1001-1878440 MCC 291 (H3) GERS44CC Y NEMA 1 42/MO GE CR100 CR100C0 MCC 29-1 (H4) GERS44CC Y NEMA 1 2-1001-188440 42440 GE CR109 CR100C0 2-1001-238440 42440 MCC 29-1-1 (81) GERS44CC Y NEMA 1 GE CR109 CR10BCO 2-1001-7C440 MCC 294 (A1) GERS44CC Y NEMA 1 42/MC GE CR100 CR100CO 2-1001-348440 MCC 29-4 (A3) GERS44CC Y NEMA 1 42440 GE CR109 CR100CO MCC 294 (B1) GERS44CC Y NEMA 1 2-1001-198440 42/MC GE CR109 CR100CO MCC 29-4 (B2) GERS44CC Y NEMA 1 2-1001-43C440 42/MO GE CR109 CR10BCO MCC 294(84) GERS44CC Y NEMA 1 2-1001 368 440 424AO GE CR100 CR100C0 MCC 294 (C1) GERS44CC Y NEMA 1 2-1001-430440 42/MO GE CR109 CR100C0 2-1001-58440 MCC 29 4 (C2) GERS44CC Y NEMA 1 42440 GE CR109 CR100C0 MCC 29-4 (C3) GERS44CC Y NEMA 1 2-1001-188440 42/MC GE CR109 CR100C0 3-1201-S440 72/C MCC 294 (D4) GERS44CC Y NEMA 1 | |||
- N NO/NC MCC 2A (FC2) GERS44CC Y 2-1201-EM40 7244 N NO MCC 2A (F02) GERS44CC Y 2 1201-5400 72tO N NO/NC MCC 2A (F02) GERS44CC Y 2-2301-3440 72/C R-2301-3440 MCC 2A (G01) GERS44CC Y 7244 2-2301-3440 MCC 2A (G01) GERS44CC Y 72/O 2-130141440 MCC 2A (G01) GERS44CC Y 72/C MCC 2B (RO1) GERS-MCC Y Page 2 of 3 | |||
SQUG UNIT 2 RELAYS GERS SCREENING l AD EQP.lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COhWENTS 2-130141-MO 72/M MCC 2B (Rot) GERS-MCC Y 2-1301-61-MO 72/O MCC 28 (RO1) GERS-MCC Y Page 3 of 3 | |||
j s | |||
i GERS-SG Eeminement Data i | |||
Westinghouse type SG(DC) relay Canacity DC relays only | |||
} | |||
i P.SA 3 | |||
ZP.A Non-Operate Operate Non-Operate Operate | |||
! NO/NC NO/NC NO/NC NO/NC i | |||
j . 9g / NR 8g/Sg 5.4g / NR 4.8g / 3g l Caveats | |||
, 1)The GERS data does not apply to the normally closed, deenergized contact con 6guration. | |||
; 2) Voltage shall be 120ViSV. | |||
l References | |||
?1 | |||
: 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data) 4 DSEtad i | |||
Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay 1 | |||
repat for seismic demand at each panel. | |||
i' 2251-12 2252-12 2212-46 ~ | |||
; Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-SG" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are apphcable. | |||
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5 2 | |||
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S S R R E E G G L | |||
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A 2 P 4 1 2 2 1 5 2 2 2 2 C | |||
G M SN O N O C YI N N AN L E G 1 R | |||
GEE E f o | |||
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E N Y 1 | |||
S 2 S e T S I | |||
g NR a UE P G L E | |||
D O 0 0 M 2A 2A 5 5 5 5 2 2 8 8 3 3 9 9 2 2 E | |||
P G G Y S S T | |||
E E S S U U O O R H H G G G F | |||
M TN TN I I S S E E W W T | |||
C A | |||
T N 1 O X- X-CRR D D S S 1 | |||
C 4 4 2 | |||
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1 | |||
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S S W | |||
i GERS -SOR l l | |||
Emdamnent Data I | |||
S-O-R type 6N and 12N pressure switches Cmacity PSA = 3g ZPA = 1.2g Caycats | |||
: 1) Setpoint diffeiential should approximately exceed 10% of standard system operating values. | |||
l 2) All mounting bolts are in place. | |||
l Demand Listed below are panels / racks on which the switches qualified by this form are located. See Appendix D of l the relay report for seismic demand at each panet/ rack. | |||
l l 2201-5 2201-59A 2202-5 2202-59A ms-l 2201-6 2201-59B 2202-6 2202-59B l | |||
l References | |||
: 1) EPRI document NP-5223-SL, rev.1; " Generic Seismic Rugg~i== of Power Plant Equipment" Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-SOR" for all switches screened by this capacity vs demand evaluation. These components meet the igulie cats of the above listed caveats and therefore the referenced capacities are applicable. | |||
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SQUG UNIT 1 RELAYS GERS SCREENING AO EQP.1D CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG | |||
+ | |||
CO4WENTS 1-2301-3 MO PS 1-1001-89A S-4 R 12NG-884-US C1 A-TTNQ 2201-5 GERS-SOR Y 1 1001-34A400 PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 2201-5 GERS-SOR Y 1-1001-348-MO PS 1-1001-90A S-O-R 12N6 88406-CI A-TTNQ 2201-5 GERS-SOR Y 1-1001-36A-MO PS 1-1001-90A S-O-R 12NIHl84-U6-C1 A-TTNQ 2201-5 GERS-SOR Y 1-1001-388440 PS 1-1001-90A S-O-R 12NtHl84-US-C1 A-TTNQ 2201-5 GERS-SOR Y 14801 PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 2201-5 GERS-SOR Y 1/24801 PS 1 1001-90A S-4 R 12N6-884-US-C1 A-TTNQ 2201-5 GERS-SOR Y i SWGR 13-1,1324 PS 1 1001-90A S-4 R 12N6-884US-C1A-TTNQ 2201-5 GERS-SOR Y r | |||
SWGR 13-1,1326 PS 1-1001-90A S-O-R 12NS-88+US-C1 A-TTNQ 2201-5 GERS-SOR Y r | |||
i SWGR 141,1424 PS 1-1001-90A S-O-R 12NS 88406-C1 A-TTNQ 2201-5 GERS-SOR Y SWOR 1+1,1426 PS 1-1001-90A S-O-R f | |||
12N6-884-US-C1 A-TTNQ 2201-5 GERS-SOR Y { | |||
1-6801 PS 1-1001-90C S-O-R 12NS-884-USC1 A-TTNQ 2201-5 GERS-SOR Y 1/2-6121 PS 1-1001-90C S-O-R 12NEMB84UELCIA-TTNQ 2201-5 GERS-SOR Y 1-0203-3A-RV PS 1053A S O-R 6NtHl5-US C1 A-JJTTNQ 2201-50A GERS-SOR Y N/A i 14203-38-RV PS 1053A S-O-R 6NIHl5-USC1A4JTTNQ 2201-59A GERS-SOR Y N/A ! | |||
10203-3C-RV PS 1053A i S-O-R 6NEMBSU6-C1A-JJTTNQ 2201-50A GERS-SOR Y N/A 1-020530-RV l PS 1053A S-O-R 6NIHl5-US-C1A-JJTTNQ 2201-59A GERS-SOR Y N/A ' | |||
1-020S3E-RV PS 1053A S-O-R 6N6-85-US-C1A-JJTTNQ 2201-50A GERS-SOR Y N/A 1-020S3A-RV PS 10538 S-O-R 6 nth 15-USC1A4JTTNQ 2201-59A GERS-SOR Y WA 1-020538-RV PS 10538 S-O-R 6NIHl5-US C1 A-JJTTNQ 2201-50A GERS-SOR Y N/A ? | |||
1-0303-3C-RV PS 10538 S-O-R 6NIHl5USC1A-JJTTNQ 2201-50A GERS-SOR Y N/A 1-0203-30-RV PS 10538 S-O-R 6NEL85-USC1A-JJTTNQ 2201-59A GERS-SOR Y WA t 10203-3E-RV PS 10538 S-O-R 6 nth 15-US C1 A4JTTNQ 2201-59A GERS-SOR Y N/A 1-020S3A-RV ! | |||
PS 1053C S-O-R 6N6-85-US C1 A-JJTTNQ 2201-598 GERS-SOR Y N/A I 1-0203-38-RV PS 1053C S-4 R ONS-85-USC1A-JJTTNQ 2201-598 GERS-SOR Y N/A 1-0203-3C-RV PS 1053C S-O-R 6NIHl5-U&C1A4JTTNQ 2201-598 GERS-SOR Y N/A 1-0203-3(MtV PS 1053C S-O-R 6NIHl5-US-C1A-JJTTNQ 2201-598 GERS-SOR Y N/A i 1-0203-3E-RV PS 1053C S-O-R 6NIH15-US-C1A4JTTNQ 2201-598 GERS-SOR Y N/A | |||
* 1-0203-3A-RV PS 10530 S-O-R 6NIH15-UILCIA4JTTNQ 2201-598 GERS-SOR Y N/A 1-0203 38-RV PS 10530 S-O-R 6NIH15-US-C1A-JJTTNQ 2201-598 GERS-SOR Y N/A 1-0203-3C-RV PS 10530 S-O R 6NIHl5-UELCIA-JJTTNQ 2201-598 GERS-SOR Y N/A 10203-3D-RV PS 10530 S-O-R 6NtHl5-USC1A4JTTNQ 2201-598 GERS-SOR Y N/A 10203-3E-RV PS 1053D S-O-R 6 nth 15-UELC1A-JJTTNQ 2201-598 GERS-SOR Y N/A 1-2301-3-MO PS 1-1001-898 S-O-R 12NEA84UELC1A-TTNQ 2201 4 GERS-SOR Y 1-1001-34A-MO PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 2201 4 GERS-SOR Y 1-1001-348-MO PS 1-1001-908 S-O-R 12NENB84-U&C1A-TTNQ 2201 4 GERS-SOR Y 1-1001-36A-MO PS 1-1001-908 S-O-R 12NS884UlkC1A-TTNQ 2201 4 GERS-SOR Y 1 1001-368400 PS 1-1001-908 S-O-R 12NIHl84-UELCIA-TTNQ 2201 4 GERS-SOR Y 1-8801 PS 1-1001-908 S-O-R 12NEL8B4-US-C1 A-TTNQ 2201 4 GERS-SOR Y 1/2-6801 PS 1-1001-908 S-O-R 12NEL884-US-C1 A-TTNQ 2201 4 GERS-SOR Y SWGR 13-1,1324 PS 1-1001-908 S-O-R 12NEL884-US-C1 A-TTNQ 2201-6 GERS-SOR Y Page 1 of 2 r | |||
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _____________ __ _________} | |||
.. .-. <v CQUG UNIT 1 RELAYS GERS SCREENING EQP.10 CONTACT Ao MFGR TYPE MODEL ENER NOMC PANEL SAT SWGR 13-1,1328 MTG COhWENTS PS 1-1001-008 S-4R 12N6484-LEC1A-TTNQ 2201 4 SWGR 14-1,1424 GERS40R Y PS 1-1001-008 S-4 R 12N6884t& CIA-TTNQ 2201 4 GERS-SOR Y SWGR 14-1,1428 PS 1-1001-008 S-O-R 12N6 884t& CIA-TTNQ 2201 4 GERS-SOR Y 14801 PS 1-1001-900 S-O-R 12N8-884t& CIA-TTNQ 2201 4 GERS-SOR Y 1/24801 PS 1-1001-900 S-4 R 12NEL884-t&C1A-TTNQ 2201 4 GERS-SOR Y 1/24801 PS 2-1001-904 S-0 4 12NEL884t& CIA-TTNQ 2202-S GERS-SOR Y 1/2-6801 PS 2-1001-00C S-O-R 12NELS84-t& CIA-TTNQ 2202-S GERS-SOR Y 1/24801 PS 2-1001-008 S-O-R 12N8-884-US-C1A-TTNQ 22024 GERS-SOR Y 1/2-8001 PS 2-1001-900 S-O-R 12N6484-t& CIA-TTNQ 22024 GERS-SOR Y-l Page 2 of 2 | |||
. . . . . . . . . . . . . . _ _ _ . . _ _ _ _ _ . __ ;j | |||
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UNIT 2 RELAYS , | |||
GERS SCREENING EQP.lD CONTACT AD MFGR TYPE MOOEL ENERG NO/NC PANEL 2-2301 4 440 PS 2-1001/AhA SAT MTG COIM4ENTS ! | |||
S-O-R 12N6-884-US-CIA-TTNQ 2202-5 2-6601 GERS-SOR Y ! | |||
PS 2-1001410A S-O-R 12NHl844J8-CIA-TTNQ 2202-5 GERS-SOR Y 2-1001-34A440 PS 2-1001-90A S-O-R 12NS-884-US-CIA-TTNQ 2202-5 GERS-SOR Y 2-1001-348-MO PS 2-1001-904 S-O-R i 12NS-884-US-CIA-TTNQ 2202-5 GERS-SOR Y 3-1001-36A-MO PS 2-1001-90A S-O-R 12N6-884-US-CIA-TTNQ 2202-5 GERS40R Y 3-1001-368 440 f PS 2-1001-00A S-O-R 12N6-884-US-CIA-TTNQ 2202-5 GERS-SOR Y SWGR 23-1,2324 PS 2-1001-90A S-O-R ; | |||
12NS-884-US-CIA-TTNQ 22024 GERS-SOR Y SWGR 23-1,2326 PS 21001-90A S-O-R 12NS-884-US-CIA-TTNQ 2202 4 GERS-SOR Y SWGR 24-1,2424 PS 2-1001-904 S-O-R 12N6-884-US-CIA-TTNQ 2202-5 GERS-SOR Y SWGR 24-1,2426 PS 2-100180A S-CNt j 12N6 884-US-CIA-TTNQ 2202 4 GERS-SOR Y ' | |||
2-6601 PS 2-1001-00C S-O-R 12N6-8844& CIA-TTNQ 2202-5 GERS40R Y 242034A-SO PS 2-1053A S-O-R 6NHIMJ8-CIA 4JTTNQ 2202-50A GERS-SOR Y 3-0203-38-RV PS 2-1053A S-O-R I 6NNIMJ8-CIA-JJTTNQ 2202-5GA GERS40R Y 2-0203-3C-RV PS 2-1053A S-O R 6NNIM& CIA 4JTTNQ 2202-50A GERS-SOR Y l | |||
24203-30-RV PS 2-1053A S-G-R j 6NHIM& CIA 4JTTNQ 2202-5GA GERS-SOR Y 242030E-RV PS 2-1053A d-O-R 6NH&US-CIA-JJTTNQ f 2202-5GA GERS40R Y 24203-3A40 PS 2-10538 S-O-R 6NHB54J8-CIA 4JTTNQ l 2202-5GA GERS-SOR Y 2-0203 38-RV PS 2-10538 S-O-R f 6NH&US CIA-JJTTNQ 2202-5GA GERS40R Y 34203-3C-RV PS 2-10538 S-G R 6N6-85-LECIA4JTTNQ 2202-5GA GERS-SOR Y 3-0203-30-RV PS 2-10538 S-O-R j 6N6-BM& CIA-JJTTNQ 2202-5GA GERS-SOR Y 2-0203-3E-RV PS 2-10538 S-O-R 6NS-8HJS CIA-JJTTNQ 2202-504 GERS-SOR Y 24203-3A40 PS 2-1053C S.O-R 6NNIM& CIA 4JTTNQ 2202-508 GERS-SOR Y 2-0203-38-RV PS 2-1053C S-O-R Ma**MJS CI A4JTTNQ 2202-508 GERS450R Y 4 3-0203-3C-RV PS 2-1053C S-O-R 6NNIMSC1A4JTTNQ 2202-508 GERS-SOR Y 3-020MID-RV PS 2-1053C S-O-R GN645-US-C1A4JTTNQ 2202-598 GERS-SOR Y 3-0203 3E-RV PS 2-1053C S-O-R O"MECIA4JTTNQ 2202-508 GERS-SOR Y 2-02034A-SO PS 2-10530 S-O-R - "MJ6-C1A4JTTNQ 2202-508 GERS-SOR Y 3-0203-38.RV PS 2-10530 S-O-R 6NHIMSC1A-JJTTNQ 2202-508 GERS SOR Y 2-0203 3C-RV PS 2-1053D S-O-R 6NHIMSC1A4JTTNQ 2202-598 GERS40R Y 3-0203-3D-RV PS 2-10530 S-O-R 6NNIMJ8 C1 A4JTTNQ 2202-598 GERS40R Y 3-0203-3E-RV S-O-R PS 2-1_0530 _ | |||
_ SNahiA4JTTNQ 2202-508 GERS-SOR Y 2-2301-MAO PS 2-1001898 S-O-R 12NHl84-US-CIA-TTNC 2202 4 GERS40R Y 2-6601 PS 2-1001-908 S-O-R 12NHl84-US-C1 A-TT!N2 2202 4 GERS-SOR Y 2-1001-34A440 PS 2-1001-908 S-O-R 12N6484-US-C1A-TTNQ #4 GERS-SOR Y 2-1001-348440 PS 2-1001-008 S-O-R 12NHl844&C1A-TTNQ 12202-C GERS-SOR Y 2-1001-36A4AO PS 2-1001-908 S-O-R 12NHl844&C1A-TTNQ 2202 4 GERS-SOR Y 3-1001-368440 PS 2-1001-908 S-O-R 12NHl84-US-C1A-TTNQ 2202 4 GERS-SOR Y SWGR 23-1,2324 PS 2-1001-908 S-O-R 12NHl84-US-cia-TTedQ 22024 GERS-SOR Y SWGR 23-1,2326 PS 2-1001-908 S-O-R 12N6484-08-C1A-TTW 2202-8 GERS-SOR Y Page 1 Of 2 | |||
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Latest revision as of 15:38, 29 May 2023
| ML20113C922 | |
| Person / Time | |
|---|---|
| Site: | Quad Cities  |
| Issue date: | 06/28/1996 |
| From: | COMMONWEALTH EDISON CO. |
| To: | |
| Shared Package | |
| ML20113C911 | List: |
| References | |
| REF-GTECI-A-46, REF-GTECI-SC, TASK-A-46, TASK-OR NUDOCS 9607020189 | |
| Download: ML20113C922 (244) | |
Text
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1 ATTACHEMENT 2 FOR ESK 96-128 A-46 RELAY EVALAUTION REPORT FOR QUAD CITIES NUCLEAR POWER STATION, UNITS 1 AND 2 :
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1 9607020189 960628 PDR ADOCK 05000254 PDR P
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I QUAD CITIES NUCLEAR POWER STATION
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USl A 44 RELAY EVALUATION IN RESPONSE TO:
NRC GENERIC LETTER 87-02 VERIFICATION OF SEISMIC ADEQUACY OF MECHANICAL AND ELECTRICAL EQUIPMENT IN OPERATING REACTOR 8, UNRESOLVED SAFETY ISSUE (USI) A-46
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1 TABLE OF CONTENTS j
1.0 INTRODUCTION
- 1.1 Purpose i
1.2 Background
1.3 USl A 44 Relay Evaluation 1.4 Report Organization 2.0 RESULTS AND PLANNED ACTIONS I e
2.1 Summary of results
. 2.2 Relay Outliers and Resolution
- 3.0 REL.AY EVALUATION TECHNICAL APPROACH l
3.1 Introduction 3.2 Criteria and Governing Assumptions 3.3 Identification of Essential Functions and Systems !
l 3.4 General Relay Evaluation Approach I 3.5 Detailed Circuit Analysis / Operator Action 3.5.1 Detailed Circuit Anelysis Results 3.5.2 Operator Action Results 3.6 Relay Walkdown 3.7 Seismic Capacity Screening 3.7.1 Determination of Seismic Capacity 3.7 9 Determinati.:m of Seismic Demand 3.7.3 Seismic Capacity Screening Results
4.0 REFERENCES
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TABLE OF CONTENTS !
1 1 5,0 APPENDICES
- A. Resumes of Individuals Performing Relay Review B. Relay Review SSEL C. Floor Response Spectra
. D. Panels Containing Essential Relays and Panel Seismic Demand
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l E. Essential Relay List
, F. Bad Actor List t
G. Outlier List
- H. Seismic Capacity Screening ;
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1.0 INTRODUCTION
j 1.1 Purpose This report documents the USl A-46 relay seismic functionality review for Quad Cities l
, Nuclear Power Station (QCNPS) which is owned and operated by Comed. The majority
- of this work was performed by Sargent & Lundy LLC, Comed, and VECTRA with 5
assistance from Bechtel and Stevenson & Associates.
! The relay seismic functionality review was necessary to address NRC Generic Letter 87-
! 02, " Verification of Seismic Adequacy of Mechanical and Electrical Equipment in j Operating Reactors, Unresolved Safety Issue (USI), A-46" (Ref.1) for QCNPS. The i purpose of the relay review is to verify that safe shutdown systems would not be 1 prevented from performing their safe shutdown functions because of contact chatter I during the period of strong ground motion associated with a Design Basis Earthquake
! (DBE).
i j 1.2 Background i
j in December 1980, the Nuclear Regulatory Commission (NRC) Staff identified an j unresolved safety issue, USl A-46, " Seismic Qualification of Equipment in Operating l Plants," related to the seismic adequacy of mechanical and electrical equipment in older j nuclear power plants. In response to this concem, a number of nuclear plant owners formed the Seismic Qualification Utility Group (SQUG) to investigate the issue and j develop a cost effective approach for its resolution. Initial investigations indicated that j the application of current seismic qualification standards (i.e., testing equipment on
- shake tables) to the older plants would not be practical since many equipment types and 4 models are no longer available and the use of instelled equipment for testing is, in
! Deneral, not possible. After further consideration of the problem and attemative
! resolution approaches, SQUG undertook a pilot program to determine if actual
) experience in fossil power plants and other industrial facilities which have undergone
! significant earthquakes could be uwd as a basis for evaluating the seismic adequacy of similar equipment in nuclear plants.
The results of the SQUG pilot program showed the feasibility of using earthquake j experience data as a means of assessing the seismic ruggedness of a larDe cross section of standard power plant equipment used in nuclear plants. The SQUG effort also i demonstrated that, with a few exceptions, nuclear plant equipment is generally similar to
{ that installed in fossil plants and, when property anchored, has inherent seismic
! rug 0edness and a demonstrated capability to withstand seismic motion without structural j damage or loss of functionality. The pilot program results were subsequently confirmed 1 by additional data collection and analysis.
l After substantial technical research by both the SQUG and the NRC, the NRC Staff
! published, on February 19,1987, a detailed approach for resolving the issue in Genesic
! Letter 87-02 (Ref.1). Implementation guidance for generic and plant-specife resolution
- of USl A-46 was provided in an enclosure to the Generic Letter, entitled " Seismic j' Adequacy Verification Procedure." The Generic Letter Procedure sets forth an approach j for verifying seismic adequacy of equipment using earthquake experience data
- supplemented by test results and analyses, as necessary. Licensees subject to USI A-46 j were encouraged to participate in a generic program to accomplish seismic verification j of equipment. As a result, SQUG developed the " Generic Implementation Procedure (GlP) for Seismic Verification of Nuclear Power Plant Equipment" (Ref. 2),
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The GIP provides the detailed technical approach, generic procedures and documentation guidance which USl A-46 licensees should use to verify the seismic adequacy of mechanical and electrical safe shutdown equipment. In this regard, the GIP also contains all of the activities necessary for resolution of USl A-46. A Safety Evaluation Report on Revision 2 of the GIP was prepared by the NRC and is documented in Reference 3.
1.3 USl A-44 Relay Evaluation For most equipment functionally required in nuclear plants, demonstration of seismic adequacy under USl A-46 will be accomplished by verifying that the equipment is comparable to that in conventional plants which have successfully withstood significant earthquakes and by assuring that the equipment is property anchored. In the case of electrical relays, this approach is not sufficient. FPst, the types of relays used in power plants are diverse and not easily grouped in penic equipment classes. Second, there have been instances of relay malfunction in earthquakes and in seismic shake-table tests at acceleration levels which may be near plant design levels. For these reasons, the Electric Power Research Institute (EPRI) established a project to develop a methodology for evaluating relay seismic functionality in operating nuclear power plants.
This project developed EPRI Report NP-7148-SL (Ref. 4) which provides the methodology and procedures for evaluating relay seismic functionality.
Section l1.6 of the GlP provides an overview of the USl A-46 relay review criteria and methodology. The content of the GlP conceming relay evaluations is based on the detailed criteria, methodology, and procedure documented in Reference 4. Accordingly, the review of relays associated with the USl A-46 safe shutdown equipment for QCNPS was performed and documented in accordance with the requirements of the GlP, the NRC SSER on the GIP and on EPRI NP-7148-SL 1.4 Report Organization Section 2 of this report provides a summary of the USl A-46 relay review for QCNPS
- and discusses the relay outliers and plans for their resolution. Section 3 describes the j overall technical approach and assumptions used in the review, and describes results of j the screening processes applied during the evaluations. The references used to support i the evaluation are listed in Section 4. Section 5 contains appendices as identified in the l Table of Contents.
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i 2.0 RESULTS AND PLANNED ACTIONS 2.1 Summary of results This report documents the seismic functionality review of relays affecting USl A-46 safe shutdown equipment and systems for QCNPS. This review was performed and j documented in accordance with the requirements of the GlP, the NRC SSER on the GIP
! and on EPRI report NP-7148-SL. No significant or programmatic deviations from the a
GlP were taken during the relay evaluation for Quad Cities. This section of the report provides a summary of the review.
The Quad Cities Relay Review safe shutdown equipment list (SSEL) is contained in Appendix B. Relay reviews were performed for each of these equipment items. Details of these reviews are provided in section 3 of this report. The general categories of relays included in the review were auxiliary relays, protective relays, and contactors .
Other devices which have contacts, such as control switches and instrument switches which are used in relay logic and control circuits, were also addressed in the relay evaluation, even though they are not considered relays.
Due to limited available data on relay makes and models available from plant databases, a deviation was made from the standard sequence of evaluations performed.
In order to limit the amount of walkdowns required to verify relay types, groups of contacts were screened out initially during the Detailed Circuit Evaluation by taking credit I for Operator Actions. I 2.2 Relay Outliers and Resolution !
Essential relays and other contact devices determined to have inadequate or unknown seismic capacities which could not be screened out using Light Functional Screening, i Seismic Capacity Screening, Detailed Circuit Analysis, or Operator Action are considered outliers. Of the approximately 4300 contacts evaluated for the USl A-46,562 were identified as being outliers. Because some of the outlier contacts were essential for ,
proper operation of more than one piece of equipment, there are actually only 369 !
relay / device outliers. The outliers consist of 10 " Bad Actor" relays,126 relays for which seismic oemand exceeds seismic capacity,206 relays with unknown (unpublished) seismic capacities,21 which did not meet specific caveats of the available GERS, and 6 others for miscellaneous reasons such as mounting and indeterminant type.
The available options for resolving outliers are provided in EPRI NP-7148 (Ref. 4) and the GIP (Ref. 2) A description of the specific out%rs and a summary of the planned resolutions are provided in Appendix G.
1 i
3.0 RELAY EVALUATION TECHNICAL APPROACH i
. 3.1 Introduction i
i The relay evaluation methodology used at Quad Cities consisted of a systematic approach to screen and evaluate relays and other contact devices that appear in the 1
control circuitry of SSEL systems and equipment. Systems, associated circuits, and j relays which must remain functional during and immediately after an earthquake were identified. A Detailed Circuit Evaluation was performed to identify those relays required l to function to assure availability of safe shutdown equipment. This included a limited 1 amount of Operator Action to restore safe shutdown equipment. A Seismic Capacity l Screening process was then used to assess the seismic capacity of the Essential relays j identified by the Detailed Circuit Evaluations.
l 3.2 Criteria and Governing Assumpdons I l For resolution of USl A-46, it is not necessary to verify the seismic adequacy of all plant !
) equipment defined as Seismic Class I in NRC Regulatory Guide 1.29. Instead, only I
those systems, subsystems, and components required to bring the plant to a safe i shutdown condition and to maintain it in that condition for 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> are included in the
! scope of USl A-46. As a result, the scope of the seismic verification review is limited to equipment which provides functions necessary for achieving and _ maintaining safe i shutdown. Other important assumptions which define systems and equipment which are considered essential under USI A 46 are defined in NUREG-1211 and include: (1) the seismic event does not cause a loss of coolant accident (LOCA) and a LOCA will not be
! postulated to occur simultaneously with or during the seismic event, (2) off-site power j may be lost during or following a seismic event, and (3) random, single-active-failures are assumed for systems counted on to achieve and maintain hot, safe shutdown. In addition, other specific criteria and assumptions involved in the evaluation of relays are provided in EPRI NP-7148 (Ref. 4).
3.3 Identification of Essential Functions and Systems I Four functions were considered for achieving and maintaining a safe shutdown condition following a design basis earthquake. These functions are:
Reactivity Control i Reactor Coolant Pressure Control Reador Coolant Inventory Control Decay Heat Removal The systems soledad to accomplish these four fundions are identified in the USI A-46 Seismic Eva;ustion Report (Ref. 6). Supporting systems necessary to operate the safe shutdown equipment were identified as well. Safe Shutdown Equipment Lists (SSEL's) were generated for each system and compiled into one composite SSEL. From this composite list, the Relay Review SSEL was generated and is provided in Appendix B.
3.4 General Relay Evaluation Approach The relay evaluation for Quad Cities Station began with the creation of a relay list which documents the Detailed Circuit Evaluation for each piece of equipment identified in the SSEL. The Detailed Circuit Evaluation included only those contacts directly involved with the operation of the specified piece of equipment. Therefore, devices controlling non-essential equipment, annunciators, and alarms were not included on the list. A determination of susceptibility to chatter based on the fundion of the individual
l components on the list was made. Checks were made for Generically ru00ed devices such as solid-state relays and mechanically-actuated contacts which were then screened as 'not vulnerable" to chatter. Those contacts for which it was determined chatter would not adversely impact equipment operation were screened as " Chatter Acceptable". In addition, a determination was made of those relays for which Operator Action would be required during the event to reset / respond to the consequences of relay chatter affecting equipment availability. The use of this method was limited, and the specific operator actions are discussed in Section 3.5.2. The remaining contacts were considered to be potentially seismically vulnerable.
The seismic adequacy of the remaining relays and other contact devices were then evaluated by comparing the seismic capacity of the specific relay types with the plant-specific seismic demand. Seismic demand was determined by modifying the floor l
response spectra at the base of the cabinet or panel to account for structural -
amplification between the cabinet base and the location of the device mounted within the l cabinet. Generic in-cabinet amplification factors and factors of safety provided in the i GlP (Ref. 2) were used to account for structural amplification. Low ruggedness or " bad !
actor" relays were identified during the seismic adequacy screening. Section 3.7 describes the Seismic Capacity Screening process in detail. As described in Section 2, many of tne devices passed the Seismic Capacity Screening process and required no i further evaluation. Some relays did not pass the seismic capacity screening because j either the seismic demands on these devices were higher than their published capacities or the seismic capacity data was unavailable for the specific relay models.
l The relays that could not be screened using the methods described above were considered outliers. A complete list of outliers and planned methods of resolution is provided in Appendix G. Options for resolving outliers include: refinement of initial seismic requirements, testing of the relay in question, circuit redesign, relocation of relays to reduce seismic demand, modification of relay installation or support structure, and replacement of relays in question with seismically qualified models. I 3.5 Detailed Circuit Analysis / Operator Action The first step in the relay evaluation process at Quad Cities Station involved the use of Detailed Circuit Analysis. This process determines if a relay malfunction due to contact chatter is acceptable or not. As described in reference 4, relay chatter is considered acceptable if; (1) relay function is not needed during the seismic event, (2) relay malfunction does not prevent the desired function from occuning, and (3) relay malfunction does not cause a spurious, unacceptable event. This step also screened out the mechanical and solid state devices, defined to be " inherently rugged" by EPRI report NP-7148-SL (Ref. 4) and the GIP.
l l
Combined with this step of the evaluation process was a screening for Operator Action.
- Operator Adion was used in a very limited number of cases, and was used in accordance with the recommendations provided in the GlP (Ref. 2) and EPRI report NP-7148-SL (Ref. 4). The use of Operator Action as a screening method was contingent on l the satisfaction of the following actions
, i l 1) The operator is provided with specific indication of system status.
1
- 2) There must be sufficient time for the operator or assistant to perform the i l
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- 4) The number of systems to reset is minimal.
- 5) Detailed procedures are available to assist and direct the resetting operation.
i 3.5.1 Detailed Circuit Analysis Results 4
The detailed circuit analysis was used to define the total number of contacts associated j
with the operation of the equipment listed on the SSEL. Following is a summary of the i
relay screening:
i Unit 1 & Common Unit 2 Number of contacts screened "NV" 774 706 i Number of contacts screened 'CA 693 643 l Number of contats screened 'OA' 40 33 i Number of Essential Relays Ill $21 Total number of contacts reviewed 2288 2003 3.5.2 Operator Action Results
- A total of 73 contads were screened from further consideration using Operator Action.
i As a result many other contacts could be screened as chatter acceptable such as those
- initiating energization of a relay which seals in and requires manual reast but were not required to be inciuded in the list. The operator actions requirea are
- 1. Operator action may be required to reset LPCI Loop Select Logic. LPCI is used for the safe shutdown functions of inventory control and decay heat removal. Reset of the Loop Select Logic should not be required until a period of time after the seismic event.
- 2. Operator action may be required to reset breakers to restore offsite power. Although offsite power availability is desireable, it is not essential for safe shutdown.
- 3. Operator action may be required to reset the fire detection relay seal-in which would prevent the DG HVAC from starting / running. However, the seal-in automatically resets after 31/2 minutes to allow HVAC to start if the DG is running.
- 4. Operator action may be required to trip the DG cooling water pumps which could spuriously start when their correspondire Diesel Generator is not running.
- 5. Operator action may be required to reset the condanser prior to use. However, existing plant procedures already require Operator Action to start the train B condenser.
3.6 Relay Walkdown The Generic Implementation Procedure (GlP) requires plant walkdowns of relays and their enclosures. The purpose and scope of these walkdowns are to:
- 1) Obtain, as necessary, information needed to determine cabinet types and cabinet specific in-cabinet amplifcation factors for seismic screening;
- 2) Verify the seismic adequacy of cabinets or enciosures which contain essential relays; l
- w- ,, w - - -
l t 3) Spot-check mountings of essential relays to determine if they are in accordance with manufacturers recommendations;
- 4) Confirm relay types and locations are consistent with the documentation sources
- used during the relay circuit evaluations.
i j Under the USl A-46 program, relay mountings are assumed to be in accordance with
' manufacturers recommendations, and plant documentation of relay types and locations is assumed to be accurate. The objective of the spot checks made during the relay walkdown was to confirm on a sample basis these assumptions. Other walkdowns, l
performed by seismic capability engineers, collected the information needed for cabinet i
+
evaluations used in seismic capacity screening of relays type and to verify the seismic adequacy of the cabinets and enclosures which support essential relays. The results of these evaluations are presented in the USI A-46 Seismic Evaluation Report (Ref. 6).
i Relay checi.s were made at Quad Cities Station by the relay review team. Mounting j bolts wera visually inspected to assure the relays were well secured, and relay model and rt.anufacturer were verified. Due to limited relay type data in plant documentation, a
! majority of the cabinets were checked to obtain relay nameplate data in addition to
, inspecting relay mountings.
) 3.7 Seismic Capacity Screening i
Following the Detailed Circuit Evaluation and Relay Walkdown, all remaining contacts on the composite list were evaluated for seismic adequacy. A total of 1249 essential j contacts (689 for Unit 1 and 560 for Unit 2) were initially evaluated using the Seismic Capacity Screening methodology.
The first step performed in the Seismic Capacity Screening process was a search for i
" bad actor" relays, which are relays with demonstrated low seismic ruggedness or sensitivity to high frequency vibration. Because of their low seismic ruggedness, bad
)
actor relays cannot be screened using the seismic capacity screening process. '
Appendix E of EPRI NP-7148 (Ref. 4) provides a list of known bad actor relays. As a result of this search, a total of 10 tp actor devices were identified, which includes 1 General Electric Type HGA Relay ,2 Westinghouse type SG relays,4 Westinghouse type SV relays, and 3 General Electric type CEH relays.
Next, devices located on the diesel generator skids and in panels mounted on the skids were screened out as having sufficient capacity. As noted in Appendix B of EPRI report NP-7148-SL and in a report by the Senior Seismic Review and Advisory Panel (SSRAP),
(Ref. g), relays on a reciprocating engine skid are exposed to high vibration levels during normal operation. Therefore, such devices are not considered vulnerable to seismically induced chatter and were not considered further during this evaluation. However, the Relay Review Team did spot check the mounting of these devices.
Finally, the remaining relays were evaluated for seismic adequacy using the seismic i capacity data contained in EPRI NP 7147-SL (Ref. 7), and EPRI NP-5223-SL (Ref. 8). !
1 The HGA relays identified as " bad actors" are only those for which a Normally-Closed contact with the relay de-energized is required for proper safe shutdown equipment operation. Seismic Capacity Sener.ing was used for the HFA rebys which did not have this contact configuration.
, - _ _ _ _ . _ . - . . . - - . . . ~ . . . - ~ . , , . . ~ . as. ..a -. . -.--+a,-- _~ . . - . . - .u - -
3.7.1 Determination of Seismic Capacity The use of relay GERS as published in references 7 and 8, provided the primary means of establishing relay seismic capacity at Quad Cities Station.
3.7.2 Determination of Seismic Demand The seismic demand on relay devices was determined using the criteria presented in the GIP (Ref. 2) and EPRI NP-7148 (Ref. 4). In general, the seismic demand on relays was determined by modifying the floor response spectra at the base of a relay cabinet or panel to account for structural amplification between the floor and the relay mounting location. For the majority of the relays evaluated, generic in-cabinet amplification factors were established by the seismic review team. The Quad Cities Station Ground and Floor Response spectra were provided in a separate report (Ref. 6) and can be found in Appendix C. A summary of the seismic demand data at the relay mounting point in essential panels is presented in Appendix D. The peak spectral acceleration
, (PSA) reflects peak seismic demand in the 4Hz to 16 Hz range and the Zero Period Acceleration (ZPA) reflects seismic demand in the 33+ Hz ran0e. Both the PSA and ZPA were used for the seismic capacity screening.
3.7.3 Seismic Capacity Screening Results Of the 1249 contacts evaluated using the Seismic Capacity Screening process,654 of the contacts passed. The 562 contacts (relating to 369 individual devices) which did not ;
i pass can be categorized further as 10 which were bad actors,206 for which no GERS were available,21 relays for which GERS may have been available, but the specific
. caveats were not met, and 126 where the relay capacity was exceeded by demand. In addition,1 device failed due to mounting alone, 3 relays failed due to insufficient information re0arding the essential contact configuration, and 2 devices failed because their type could not be determined from the drawings or the initial walkdown.
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7 i
4.0 REFERENCES
! 1. Generic Letter 87-02, " Verification of Seismic Adequacy of Mechanical and Electrical i
Equipment in Operating Reactors, Unresolved Safety issue (USI) A-46," U.S. Nuclear Regulatory Commission, Washington, D.C., February,1987,
- 2. Generic implementation Procedure (GlP) for Seismic Verification of Nuclear Plant i Equipment, Revision 2, as corrected on February 14,1992 (GlP-2). Seismic 2
Qualification Utility Group (SQUG).
l 3. Supplement No.1 to Generic Letter (GL) 87-02 that transmits Supplemental Safety Evaluation Report No. 2 (SSER No. 2) on SQUG Generic implementation Procedure, j Revision 2, as corrected on February 14,1992 (GlP 2), U.S. Nuclear Regulatory
- Commission, Washington, D.C. May 22,1992.
d
- 4. EPRI NP-7148-SL, " Procedure for Evaluating Nuclear Power Plant Relay Seismic ,
- Functionality." Final Report, December 1990.
i 5. NUREG-1407, " Procedural and Submittal Guidance for the Individual Plant Examination
! of Extemal Events (IPEEE) for Severe Accident Vulnerabilities," U.S. Nuclear j Regulatory Commission, Washington, D.C., June 1991.
A
! 6. Final Report 93C2806-03.A46, Seismic Evaluation Report for Resolution of USNRC USI i
A-46 at Quad Cities Station Units 1 & 2.
- 7. EPRI NP-7147-SL, " Seismic Ruggedness of Relays, Final Report, August 1991.
{
. 8. EPRI NP 5223-SL, " Generic Seismic Ruggedness of Power Plant Equipment (Revision
- 1)." August,1991.
- 9. SSRAP Report, "Use of Seismic Experience and Test Data to Show Ruggedness of Equipment in Nuclear Power Plants", Senior Seismic Review and Advisory Panel
- (SSRAP). Revision 4.0, February 28,1991.
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I APPENDIX A RESUMES OF INDIVIDUALS PERFORMING RELAY REVIEW QUAD CITIES STATION UNITS 1 & 2 l
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u- ,, . . . . ._, .. . _ . . .-. , , . . . - - - , - - . - ,
MICHAEL C. WARPEHOSKI 4
Electrical Project Engineering Division
. Eiectrical Engineer i EDUCATION Reviewed schematics and wiring diagrams to postulate worst-case scenarios for Michigan Technological University - B.S. performing voltage drop, short circuit, and Electrical Engineering - 1990 control power transformer sizing j calculations to evaluate the acceptability of
- REGISTRATION various proposed design changes.
1 Inspected conduit runs for verification of Professional Engineer-in-Training - Michigan installation deficiencies. 'Ihis project
- included client interfacing with various
! PROFICIENCIES Ebasco and TVA disciplines. (1992 to i
1993) j Electrical engineering
- Sargent & Lundy's Electrical Load Monitoring
- Corn naawealth Edison Company
! System (ELMS)-ac and de -
Dresden 2 and 3, nuclear,1545 MW total; i Vendor and client interface - Quad Cities 1 and 2, nuclear,769 MW j Diesel generator loading analysis each.
Battery sizing Performed engineering cost estimates, l Modifications battery sizing calculations, diesel generator i SQUG Relay Evaluation voltage drop and recovery time
{ calculations, control and power circuit
{ RESPONSIBILITIES voltage drop calculations, breaker and
, cable sizing, and system analysis using l Mr. Warpehoski is responsible for performing Sargent & Lundy's ac and de Electrical j electrical design work in compliance with Load Monitoring System (AC-ELMS and
- applicable codes, national and Sargent & Lundy DC-ELMS). Reviewed schematic
] standards, client requirements, station technical diagrams to establish load profiles for j specifications, final safety analysis report (FSAR) battery and diesel generator sizing i commitments, and sound engineering practices, calculations and engineering analysis of
! He is responsible for determining the acceptability relays (pickup and dropout voltages) used
- of changes to the ac and de systems and in safety-related circuits throughout the i engineering analysis. plants. These projects also included client and vendor interfacing. (1990 to 1992)
EXPERIENCE Performed miscellaneous modifications, Mr. Warpehoski was most recently assigned to minor plant changes, and on-site station Comed's Quad Cities project team. support activities associated with various systems which involved equipment His relevant experience includes: replacements and control logic changes.
Resolved fuse, breaker, and overload
. Tannassaa Valley Authority heater sizing and cable routing Watts Bar 1 and 2, nuclear,1270 MW discrepancies. Completed formal Seismic each. Qualification Utility Group (SQUG)
Performed calculations and design change training course (1%3-1994 at Quad Cities notices (DCNs) for the electrical isolation Station).
of Unit i from Unit 2 for Unit I startup.
Performed miscellaneous DCNs.
1736-1 05(n93
MICHAEL C. WARPEHOSE!
Bectrical Project Engiw;erk Division Sectrical Engineer PRIOR TO JOINING SARGENT & LUNDY
- G+ir Fan Corporation Product Development Center Technician.
Designed and built control panels for test areas and for prototype ventilation units and provided electrical controls for existing laboratory machinery. (1986 to 1989) i J
Page 2 1736-1 050393
1 J. R. BEDNARCZYK Electrical Project Engineering Division Senior Electrical Project Engineer EDUCATION transformer, installation of a water biocide system, and installation of cables to alleviate voltage-drop University of Illinois - B.S. Electrical problems on several systems. He works closely Engineering - 1974 with the client's engineering staff and with construction personnel throughout the design and REGISTRATIONS installation of the projects.
Professional Engineer - Illinois, Indiana, From 1984 to 1991, Mr. Bednarczyk was part l Kentucky, Wisconsin owner of a mechanical / electrical engineering firm.
l He was responsible for all electrical designs.
i PROFICIENCIES Projects included commercial, industrial, and municipal type installations.
Electrical engineering Project scheduling and planning Previously, Mr. Bednarczyk led site electrical I
Conceptual design project engineer at PSI Energy's (then Public Power and control system design Service Indiana) Marble Hill nuclear station. He
! System modifications was responsible for the onsite electrical design l Construction interface teams. He also worked closely with the client and '
contractors in resolving construction problems.
RESPONSIBILmES i l
From 1974 to 1982, Mr. Bednarczyk worked on Mr. Bednarczyk is primarily responsible for several fossil plant projects. He was involved scheduling, planning, and final approval of all site- with the electrical design on most of the major initiated electrical projects. This includes primary plant systems, including the boiler and turbine interface with the client's site engineering and controls, the auxiliary electrical system, de construction staffs on conceptual designs, systems, auxiliary generators, pollution control preparation of construction documents, and equipment, and power transformers. He was also assisting in resolution of construction problems. responsible for preparation of procurement He also directs the work of other engineers and documents for equipment and installation designers and coordinates the interface with other specifications. i Sargent & Lundy divisions in preparation of j construction packages. Other responsibilities His specific experience includes:
include the preparation or review and approval of design calculations.
- C-awealth Edison Company Quad Cities 1 and 2, nuclear, 850 MW EXPERIENCE each.
Lead Site Senior Electrical Project Mr. Bednarczyk has nearly 20 years of nuclear- Engineer. Coordinating the work of the and fossil-fueled power plant experience. He is site electrical staff in assembling currently working at Commonwealth Edison installation documents for plant Company's Quad Cities Station, responsible for modifications. Projects have included the coordinating the work of the site electrical staff in emergency replacement of a unit main assembling installation documents for plant power transformer, installation of a water modifications. Projects have included the biocide system, and installation of cables emergency replacement of a unit main power Page 1 6297-5 102793
J.R.BEDNARCZYK Electrical Project FJgineering Division Senior Electrical Project Engineer to alleviate voltage-drop problems on
- Northern Indim Public Service Company several systems. (1991 to present) - Bailly 7 and 8, coal,616 MW total.
Electrical Engineer. Electrical design and
. PSI Energy preparation of procurement specifications
- Marble Hill 1 and 2, nuclear,1175 MW on a boiler balanced draft conversion (cancelled). project. Project involved redesign of the Lead Site Electrical Project Engineer. boiler control and auxiliary power Coordinated the preparation of electrical systems, and sections of the main control design documents onsite. Primary board. (1976 to 1977) interface with client's site staff and with contractors. Worked closely with
- Kameky Utilities Company contractors in resolving installation - E. W. Brown 3, coal,440 MW. l problems. (1983 to 1984) Electrical Engineer. Responsible for i electrical design of a new electrostatic
. Tana-a Valley Authority precipitator and induced draft fan addition.
- Muscle Shoals, fossil. Work included coordination of the Electrical Project Engineer. Electrical preparation of electrical installation design and procurement specifications for drawings and preparation of electrical electrical equipment on a boiler-balanced procurement documents. (1975 to 1976) draft conversion and pollution control project. Project involved reworking the - Ghent 2, coal,550 MW.
auxiliary power, boiler control, and waste Electrical Eagineer. Responsible for the removal systems, and installation of electrical design of the electrostatic additional electrostatic precipitator precipitator and ash handling systems.
capacity. (1981 to 1982) (1974 to 1975)
- New York Power Authority MEMBERSHIPS
- 760 MW fossil power plant.
Electrical Project Engineer. Conceptual Institute of Electrical and Electronics Engineers electrical design of a multi-fuel fossil and refuse-fired generating station.
Responsible for auxiliary power system calculations and studies, design of the systems, and preparing procurement documents for the equipment. Also provided electrical interface on turbine and boiler control systems. (1979 to 1981)
= Illinois Power
- Clinton, nuclear,985 MW.
Electrical Engineer. Electrical conduit design and preparation of electrical installation drawings and details for the unit's control building. (1978)
Page 2 6297-5 102793
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Charles E. Beek, P.E.
Education l
4 i
PhD Candidate, Electrical and Computer Engineering, Illinole inetkute of Technolo M. S. Electrical and Computer Engineering, llT
}
- B. S. Sectrical Engineering, Urdversity of Notre Dame h Fonnel Training
)
US Navy Power School
{
l SOUG
- Equipment Selection" and " Relay Evaluation
- training courses (by MPR A
! BWR ' introduction to Power Plant Operation' (by Commonwealth Edison Company) j
- Electrical Power System Survey
- course (by Commonwealth Edison Company)
! " Nuclear Codes, Standards, and Regulatory Requirements" (by General Physics C l
Proseselonel Arnlistione l
1 Registered Profesasonal Engineer in IL, MA, MI, MN, WI i Senior Member, Insttute of Electrical and E:w,eurk Engineers Member: ,
American Nuclear Society National Society of Professional Engineers, i
National Fire Protection Aaaaelatian, Electrical Section.
{
Program Committee for the Annual American Powe ConW:e Pro 6ciencies i
1 I IEEE Standards, NEMA Standards, NUREGs, NRC Generic Letters & Information Notic 10CF21,10CFR60 (Appendix B) and 10CFR50.5g.
! Developing Test Plane and Performing Electrical Tests.
1 Analytical Design and ModMcation for Electrical Systems. Com i
W Mr. Beck is the Engineering "7--;= for kcl Engineering Consultants. His Projwt
- sitdities include assuring compliance with client requirements, scheduling and
' Osk&Ls the use of personnel and other resources, and contrating project y budgets Annunciator Systems at two nuclear fac51 ties. His oth Room Ughting and HVAC, Control Panet I.ayout, and Diesel Generator Control Syste i Mr. Beck was the " Land Relay Reviewer" for the Quad Cities Station SOUG Rela .
- performed and reviewed calculations and design changes for Motor-Operated Val
! Generic Letter 80-10 requirements. He has provided audt support and other EDSFI preparations, DET support, and ECCS System logic reviews. He has exten I
minor plant changes, ranging from almple teiay substitutions, to reactor mode s
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._- - -- - . - - - . - . - - . - . - - - . - . . - . _ . - - - - - . ._. = __
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j replacements of Station Batteries He has pedormed operabelty ra ed a
systems, reviewed mechanical and structural Evaluations and Technical Quality Reviews to assure acceptablity of ey modtRcations for designs elect
{
- Mr. Beck directs a sections of nine engineers. He is responsible y and client for en i
i power system arsysis, topical issues (suchron.as o mo mental quellHcation of electrical equipment. Induded with these tasks a l
- applicable codes, standards, regulations, and dient-specific procedures.
3 i
i j
includes four years with Cca ia.;;G Edisonre Comp ,
he s
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Stations, in the role of onsite representativeverof the ig,,,&4 at Quad Cities Nudea r fifty signincent projects as a BWR design engineer, including ,modincations assessments, and responses to Nuclear Ucensing issues.
operability c
1 i
i
! technicians. He was responsible for Electrical ra ors and c ear aircraft Distrib engineer, he has performed project work from b i
thee. , -
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Technical Publications Five (or accepted for) " transactions'
- pueashed -Con,e,ence ,,,ces . status-i 4
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1 ROY H. BUCHERT ELECTRICAL ENGINEER '
Mr. Buchert has 5+ years of experience in the nuclear industry. He ha expertise modifications. in Mr.
electrical analysis, design and support for numerous nu Buchert has a working UFSAR/FSAR, IEEE, NEC and other standards. knowledge of Technical Specificai walkdowns. He has performed extensive equipment DETAILED EXPERIFNCE:
l 1
equipment selection and cable sizing calculation He has complete training on the 1993 National Electrical Code.
He has also prepared ECNs,
)
modification checklists, proposals, cost estimates, and coordinated procu ;
components Nuclear Plants. for various modifications at Commonwealth Edison's Dresden an) !
l l Mr. Buchert has completed the SQUG " Equipment Selection" and "
l Evaluation at Commonwealth Edison's Quad Cities Nuclea ;
Mr. Buchert has provided extensive electrical analysis and provided electric AC and DC Motor Operated Valve (MOV) modifications in response to Gene '
requirements. These modifications entailed the ISCO, HPCI and RWCU blowd Dresden Nuclear Station and RWCU and CS valves at Quad Cities He has spent 8 weeks in a staff augmentation position were he was responsi 1 methodology, schedule, productivity, technical quality and client satisfaction in ad providing his wiring expertise and supporting walkdowns for a major gas turbine modification at Wisconsin Electric Power Company's Point Beach Nuclear Station. ;
Mr. Buchert has experience at Commonwealth Edison's Braidwood and Byron Stations preparing ECNs, modification checklists, project plans and cost estim l modifications. He spent 4 months on a field assignment at the Tennessee conduits. Bar Nuclear Station walking down and documenting "As Built" routing Watts 6
, _ WORK HISTORY: !
l VECTRA - 9/24/90 to Present Sargent & Lundy - 1/7/89 to 9/24/90 l
l RMB E l 8/17/94 Page 1 of 2 w y- 1T"
Rsy H. Cuchert (cont'd)
EnUCATION:
University of Wisconsin-Platteville, B.S., Electrical Engineering,1988 REGISTRATION; l
Professional Engineer Intern (EIT) - Wisconsin t
PUBLICATIONS; Record of the 1993 IEEE Nuclear Science Sympos ,
e MEMBERSHIPS:
I Institute of Electrical and Electronics Engineers (IEEE)
National Fire Protection Association (NFPA)
RHB E 8/17/94 het2of2
SCOTT L. ECKHARD 22423 57th Ave. North Port Byron IL 61275 Home Phone: (309) 523-2334 Work Phone: (309) 654-2241 X-3030 l l
1 EDUCATION: l l
Pennsylvania State University - Associate of Science, Electrical Engineering Technology - 1981 i Bellwood-Antis High School, Bellwood, PA - Advanced math and vocational graduate courses.
Altoona-Area Vo-Tech - Basic and Industrial Electricity graduate courses EXPERIENCE
SUMMARY
Electrical Engineering and Design activities associated with the construction, stan-up, and maintenance of various nuclear facilities. Experience includes conceptual design for new construction and plant modifications; craft, maintenance, and start-up implementation support; supervision of work package development; specification development and maintenance; procedure development; material procurement and integration of plant modifications with existing design.
l 1
l EXPERIENCE HISTORY:
Bechtel Power Corn.
Commonwealth Edison Company April 1992 to Quad Cities Station Units 1 and 2 Present Cordova, Illinois Supervisor: W. O. Porter As an Electrical Engineer, current primary responsibilities are to provide the conceptual design and implementation support required to complete plant enhancement and maintenance modifications.
Conceptual design activities include equipment selection, completion of calculations, Engineering Change Notice (ECN) preparation, and drawing revisions. Experience at Quad Cities has included the electrical design and implementation support required for the Sodium Hypochlorite Tank heat trace replacement, Reactor Building Sump Pump replacement, Standby Gas Heater Failure alarm addition, Standby Liquid Control heat trace replacement, Service Water Radiation Monitor skid relocation,24/48 VDC Battery charger replacement, Primary Containment Particulate Sample System demolition, IRM and SRM Ground cable installation, and the RHR and Core Spray room cooler thermostat replacement.
I l
l Resume of Scott L. Eckhard Page 2 Bechtel Power Corn.
Texas Utilities November 1990 Comanche Peak Steam Electric Station Unit 2 April 1992 Glen Rose, Texas Supervisor: G. Mekulsi .
As an Electrical Construction Engineer, responsibilities included the supervision of work package development to complete the construction of Texas Utilities 1159MW PWR in accordance with site installation specifications and regulatory requirements. Review preliminary electrical designs to provide constructibility analysis and evaluation of potential impact on the operation of unit 1. Additional l
responsibilities include completion of 10CFR50.59 checklist, installation of Appendix R fire zone cable, '
installation of environmental equipment seals, completion of pressure boundary breech permits and general field engineering activities associated with the construction of Unit II.
l Stone & Webster Enmineering Corporation l Niagara Mohawk November 1989 to Nine Mile Point Nuclear Station Unit 2 November 1990 i Lycoming, New York I
Supervisor: Mike Schildroth As an Electrical Designer assigned to the Site Engineering Group, primary responsibility was to provide design changes, both wiring and physical, required to support plant enhancement modifications.
Additional responsibilities included problem report resolution, material management specification maintenance,10CFR50.59 Safety Evaluations, and Field Engineering support during implementation of plant modifications.
Stone & Webster Engineerine Corporation Texas Utilities April 1988 to Comanche Peak Steam Electric Station Unit 1 November 1989 Glen Rose, Texas i
Supervisor: Kent Ryan As a Construction Engineer, responsibilities included development of construction work packages which included identification of work scope, preparation of traveler formatted instructions, completion of constructibility reviews of associated drawings and change documents, and identification of quality assurance / inspection requirements. As a field engineer responsibilities included res@ tion of construction and start-up restraints via the disposition of problem reports and engineering change documents.
1
3 l
l Resume of Scott L. Eckhard Page 3 Stone & Webster Eneineerine Cornoration Niagara Mohawk July 1985 to Nine Mile Point Nuclear Station Unit 2 April 1988 Lycorr.ing, New York Supervisor: Tom Landry Responsible for the electrical installation specifications, procurement of class lE and Non-lE permane plant equipment, heat tracing, environmental equipment seals, and other general field engineerin activities associated with the implementation of plant modifications. Additional responsibilities at Nine Mile Point Two included positions in the wiring and cable termination group which involved prov construction with technical direction on the installation / termination of cables, via engineering and d changes combined with resolution of nonconformance reports. The scope of work also included experience with elem/ wiring diagrams, conduit / equipment plans, cable pull and sizing calculation, i environmental sealing of electrical equip, and redundant separation (ramdatory guide 1.75 - IEEE STD 384-1974).
Stone & Webster Engineering Corporation Gulf States Utilities September 1983 to River Bend Station Unit 1 July 1985 St. Francisville, Louisiana ,
Supervisor: Tim Shea I
Responsible for dispositioning electrical cable nonconformance reports and providing the constructor with technical cable installation and conductor termination practices. Also, responsible for procedurally coordinating the use of computerized conductor termination and cable pull tickets.
Stone & Webster Engineerine Corporation. Cherry Hill. NJ Cherry Hill Operations Center February 1982 to Cherry Hill, New Jersey September 1983 Supervisor: Jerry Balzano Responsible for design of electrical raceway and raceway support drawings. Also, as acting coordinator of the auxiliary control building, responsible for meeting drawing schedules and maintaining the de effort. In addition, responsible for providing cable routes throughout the Project.
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a l i l APPENDIX C 1 FLOOR RESPONSE SPECTRA QUAD CITIES STATION UNITS 1 & 2 i i 1 l i i I l I I l I l l l l 1 l I t 1 l l l l l l l
SQUG APPENDIX C SEISMIC DEMAND VALUES BY AREA QUAD CITIES STATION Seismic Demand at Relay using Panet Amplification Maximum Floor Acceleration Factors of 1, 3,4.5, or 7 1 3 4.5 7 Buildin0 Floor Elevation PSA ZPA PSA ZPA PSA ZPA PSA ZPA PSA ZPA DG1 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 DG1/2 595' ; O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 i DG2 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 i 2.87 2.03 HPCI < 595' l O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 RB < 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 RB 595' 1.00 0.41 1.00 0.41 3.00 1.23 4.50 1.85 7.00 2.87 RB 623' 1.44 0.49 1.44 0.49 4.32 1.47 6.48 2.21 10.08 3.43 SB 595* 0.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 S3 609' O.60 0.50 0.60 0.50 1.80 1.50 2.70 2.25 4.20 3.50 SB 623' O.92 0.52 0.92 0.52 2.76 1.56 4.14 2.34 6.44 3.64 TB < 595' O.41 0.29 0.41 0.29 1.23 0.87 1.85 1.31 2.87 2.03 TB 595' 1.00 0.41 1.00 0.41 3.00 1.23 4.50 1.85 7.00 2.87 TB 611'- 6" 1.56 0.36 1.56 0.36 4.68 1.08 7.02 1.62 10.92 2.52 TB 615' 1.56 0.36 1.56 0.36 4.68 1.08 7.02 1.62 10.92 2.52 TB 639' 2.88 0.72 2.88 0.72 8.64 2.16 12.96 3.24 20.16 5.04 - TB 647'- 6" 2.88 0.72 2.88 0.72 8.64 2.16 12.96 3.24 20.16 5.04 Page 1 of 1
I APPENDIX D i PANELS CONTAINING ESSENTIAL RELAYS i l I l AND PANEL SEISMIC DEMAND l 1 i QUAD CITIES STATION l ! UNITS 1 & 2 l l l l 1 l i l l I l l l l 1 l i 1
I SGUG APPENDlX D ESSENTIAL PANEL SEISMIC DEMAND VALUES QUAD CITIES STATION Max Floor Panel Acceleration Amplification Seismic Demand Panel Building Location Elevation Notes PSA ZPA Factor PSA ZPA 1-1401-1 A RB H/14 554' 2 0.41 0.29 1 0.41 0.29 1-1401-1 B RB H/18 554' 2 0.41 0.29 1 0.41 0.29 1-6601 DG1 595' 1 0.41 0.29 1 0.41 0.29 1/2-6601 DG1/2 595' 1 0.41 0.29 1 0.41 0.29 125VDC CHRGR 1 TB H/24 615' 1.56 0.36 7 10.92 2.52 125VDC CHRGR 1 A TB H/24 615' 1.56 0.36 7 10.92 2.52 125VDC CHRGR 2 TB H/02 615' 1.56 0.36 7 10.92 2.52 l 125VDC CHRGR 2A TB H/02 615' 1.56 0.36 1 7 10.92 2.52 2-1401A RB 554' 2 0.41 0.29 1 0.41 0.29 2-1401B RB 554' 2 0.41 0.29 1 0.41 0.29 2-6601 DG2 595' 1 0.41 0.29 1 0.41 0.29 l 2201-05 RB K/14 623' 1.44 0.49 1 1.44 0.49 l 2201-06 RB U16 623' 2201-07 RB K/14 595' 1.4L 0.49- 1 1.44 0.49 i 1.00 041 1 1.00 0.41 ; t 2201 08 RB K/18 595' 1.00 0.41 1 1.00 0.41 l 2201-32 RB K/14 623' 1.44 0.49 7 10.08 3.43 1 220159A RB M/14 554' O.41 0.29 1 0.41 0.29 ! 220159B RB M/18 554' O.41 0.29 ) ! 1 0.41 0.29 ' 2201-75 RB N/18 554' O.41 0.29 7 2.87 2.03 ! 2202-05 RB J/11 623' 1.44 0.49 1 1.44 0.49 < ! 2202-06 RB U11 623' 1.44 0.49 1 1.44 0.49 2202-07 RB K/08 595' 1.00 0.41 1 1.00 0.41 2202-08 1 RB K/12 595' 1.00 0.41 1 1.00 0.41 j 2202-32 RB J/11 623' 1.44 0.49 7 10.08 3.43 i l 2202-59A RB M/7 554' ' O.41 0.29 1 0.41 0.29 2202 598 RB M/12 554' O.41 0.29 1 0.41 0.29 2202-75 RB N/12 554' O.41 0.29 7 2.87 2.03 2202-76 R3 M/7 554' O.41 0.29 7 2.87 2.03 l 2212 045 DG?/2 595' ) O.41 0.29 7 2.87 2g3 i l 2212-046 OGi/2 595' O.41 0.29 7 2.87 2.03 2212-050 DG1/2 595' O.41 0.29 7 2.87 2.03 2212 123 DG1/2 595' O.41 0.29 7 2.87 2.03 2212 125 DG1/2 595' 0.41 1 0.29 7 2.87 2.03 2212 127 DG1/2 595' 1 O.41 0.29 7 2.87 2.03
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)
O.41 0.29 7 2.87 2.03 l 2251-012 DG1 595' O.41 0.29 7 2.87 2.03 l 2251-086 TB H/14 639' 2.88 0.72 7 20.16 5.04 ! 2251 087 TB H/17 639' 2.88 0.72 7 20.16 5.04 ! 2251-097 DG1 595' O.41 0.29 7 2.87 2.03 2251-098 DG1 595' O.41 0.29 7 2.87 2.03 2251-100 TB C/18 547' O.41 0.29 7 2.87 2.03 2251-112 DG1 595' O.41 0.29 7 2.87 2.03 2251-113 DG1 595' l 1 0.41 0.29 7 2.87 2.03 2252-010 DG2 595' O.41 0.29 7 2.87 2.03 , 2252-012 DG2 595' O.41 0.29 7 2.87 2.03 2252-086 TB H/10 639' 2.88 1 0.72 7 20.16 5.04 2252-087 TB H/11 639' 2.88 0.72 7 20.16 5.04 2252-097 DG2 595' O.41 0.29 7 2.87 2.03 2252-098 DG2 595' O.41 0.29 7 2.87 2.03 Page 1 of 3
SQUG APPENDIX D ESSENTIAL PANEL SEISMIC DEMAND VALUES QUAD CITIES STATION Max Floor Panel Acceleration Amplification Seismic Demand Panel Building Location Elevation Notes PSA ZPA Factor PSA ZPA 2252-112 DG2 595' O.41 0.29 7 2.87 2.03 2252-113 DG2 595* 1 0.41 0.29 7 2.87 2.03 250VDC CHRGR 1 TB H/24 615' 1*.56 0.36 7 10.92 2.52 250VDC CHRGR 1/2 TB H/24 615' 1.56 0.36 7 10.92 2.52 250VDC CHRGR 2 TB H/02 615' 1.56 0.36 7 10.92 2.52 250VDC MCC 1 A RB U19 623' 1.44 0.49 3 4.32 1.47 250VDC MCC 1B RB N/18 623' 1.44 0.49 3 4.32 1.47 250VDC MCC 2A RB L/11 623' 1.44 0.49 3 4.32 1.47 250VDC MCC 2B RB M/10 623' 1.44 0.49 3 4.32 1/i 480VAC SWGR 18 TB H/13 647'-6" 2.88 0.72 7 20.16 6 480VAC SWGR 19 TB H/15 647'-8" 2.88 0.72 7 20.16 5.04 480VAC SWGR 28 TB H/11 647'-6" 2.88 0.72 7 20.16 5.04 480VAC SWGR 29 TB H/13 647'-6" 2.88 0.72 _7 20.16 5.04 4KV SWGR 13 TB G/22 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 13-1 TB H/14 639' 2.88 0.72 7 20.16 5.04 4KV SWGR 14 TB H/22 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 14-1 TB H/16 639' 2.88 0.72 7 20.16 5.04 4KV SWGR 23 TB G/04 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 23-1 TB H/10 639' 2.88 0.72 7 20.16 5.04 4KV SWGR 24 TB H/04 615' 1.56 0.36 7 10.92 2.52 4KV SWGR 24-1 TB H/12 639' 2.88 0.72 7 20.16 5.04 901-08 SB CR 623' O.92 0.52 4.5 4.14 2.34 901 32 SS AEER 595' O.41 0.29 4.5 1.845 1.31 901 33 SB AEER 595* 0.41 0.29 4.5 1.845 1.31 901 39 SS AEER 595' O.41 0.29 4.:i 1.845 1.31 901-46 SS AEER 595' O.41 0.29 4.5 1.845 1.31 901 47 SB AEER 595' O.41 0.29 4.5 1.845 1.31 901-48 SS AEER 595' O.41 0.29 4.5 1.845 1.31 901-49 SB AEER 595' O.41 0.29 7 2.87 2.03 901 50 SB AEER 595* 0.41 0.29 7 2.87 2.03 902-08 SB CR 623' O.92 0.52 4.5 4.14 2.34 902-32 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-33 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-39 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-46 SB AEER 595* 0.41 0.29 4.5 1.845 1.31 902-47 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-40 SB AEER 595' O.41 0.29 4.5 1.845 1.31 902-49 SB AEER 595' O.41 0.29 7 2.87 2.03 JB 1426 TB TB 639' 2.88 0.72 7 20.16 5.04 MCC 18-1 A RB M/17 623' 1.44 0.49 3 4.32 1.47 MCC 18-1 A-1 RB N/16 623' 1.44 0.49 3 4.32 1.47 MCC 18-1B RB N/17 623' 1.44 0.49 3 4.32 1.47 MCC 18/19-5 RB N/17 595' 1.00 0.41 3 3.00 1.23 MCC 19-1 RB M/17 623' 1.44 0.49 3 4.32 1.47 MCC 19-1-1 RB N/17 623' 1.44 0.49 3 4.32 1.47 MCC 19-4 RB N/18 623' 1.44 0.49 3 4.32 1.47 MCC 28-1 A RB M/08 623' 1.44 0.49 3 4.32 1.47 MCC 28-1 A-1 RB N/08 623' 1.44 0.49 3 4.32 1.47 MCC 28-1B RB N/09 623' 1.44 0.49 3 4.32 1.47 Page 2 of 3
SQUG APPENDIX D ESSENTIAL PANEL SEISMIC DEMAND VALUES QUAD CITIES STATION Max Floor Panel Acceleration Amplification Seismic Demand Panet Building Location Elevation Notes PSA ZPA Factor PSA ZPA MCC 28/29-5 RB N/08 595' 1.00 0.41 3 3.00 1.23 MCC 29-1 RB M/10 623' 1.44 0.49 3 4.32 1.47 MCC 291-1 RB N/09 623' 1.44 0.49 3 4.32 1.47 MCC 29-4 RB N/10 623' 1.44 0.49 3 4.32 1.47 Notes
- 1) Mounted on Dionel Generetor sidd. Therefore, sesentlei reisye should be screened out as long me they are not bed actors.
2)AA="y not a ps ; but relates device to =i= 4. No a, preen factor as device le --- _ Z; mounted to well. l l Page 3 of 3 l 1
__ _ _ . . . . _. _ . . _ _ . . _ _ . _ _ . . _ . . _ - ~ . - _ _. ._ _ _ - __ _ __ i 1 1
- APPENDIX E l
3 i ESSENTIAL RELAY LIST QUAD CITIES STATION UNITS 1 & 2 SEPERATED BY: RELAYS REQUIRED FOR UNIT 1 SAFE SHUTDOWN EQUIPMENT RELAYS REQUIRED FOR UNIT 2 SAFE SHUTDOWN EQUIPMENT SORTED BY: SYSTEM EQUIPMENT ID CONTACT
- ~ - - . . .e-~ w - - - - - - -- - .- ----- -- - - - - - - - ------ - - - --- -.- --..- - .----.- - -
Ii
?
SQUG ESSENTIAL RELAYS UNIT 1
~
SYSTEM E OP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV 125VDC 125VDC CHGR #1 CB1An 4E-13898 R/L 125VDC CHGR #1 TB 615 a 125VDC 125VDC CHGR #1 DSH82 K2-YT-115V-9 4E-13898 R/L 125VDC CHGR #1 TB 615 l 125VDC 125VDC CHGR #1 TIRE R ZENITH 4E-13898 R/L 125VDC CHGR #1 TB 615 l 125VDC 125VDC CHGR #1 A CB1/e 4E-1389C R/F 125VDC CHGR #1 A TB 615 125VDC 125VDC CHGR #1 A DSH82 SIGMA 70RE22-110DC 4E-1389C R/F 125VDC CHGR #1 A l TB 615 j 125VDC 125VDC CHGR #1 A TIMER ZENITH 4E-1380C R/F 125VDC CHGR #1A TB 615 3 t 250VDC 250VDC CHGR #1 DSH82 SIGMA 70RE22-110DC 4E-13890 R/D 250VDC CHGR #1 TB 615 ; 250VDC 250VDC CHGR #1 TMR ZENITH 4E-13890 R/D 250VDC CHGR #1 TB 615 i TiOVDC 250VDC CHGR #1/2 DSH82 SIGMA 70RE22-110DC 4E-1389E R/F 250VDC CHGR #1/2 TB 615 MiffVDC 250VDC CHGR #1/2 TIRER ZENITH 4E-1389E R/F 250VDC CHGR #1/2 TB 615 i 4160VAC SWGR 13,1303 ATIR GE HFA151 12HFA151A2H 4E-1342 R/AA 901 8 SB 623 j 4160VAC SWGR 13,1312 127-B13X1 GE HFA151 12HFA151A2H N NO 4E-1344-1 R/D SWGR 13 (4) TB 615 i 4160VAC SWGR 13,1312 127813-1X3 GE HFA151 12HFA1*M2F Y NC. 4E-1344-1 R/D SWGR 13-1 (2) TB 639 ( 4160VAC SWGR 13,1312 151A GE LAC 51A 1~,AC51 A101 A N NO 4E-1342 R/AA SWGR 13 (10) TB 615 l 4160VAC SWGR 13,1312 151A GE LAC 51A 12 TAC 51A101A N hO 4E-1342 R/AA SWGR 13 (3) TB 615 4160VAC SWGR 13,1312 151BLA GE BAC51A 12 TAC 51A101A N eiO 4E-1344-3 R/E SWGR 13-1 (8) TB 639 i 4160VAC SWGR 13,1312 151BLC GE LAC 51A 12 TAC 51A101A N NO 4E-1344-3 R/E SWGR '3-1 (8) TB 639 4160VAC SWGR 13,1312 151C GE LAC 51A 12 TAC 51 A101 A h NO 4E-1342 R/AA SWGR 13 (10) TB 615 4160VAC SWGR 13,1312 151C GE IAC51A 12 TAC 51A101A N NO 4E-1342 R/AA SWGR 13 (3) TB 615 i 4160VAC SWGR 13,1312 151N Gti IAC51A 12 TAC 51A3A N NO 4E-1342 R/AA ! SWGR 13 (10) TB 615 4160VAC SWGR 13,1312 151N GE LAC 51A 12 TAC 51A3A N NO 4E-1342 R/AA SWGR 13 (3) TB 615 , 4160VAC SWGR 13,1312 151NBL GE IAC51A 12 TAC 51A3A N NO 4E-1344-3 R/E SWGR 13-1 (a TB 639 l 4100VAC SWGR 13,1312 186-1303 GE HEA618 12HEA618235 N NO/NC 4E-13441 R/D SWGR 13 (3) TB 615 4160VAC SWGR 13,1312 186-1300 GE HEA618 12HEA618235 N NOINC 4E-1344-1 R/D SWGR 13 (10) i es 615 4160VAC SWGR 13,1312 186-1312 GE HEA618 12HEA618235 N NOINC 4E-1344-1 R/D 3 SWGR 13 (13) _ TB 615 j , 4160VAC SWGR 13,1312 186-1327 GE HEA618 12HEA618235 N NC 4E-1344-1 R/D SWGR 13-1 p TB 615 [ l 4160VAC SWGR 13,1312 187BTA GE IJD53C 12tJD53C11 A N NO 4E-1344-1 R/D SWGR 13(13) TB 615 C160VAC SWGR 13,1312 187BTB GE IJD53C [ 12iJD53C11 A N NO 4E-1344-1 R/D SWGR 13(13) TB 615 , 4160VAC SWGR 13,1312 187BTC GE IJD53C 121JD53C11 A N NO 4E-1344-1 R/D SWGR 13 (13) TB 615 4160VAC SWGR 13-1,1321 127813-1X2 GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX SWGR 13-1 (2) TB 639 4160VAC SWGR 13-1,1321 140 OG 1/2 GE CEH 12CEH51A1A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 l 4160VAC SWGR 13-1,1321 1430-108A GE HFA151 12HFA151A2H N NO/NC 4E-1345-1 R/BC 901-32 SB 595 4160VAC SWGR 13-1,1321 [ 151A GE BAC51A 12 TAC 51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 639 4160VAC SWGR 13-1,1321 1518 GE LAC 51A 121AC51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 639 ! 4160VAC SWGR 13-1,1321 151BLA GE 1AC51A 12 TAC 51A101A N NO 4E-1344-3 R/E SWGR 131 (8) TB 639 6 4160VAC SWGR 13-1,1321 151BLC GE IAC51A 12 TAC 51A101A N NO 4E-1344-3 R/E SWGR 13-1 (8) TB 639 ! 4160VAC SWGR 13-1,1321 151C GE - IAC51 A 12 TAC 51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 630 4160VAC SWGR 13-1,1321 151NBL GE IAC51A 121AC51A3A N NO
' 4E-1344 3 R/E SWGR 1S1 (8) TB 639 4160VAC SWGR 13-1,1321 }
1540G 1/2 GE lAV51D 12tAV5101A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595
- 410VAC SWGR 13-1,1321 159SD 1/2 /1-2 GE lAV69A 121AV69A1A Y NO dE-1345-1 R/BC SWGR 13-1 (2) TB 639 ;
e Page 1 of 19 _ - _ _ _ _ _ _ _ _ _ _ _ - _ _ _ - _ _ - _ _ _ _ - _ _ _ _ _ _ _ _ - - - - _ _ _ - _ - _ _ _ _ - _ _ _ - _ _ __d
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NOMC REF. DRAWING PANEL BLDG ELEV 4100VAC SWGR 13-1,1321 150SD 1/2 / 2-3 GE 1AV69A 128AV60A1A Y NO 4E-1345-1 R/BC TB 639 SWGR 13-1 (2) 4160VAC SWGR 13-1,1321 150SD 1/2 X3 GE HFA151 12HFA151A2H Y NO 4E-1345-1 R/BC TB 639 SWGR 13-1 (2) 4160VAC SWGR 13-1,1321 181-CFF GE CFF 12CFF14821A Y NOrNC 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 181A N NO 4E-13518-1 RM 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 181Y GE HFA151 12HFA151A2H N NOMC 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 166-1327 GE HEA618 12HEA618235 N NO/NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (8) 4160VAC SWGR 13-1,1321 166-DG 1G GE HEA618 12HEA618235 N NO/NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 187-DG 1/2 WESTINGHOUSE SA-1 1329062A01 D N NO 4E-1345-1 R/BC TB e SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 192-DG 1/2 GE ICW 120CW51A1A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 505 4160VAC SWGR 13-1,1321 2miu-13-1 AsmatM ETR ETR14D3B N NO 4E-1345-1 R/BC 2251-66 TB 639 4160VAC SWGR 13-1,1321 52Y N NO/NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 41MVAC SWGR 13-1,1321 A GE CEH N NO 4E-1345-1 RSC 2212-45 DG 1/2 505 4100VAC SWGR 13-1,1321 AR 152-1321 Agament EGPD EGPD003 N NO 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 AR-152-2329 A0mmInt EGPD EGPD003 N NO 4E-1345-1 R/BC TB 639 SWGR 23-1 (10) 4160VAC SWGR 13-1,1321 ASR-1/2-1 GE HGA11 12HGA11J52 N NC 4E-1345-1 R/BC TB 639 SWGR 13-1 (1) 4160VAC SWGR 13-1,1321 FSR Square D 7001 PO4 S2 8289705 MV N NC 4E-1345-1 R/BC 2212-46 D G 1/2 505 4160VAC SWGR 13-1,1321 HACR-IV HACR-IV(syncrocheck relmy) N NO 4E-1345-1 R/BC 2212-123 D G 1/2 505 4160VAC SWGH 13-1,1321 SDRJ1 WESTINGHOUSE SG SG 293B255A20 N NC 4E-1345-1 R/BC 2212-46 DG 1/2 505
- 4160VAC SWGR 13-1,1321 T N NO 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 131,1323 52Y N NO 4E-1387D RIJ TB 63 SWGR 13-1 (4) 4 4160VAC SWGR 13-1,1325 150/151A GE 1AC518 12iAC518113A N NO 4E-1349-1 R/Q TB 639 SWGR 13-1 (6) 4160VAC SWGR 13-1,1325 150f151C GE IAC518 12iAC518113A N NO 4E-1349-1 R/O TB 639 SWGR 13-1 (6) 4160VAC SWGR 131,1325 151N GE PJC11 12PJC11 AVI A N NO 4E-1349-1 R/Q TB 630 SWGR 13-1 (6) i 4160VAC SWGR 131,1326 52/Y N NO 4E-6230 R/B TB 63 SWGR 13-1 (7) 1160VAC SWGR 13-1,1327 151BLA GE BAC51A 12 TAC 51A101A N NO 4E-1344-3 R/E TB 639 SWGR 13-1 (8)
(160VAC SWGR 13-1,1327 151BLC GE LAC 51A 12iAC51A101A N NO 4E-1344-3 R/E TB 63 SWGR 13-1 (8) 4160VAC SWGR 13-1,1327 151NBL GE LAC 51A 12 TAC 51A3A N NO 4E-1344-3 R/E TB 639 SWGR 13-1 (8) 4160VAC SWGR 13-1,1327 166 1312 GE HEA618 12HEA618235 N NO/NC 4E-1344-3 R/E TB 639 ' SWGR 13 (13) 4160VAC SWGR 13-1,1327 166-1327 GE HEA618 12HEA618235 N NO/NC 4E-1344-3 R/E TB 639 SWGR 13-1 (8) 4160VAC SWGR 13-1,1327 187BTA GE IJD53C 12tJD53C11 A N NO 4E-1344-1 R/D TB 639 SWGR 13 (13) 4180VAC SWGR 13-1,1327 187BTB GE IJD53C 12WD53C11 A N NO IE-1344-1 R/D TB 630 SWGR 13 (13) i 4160VAC SWGR 13-1,1327 187BTC GE IJD53C 121JD53C11 A N NO 4E-1344-1 R/D TB 639 SWGR 13 (13) 4160VAC SWGR 14,1410 127-814-1X3 GE HFA151 12HFA151A2H N NO 4E-1344-2 R/C TB 639 SWGR 14-1 (9) 4160VAC SWGR 14,1410 127-814X3 GE HFA151 12HFA151A2H N NO 4E-1344-2 R/C TB 615 SWGR 14(5) i 4160VAC SWGR 14,1410 151A GE LAC 51A 12iAC51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (13) 4160VAC SWGR 14,1410 151A GE IAC51A 12iAC51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (6) 4160VAC SWGR 14,1410 ISIBL(A) GE LAC 51A 12 TAC 51A101A N NO 4E-1344-4 R/E TB 639 SWGR 14-1 (7) ! 4160VAC SWGR 14,1410 151BL(C) GE 1AC51A 12iAC51A101A N NO 4E-1344-4 R/E TB 639 SWGR 14-1 (7)
$100VAC SWGR 14,1410 151C GE LAC 51A 12 TAC 51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (13) 4160VAC SWGR 14,1410 151C GE BAC51A 12IAC51A101A N NO 4E-1343 R/U TB 615 SWGR 14 (6)
Page 2 of 19 i
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cous ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV 4160VAC SWGR 14,1410 151N GE LAC 51A 12 TAC 51A3A N NO 4E-1343 R/U SWGR 14 (13) TB 615 4160VAC SWGR 14,1410 151N GE BAC51A 12 TAC 51A3A N NO 4E-1343 R/U SWGR 14 (6) TB 615 4160VAC SWGR 14,1410 151NBL GE BAC51A 121AC51A3A N NO 4E-13444 R/E SWGR 141 (7) TB 630 4160VAC SWGR 14,1410 186-1405 GE HEA61B 12HEA618235 N NO/NC 4E-1343 R/U SWGR 14 (6) TB 615 4160VAC SWGR 14,1410 186-1410 GE HEA61B 12HEA618235 N NO/NC 4E-13442 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14,1410 186-1412 GE HEA618 12HEA618235 N NO/NC 4E-1344-2 R/C SWGR 14 (13) TB 615 4160VAC SWGR 14,1410 188-1427 GE HEA61B 12HEA61B235 N NC 4E-1344-2 R/C SWGR 141 (7) TB 639 4160VAC SWGR 14,1410 187BTA GE UD53C 12WO53C11A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14,1410 187BTB GE WO53C 12WD53C11 A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14,1410 187BTC GE UO53C 12WO53C11 A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 4160VAC SWGR 14-1,1421 52Y 4E-1346-1 R/AK SWGR 14-1 (1) TB 639 4160VAC SWGR 14-1,1423 150/151A GE LAC 518 12 TAC 518113A N NO 4E-1349-2 R/P SWGR 141 (3) TB 639 4100VAC SWGR 14-1,1423 150/151C GE 4160VAC SWGR 141,1423 BAC51B 121AC518113A N NO 4E-1349-2 R/P SWGR 14-1 (3) TB e 151N GE PJC11 12PJC11AV1A N NO 4E-1349-2 R/P SWGR 141 (3) TB 63 4160VAC SWGR 14-1,1426 127B14-1X2 GE HFA151 12HFA151A2H N NO RE-55Q SWGR 14-1 (9) TB 639 4160VAC SWGR 14-1,1426 CX GE HMA111 12HMA111 A2 N NO RE-55Q 1426 JB TB 639 ! 4160VAC SWGR 14-1,1427 151BL(A) GE BAC51A 12 TAC 51A101A N NO 4E-1344-4 R/E ' SWGR 14-1 (7) TB 63 4160VAC SWGR 14-1,1427 151BL(C) GE LAC 51A 121AC51A101A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 4160VAC SWGR 14-1,1427 151NBL GE LAC 51A 12 TAC 51A3A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639
- 4160VAC SWGR 14-1,1427 186-1410 GE HEA618 12HEA618235 N NO/NC 4E-1344-4 R/E SWGR 14 (11) TB 615 4160VAC SWGR 14-1,1427 186-1427 GE HEA61B 12HEA618235 N NOINC 4E-1344-4 R/E SWGR 14-1 (7) TB 639 4160VAC SWGR 14-1,1427 187BTA GE UD53C 12WO53C11A N NO 4E-1344-2 R/C SWGR 14(11) TB 615
- 4160VAC SWGR 14-1,1427 187BTB GE WO53C 12WD53C11 A N NO 4E-1344-2 R/C SWGR 14(11) TB 615 4180VAC SWGR 14-1,1427 187BTC GE WO53C 12WD53C11 A N NO 4E-1344-2 R/C SWGR 14 (11) TB 615 480VAC SWGR 18,1819 52X N NO/NC 4E-1349-3 R/Q SWGR 18 (182C) RS 647 480VAC SWGR 18,1819 52Y N NC 4E-134M R/Q SWGR 18(182C) RS 647 480VAC SWGR 18,1819 52Z N NO 4E-134M R/Q '
SWGR 18 (182C) RB 647 480VAC SWGR 18,1851 81 ABB ITE81 ITE81 N NO 4E-1681X R/A MCC 18/1M(D3) RB 595 ! 480VAC SWGR 18,1851 10A-K18 GE HFA151 12HFA151A2H Y NC 4E-1881X R/A 901-33 SS 505 480VAC SWGR 18,1851 27NA ABB ITE27 ITE27N N NO 4E-1681X R/A MCC 18/1M (D3) RB 505 I 480VAC SWGR 18,1851 42M 4E-1681G R/AK MCC 18/1M (A2) RB 505 ! 480VAC SWGR 18,1851 52X N NO 4E-13738 R/R SWGR 18(ISSA) RB 647 480VAC SWGR 18,1851 SON ABB ITE59 ITE50N N NO 4E-1681X R/A MCC 18/1M (D3) RB 505 480VAC SWGR 18,1851 CRIS N NO 4E-1681G R/AK MCC 18/1M(A2) RB 505 [ l 480VAC SWGR 18,1851 CR19 Y NO 4E-1681H R/T MCC 18/1M (D2) RB 505 ; 400VAC SWGR 18,1851 CR19A A0mmlet 7012 E7012PB002 Y NO 4E-1681X R/A MCC 18/1M(03) RB 505 ' i 480VAC SWGR 18,1851 CR198 GE HFA151 12HFA151A2H N NOINC 4E-1681H R/T MCC 18/1M(D3) RB SOS j 480VAC SWGR 18,1851 M18 N NC 4E-1681H R/T MCC 18/1M (A2) RB 647 l 480VAC SWGR 18,1851 M19 Y NO 4E-1681H R/T RB l MCC 18/195(D2) 505 " ! 480VAC SWGR 18,1851 TDOD Agamlet 7022 E7022A0003 Y NC 4E-13738 R/R SWGR 19 (192A) RB 647 480VAC SWGR 19,1918 52X N NO/NC 4E-1349-3 R/Q SWGR 19(192C) RB 647 480VAC SWGR 19,1918 52Y N NC 4E-134M R/O SWGR 19 (192C) RB 647 Page 3 of 19 l l l I I
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV 480VAC SWGR 19,1918 52Z N NO 4E-1349 3 R/Q SWGR 19 (192C) R8 647 480VAC SWGR 19,1951 81 A88 ITE81 ITE81 N NO 4E-1681X R/A MCC 1&1M(D3) R8 505 480VAC SWGR 19,1951 1(M-K18 GE HFA151 12HFA151A2H Y NC 4E-1681X R/A 901-33 S8 505 480VAC SWGR 19,1951 27NA A88 ITE27 ITE27N N NO 4E-1681X R/A MCC 18/19-5 (D3) R8 505
- 480VAC SWGR 19,1951 42M 4E-1681H R/T MCC 18/1M(D2) R8 505 480VAC SWGR 19,1951 SON A88 ITE50 (TE50N N NO 4E-1681X R!A MCC 18/19 5 (D3) R8 505
- 480VAC SWGR 19,1951 CR18 N NO 4E-1681G R/AK MCC 18/19 5 (A2) R8 505 480VAC SWGR 19,1951 CR19 Y NO 4E-1681H RIT MCC 18/19-5 (D2) RB 505 400VAC SWGR 19,1951 CR19A 7012 E7012P8002 Y NO 4E-1681X R/A A0mment MCC 18/19-5 (D3) R8 505 480VAC SWGR 19,1951 CR198 GE HFA151 12HFA151A2H N NO/NC 4E-1681H R/T MCC 18/19-5 (D3) RB 505 480VAC SWGR 19,1951 M18 N NC 4E-1681H R/T MCC 18/19 5 (A2) R8 505 480VAC SWGR 19,1951 M19 Y NO 4E-1681H R/T
' MCC 18/1965 (D2) R8 505 480VAC SWGR 19,1951 TDOD 7022 E7022AD003 Y NC 4E-13738 R/R A0mment SWGR 19 (192A) R8 647 CS 1 1402-4A-MO 42fMO GE CR100 CR100CO 4E-1433 R/U MCC 18-1 A (84) R8 623 CS 1-1402-48-MO 42fMO GE CR100 CR100CO 4E-1433 R/U MCC 19-1 (E1) R8 623 CS SWGR 13-1,1322 1430-111 A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 CS SWGR 13-1,1322 1430-114A GE HFA151 12HFA151A2H N NO 4E-1429 R/M 901-32 S8 505 CS SWGR 13-1,1322 1430310 Agostat ETR ETR14038002 N NO 4E-1430-1 R/AU 901-32 S8 505 CS SWGR 14-1,1422 1430-1118 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 S8 505 CS SWGR 14-1,1422 1430-1148 GE HFA151 12HFA151A2H N NO 4E-1429 R/M 901-33 S8 505 I CS SWGR 14-1,1422 1430 312 A0mment ETR ETR 140m N NO 4E-1430-2 R/AR 901-33 S8 505 DG 1-8801 127-3-814-1 A88 ITE27 ITE-27N l N NO 4E-1346-2 R/AS 2251-87 TB 623 DG 1-6801 127-4-814-1 A88 ITE27 ITE-27N N NO 4E-1346-2 R/AS 2251 67 TB 623 DG 1-8801 127-814-1X1 GE HFA151 12HFA151A2H N NO 4E 1346-2 RIAS SWGR 14-1 (9) TB 630 ! DG 1-8801 127-814/1-2 GE lAV89A 12tAV60A1A Y NO 4E-1343 R/U SWGR 14 (5) TB 615 DG 1-8801 127-814Q-3 GE BAV894 121AV80A1A Y NO 4E 1343 R/U SWGR 14 (5) TB 615 DG 1-8801 127-814/3-2 GE lAV99A 12tAV90A1A Y NO 4E-1343 R/U SWGR 14 (5) TB 615 DG 1-8801 127-814X1 GE HFA151 12HFA151A2H N NO 4E-1343 R/U SWGR 14 (5) TB 615 DG 1-6801 127-814X3 GE HFA151 12HFA151A2H N NO 4E-13508-2 R/AJ SWGR 14 (5) TB 615 , DG 1-8801 127814-1/1-2 GE lAV60A 12tAV80A1A Y NC 4E-134-2 RIAS TB 630 SWGR 141 (9) DG 1-8801 127814-1/2-3 GE lAV90A 12tAV90A1A Y NC 4E-1346-2 R/AS SWGR 141 (G) T8 630 DG 1-8801 127814-1X3 GE HFA151 12HFA151A2H N NO 4E-13508-2 R/AJ SWGR 14-1 (w) TB 630 , CJG 1-6801 1430-103A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 S8 505 i DG 1-8801 1430-1038 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 7 S8 505 DG 1-8801 1430-104A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 ,& S8 505 t DG 1-8801 1430-1048 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 3 S8 505 ! DG 1-8801 1430-105A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 58 505 DG 1-6001 1430-1058 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 SB 505 DG 1-8801 1430-108A GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-32 S8 505 i DG 1-8801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 S8 505 ' DG 1 6801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-13508-2 R/AJ 901-33 S8 505 I DG 1-8801 1430-1128 GE HFA151 12HFA151A2H N NO 4E-1430-2 R/AR 901-33 S8 505 j Page 4 of 19 -
SQUG I ESSENTIAL RELAYS f UNIT 1 ! SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV l DG 14801 1430-112BX GE CR120BD CR12080021 N NO 4E-1346-2 RIAS 901-33 S8 505 DG 14801 1430-1288 GE HFA151 12HFA151A2H N NC 4E-1430-2 R/AR 901-33 S8 505 I DG 1-81W1 1430-1778 GE HGA11 12HGA11J52G N NO 4E-1430-2 R/AR 901-33 S8 SM l DG 14801 152-1420X A0estet EGPD EGPD Y NC 4E 1346-2 R/AS 2251 4 7 TB 623 3 DG 1-8801 18tLOG1 GE HEA618 12HEA618235 N NC 4E-1350A-2 R/AE SWGR 141 (10) TB 630 j DG 1-8001 187DG1 WESTINGHOUSE SA-1 1320082A01 O Y NO 4E-1346-2 RIAS SWGR 14-1 (10) TB 630 DG 1-8801 427X1-14-1 Acestet EGPO EGPO 4E-1346-2 RIAS 2251 4 7 TB 623 [ DG 1-8801 450X1-14-1 Agostet EGPD EGPD Y NO 4E-1346-2 R/AS 2251 4 7 TB 630 i DG 1-8801 CP MERCOR CORP EMD 88380774 N NC 4E-1350A-2 R/AE 2251-113 DG1 505 I DG 1 8801 ECR Acestet 7022 7022PHC806 N NO 4E-1350A-2 R/AE 2251-113 TB 505 3 G.M. Electro Mothe , DG 1-8801 ES DMelon EMD 8400612 N NO 42-1350A-1 R/AE 2251-113 TB 505 ! CLASS DG 1 8001 ESR Square D 7001 EMD 8263337AU N NO/NC 4E-1350A-1 R/AE 2251-113 TB 505 l ! CLASS i DG 1-8801 FSR Square D 7001 EMD 8200705FV N NO 4E-1350A-2 R/AE 2251-12 DG1 505 ! DG 1 8801 HE MERCOR CORP EMD 8380774 N NC 4E-1350A-2 R/AE 2251-113 TB SOS l DG 1-8801 LIS 1-0263-72A YARWAY 4418C 4E-1430-1 R/AU 2201-5 RB 623 ; DG 1 8801 US 1-0263-728 YARWAY 4418C 4E-1430-2 R/AR 2201 4 RB 623 DG 1-8801 US 1-0263-72C YARWAY 4418C 4E-1430-1 R/AU 2201-5 RB 623 DG 1 8801 US 1-0263-72D YARWAY 4418C 4E-1430-2 R/AR 2201 4 RB 623 DG 1-8001 LW MERCOR CORP EMD 86380774 N NC 4E-1350A-2 R/AE 2251-113 DG1 505 DG 1-8001 OP MERCOR CORP EMD 8380774 N NC 4E-1350A-2 R/AE 2251-113 TB 505 DG 1-8801 OT MERCOR CORP EMD 8300774 N NC 4E-1350A-1 R/AE 2251-113 TB 505 DG 1-8001 PS 1-1001-00A S-O-R 12NELBB4-US-C1 A-TTNQ 4E-1430-1 R/AU 2201-5 RB 623 DG 1-8801 PS 1-1001-005 S-O-R 12N6-884-UtkC1 A-TTNQ 4E-1430-2 R/AR 2201 4 R8 623 DG 1-8801 PS 1-1001-00C S-O-R 12NEL884-US-C1 A-TTNQ 4E-14301 R/AU 2201-5 RB 623 DG 1-8801 PS 1-1001-00D S-O-R 12N6-884-UlkCI A-TTNQ 4E-1430-2 R/AR 2201 4 RB 623 i j DG 14001 PS 1-1864-MB1 Square D AGW 2)UARE D AGW25 S8 4E-1350A-2 R/AE 1-8801 DG1 505 MILTON ROSS DG 14801 PS 1-8541-CPS CONTROLS 8362040 4E-1350A-2 R/AE 1-8801 DG1 505 I DG 1-8801 PS 1-8841-LWS Square D AGW SOUARE D AGW5S48 4E-1350A-2 R/AE 2251-113 TB 505 , G.M. Electrq>Matlwe DG 1 0o01 SDR DMeion 3851nna?-01 Y NO 4E-1350A-2 R/AE 2251-12 DG1 505 DG 1-8801 SF MERCOR CORP EMD 8380774 N NC 4E-1350A-1 R/AE 2251-113 TB 505
- DG 1-8801 STR CUTLER-HAnWER 8011H2A N NO 4E-1350A-1 R/AE 2251-113 TB 595 Page 5 Of 19
P Sous ESSENTIAL RELAYS UNIT 1 SYSTEM EO P 10 CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV CLASS DG 14801 TD1 Square D 9050 EMD 8253244 KA N NO 4E-1350A-2 R/AE 2251-113 TB SBS CLASS DG 1-8801 TD2 Square D 9050 EMD 8253244 KA Y NO 4E-1350A-1 R/AE 2251-113 TB 505 DG 1-6801 TD3 A0mment 7012 E7012PE003 N NO 4E-1350A-2 R/AE 2251-113 TB 505 DG 1-8801 TDR 14-1 Agostat ETR ETR14D3N N NO 4E-1346-2 R/AS 2251 87 TB 4 623 DG 1-6801 TS 1-te84 TC Square D SGW SQUARE D BGW-2S13 4E-1350A-2 R/AE 1-8801 DG1 505 G.M. Elmdro Metee DG 14801 VS Division EMD 8409613 N NO 4E-1350A-2 R/AE 2251-113 TB SOS CLASS DG 1-8801 VSR Square D 7001 EMD 8263337 AU N NO 4E-1350A-2 R/AE 2251-113 TB 505 DO 1-6801-EXC 40 OC Ama Chabners 298-A N NO 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC ER Square D 7001 EMD 6263337FV PO4 N NO 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC EXC Square D 8504 EQ-1281-G2 N NO 4E-1336 RN 2251-12 DG1 505 CLASS DG 14801-EXC FFC Square D 8504 EQ-1985G13 N NO 4E-1336 RN 2251-12 DG1 505 DG 1-8801-EXC FFCO WESTINGHOUSE SV 2928402A10 N NO/NC 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC FSR Square D 7001 EMD 8289705FV N NO 4E-1350A-1 R/AE 2251-12 DG1 505 OHMITE MFG CO DG 1-8801-EXC MRV (Motor Drtwo Data) 57029 N NO 4E-1350A-1 R/AE 2251-12 DG1 505 CLASS DG 1-8801-EXC VSR Square D 7001 EMD 8263337 AU N NO 4E-1350A-1 R/AE 2251-113 TB SOS DG 1/2-e801 127-1-823-1 GE IAV894 12tAV90A1A Y NC 4E-2345-2 R/AK TB SWGR 23-1 (9) 639 DG 1/2-6801 127-2-823-1 GE lAV80A 12tAV99A1A Y NC 4E-2345-2 RIAK SWGR 23-1 (9) TB 639 DG 1/2-0801 127-3-813-1 A88 ITE27 ITE-27N N NO 4E-1345-2 R/AX 2251 88 TB 639 DG 1/2-8801 127-3-823-1 A88 ITE27 ITE-27N Y NO/NC 4E-2345-2 R/AK 2252-86 TB 639 DG 1/2-8801 127-4-813-1 AB8 ITE27 ITE-27N N NO 4E-1345-2 R/AX 2251-85 TB 639 DG 1/2-8801 127-4-823 1 ABB ITE27 ITE-27N Y NO 4E-2345-2 R/AK 2252 88 TB 630 DG 1 0-8801 127-813/1-2 GE 1AV99A 12tAV90A1A Y NC 4E-1342 R/AA SWGR 13 (4) TB 615 DG 1/2-8001 127-813/2-3 GE lAV80A 121AV80A1A Y NC 4E-1342 R/AA SWGR 13(4) TB 615 DG 1/2-6801 127-813X3 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 13 (4) TB 615 DG 1/2-6801 127B13-1/1-2 GE lAV90A 121AV90A1A Y NC 4E-1345-2 R/AX SWGR 13-1 (2) TB 639 DG 1/2-8801 127813 1/2-3 GE 1AV80A 121AVOBA1A Y NC 4E-1345-2 R/AX SWGR 13-1 (2) TB 630 DG 1/2-e801 127813-1X1 GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX SWGR 13-1 (2) TB 639 DG 1/2-8801 127813-1X4 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 13-1 (2) TB 630 DG 1/24001 127823-1X1 GE HFA151 12HFA151A2H N NO 4E-2345-2 R/AK SWGR 23-1 (9) TB 639 DG 1/2-6801 127823-1X4 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 23-1 (9) TB 630 DG 1/2-6801 127823/1-2 GE RAV60A 12tAV60A1A Y NC 4E-2342 RN SWGR 23 (10) TB 615 DG 1/2-6801 127B23/2-3 GE lAV90A 12tAV69A1A Y NC 4E-2342 RN SWGR 23 (10) TB 615 DG 1/2-8801 127823X1 GE HFA151 12HFA151A2H N NO 4E-2342 RN SWGR 23 (10) TB 615 Page 6 Of 19
}
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV l DG 1/24801 127823X3 GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N SWGR 23 (10) TB 615 DG 1/24801 1430-103A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/2 6801 1430103A GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-32 S8 505 DG 1/24801 1430 1038 GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901 33 SB 505 ; DG 1/2-0801 1430-1038 GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-33 S8 505 DG 1/2-6001 1430-104A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/2-0801 1430-104A GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-32 S8 505 DG 1/24801 1430-1048 GE HFA151 12HFA151A2H N NO 4E-14301 R/AU 901-33 $8 505 DG 1/2-0801 1430-1048 GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-33 S8 505 DG 1/2-0801 1430-105A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 SB 505 DG 1/24801 1430-105A GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-32 SB 505 DG 1/24801 1430-1058 GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-33 S8 505 DG 1/2-6801 1430-1058 GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-33 S8 505 DG 1/2-6801 1430-108A GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/24801 1430-108A GE HFA151 12HFA151A2H N NO 4E-2430-4 R/D 902-32 S8 505 DG 1/2-6801 1430 1088 GE HFA151 12HFA151A2H N NO 4E-1430-1 R/AU 901-33 S8 505 DG 1/2-8801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-243tM R/D 902-33 SS 505 DG 1/2-0801 1430-108A GE HFA151 12HFA151A2H N NO 4E-13518-2 R/N 901-32 S8 505 DG 1/2-6001 1430-112A GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX 901-32 S8 505 DG 1/2-0801 1430-112A GE HFA151 12HFA151A2H N NO 4E-2345-2 R/AK 902-32 S8 505 DG 1/2-6801 1430-127A GE HGA11 12HGA11J52G N NO 4E-1430-1 R/AU 901-32 S8 505 DG 1/2-6801 1430-127A GE HGA11 12HGA11J52G N NO 4E-2430 4 R/D 902-32 S8 505 DG 1/2-6801 186-DG 1/2 GE HEA618 12HEA018235 N NC 4E-1351 A-2 R/AD SWGR 13-1 (1) TB 630 DG 1/2-0801 187-DG 1/2 WESTINGHOUSE SA-1 1329D62A01 D Y NO 4E-13451 R/BC SWGR 131 (1) TB 630 DG 1/2-0801 427Y1-13-1 EGPD EGPO 4e l'AS-2 R/AX A0mment 2251-86 TB 630 DG 1/2-8801 427Y1-23-1 A0matet EGPD EGPD 4E-2345-2 R/AK 2252-06 TB 630 DG 1/2-0801 450X1-13-1 Agament EGPD EGPD Y NO 4E-1345-2 R/AX 2251-06 TB 630 DG 1/2-6801 450X1-23-1 A0mment EGPO EGPD Y NO 4E-2345-2 R/AK 2252 4 6 TB 630 DG 1/2-0801 CP MERCOR CORP EMD 88380774 N NC 4E-1361 A-2 R/AD 2212-125 DG 1/2 505 DG 1/2-0801 ECR Agament 7022 7022PHC806 N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 GM Elmdro4Aceve DG 1/2-6801 ES DMalon 8271008 N NO 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 CLASS DG 1/2-6001 ESR Square D 7001 PO4 S3 8263337 CW N NO/NC 4E 1351 A-1 R/AF 2212-125 DG 1/2 505 DG 1/2-0801 FSR Square D 7001 PO4 S2 8280705 MV N NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-6801 HE MERCOR CORP EMD 88380774 N NC 4E-1351 A-2 R/AD 2212-125 DG 1/2 50b DG 1/2-6801 IV 4E-1337 R/T 2212-46 DG 1/2 505 DG 1/2-0801 US 1-0263-72A YARWAY 4418C 4E-1430-1 R/AU 2201-5 R8 623 DG 1/2-0801 LlS 1-0263-728 YARWAY 4418C 4E-1430-2 R/AR 2201-6 RS 623 Page 7 of 19
SouG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV DG 1/24801 US 1-0263-72C YARWAY 4418C 4E-1430-1 R/AU 2201-5 RB 623 DG 1/24801 US 1-0263-72D YARWAY 4418C 4E-1430-2 R/AR 2201 4 RB 623 DG 1/2-8801 US 2-0283-72A YARWAY 4418C 4E-2430-1 R/AJ 2202-5 RB 623 DG 1/24801 US 2-0263-728 YARWAY 4418C 4E-2430-2 R/AE 22024 RB 623 DG 1/2-8801 US 2-0263-72C YARWAY 4418C 4E-2430-1 R/AJ 2202-5 RB 623 DG 1/24801 US 2-0263-72D YARWAY 4418C 4E-2430-2 R/AE 2202 4 RB 623 DG 1/2-8801 LO 4E-1337 RiT 2212-46 DG 1/2 505 DG 1/2-8801 LW MERCOR CORP N NC 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 EMD F]774 DG 1/24801 OP MERCOR CORP N NC 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 EMD 803774 DG 1/24801 OT MERCOR CORP EMD 88380774 N NC 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 DG 1/2-8801 OTLS N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 DG 1/2-8001 PS 1-1001-00A S-O-R 12N6-5j 4-US-C1 A-TTNQ 4E-1430-1 R/AU 2201-5 RB 623 DG 1/24801 PS 1-1001-008 S-O-R 12N6-884-US C1 A-TTNQ 4E-1430-2 R/AR 2201-6 RB 623 DG 1/2-8801 PS 1-1001-00C S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-1430-1 R/AU 2201-5 RB 623 DG 1/2-8001 PS 1-1001-90D S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-1430-2 R/AR 2201-6 RB 623 MILTON ROSS DG 1/2-8801 PS 1/2-8641-CPS CONTROLS 8362040 4E-1351A-2 R/AD 1/2-8801 DG 1/2 505 PS 1/2-8841 DG 1/2-8801 LWS Square D AGW SQUARE D AGWSS48 4E-1351 A-2 R/AD 1/2-8801 DG 1/2 505 DG 1/2-8801 PS 1/2-8641-MB1 Square D AGW AGW25 S8 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 i i DG 1/2-8801 PS 2-1001-90A S-O-R 12NS-BB4-US-CIA-TTNQ 4E-2430-1 RIAJ 2202-5 RB 623 DG 1/2-8801 PS 2-1001-008 S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-2430-2 R!AE 2202-6 RB 623 DG 1/2-8801 PS 2-1001-00C S-O-R 12N6-BB4-US-CIA-TTNQ 4E-2430-1 R/AJ 2202-5 RB 623 DG 1/2-8801 PS 2-1001-900 S-O-R 12N6-BB4-US-C1 A-TTNQ 4E-2430-2 R/AE 2202-6 RB 623 GM Eladro Motte 3853 0082-01 BY VAPOR DG 1/2-8801 SDR DMason CORP Y NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-8801 SE 4E-1337 R/T 2212-46 DG 1/2 505 DG 1/2-8801 SF MERCOR CORP EMD 88380774 N NC 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 DG 1/2-8801 STR CUTLER-HAhWER 8011H2A N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 i CLASS I DG 1/2-8801 TD1 Square D 9050 EQ 1933G2, SERIES B N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 CLASS DG 1/2-8801 TD2 Square D 9050 EQ 1933G2, SERIES B N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 DG 1/2-8801 TD3 Agament 7014 7014PF N NO 4E-1351 A-2 R/AD 2212-125 D G 1/2 505 Page 8 Of 19
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SQUG 4 ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NONC REF. DRAWING PANEL BLDG ELEV DG 1/24001 TDR-13-1 Agnalet ETR ETR14D3N N NO 4E-1345-2 R/AX 2251-86 TB 6 31 DG 1/24801 TDR-23-1 Agnalet ETR ETR1403N N NO 4E-2345-2 R/AK 2252-86 TB 639 DG 1/24001 TS ASCO 90633 4E-1337 R/T 2212-46 DG 1/2 505 ; DG 1/2-8801 TS 1!24641-TC Square D BGW SOUARE D BGW-2S9 4E-1351 A-2 R/AD 1/2-8801 DG 1/2 505 DG 1/2-8001 VS 8ARBER COLMAN 8271096 N NO 4E-1351 A-1 R/AF 2212-125 DG 1/2 505 GM Elodro-Mothe DG 1/2-8001 VSR Dewision 37mno343 by VAPOR N NO 4E-1351A-1 R/AF 2212-125 DG 1/2 505 GM Electo Malho 3853 0062-0i BY VAPOR DG 1/2-8801-EXC 52W DMelon CORP N NO 4E-1337 R/T 2212-46 DG 1/2 505 DG 1/2-8801-EXC ER Square D 7001 PO4-S3 8263337 LV N NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-8001-EXC EXC Square D 8504 EQ1281-G2, SERIES A N NO 4E-1337 R/T 2212-46 D G 1/2 505 DG 1/261-EXC FFC Square D 8504 EQ-1985-G13 N NO 4E-1337 R/T 2212-46 I DG 1/2 505 DG 1/2-8801-EXC FFCO WESTINGHOUSE SV 2928402A10 N NOINC 4E-1351 A-1 R/AF 2212-46 DG 1/2 505 DG 1/2-8801-EXC FSR WESTINGHOUSE SV 292B402A10 N NO 4E-1351 A-1 R/AF 2212-46 DG 1/2 595 OHMITE MFG CO DG 1/2-8001-EXC MRV (Motor Drlwe Dalm) 57029 NC 4E-1351A-1 R/AF 2212-46 DG 1/2 595 ; GM Elodro4Aallwe t DG 1/2-8801-EXC VSR DMolon 37Want43 by VAPOR N NO 4E-1351 A-1 R/AF 2212-125 DG 1/2 SOS DG SWGR 14-1,1429 141M)G1 GE CEH 12CEH51A1A N NO 4E-1346-2 R/AS 2251-10 TB 505 ! DG SWGR 14-1,1429 151A GE BAC51A 12 TAC 51A101A N NO 4E-1346-2 R/AS SWGR 14-1 (10) TB 639 DG SWGR 14-1,1429 1518 GE LAC 51A 12 TAC 51A101A N NO 4E-1346-2 R/AS SWGR 14-1 (10) TB 639 , DG SWGR 14-1,1429 151BL(A) GE BAC51A 12 TAC 51A101A N NO 4E-1344-4 R/E TB SWGR 14-1 (7) 630 l 1 DG SWGR 14-1,1429 151BL(C) GE IAC51A 12 TAC 51A101A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 l DG SWGR 14-1,1429 151C GE BAC51A 12 TAC 51A101A N NO 4E-1346-2 R/AS SWGR 14-1 (10) TB 639 I DG SWGR 14-1,1429 151NBL GE LAC 51A 12 TAC 51A3A N NO 4E-1344-4 R/E SWGR 14-1 (7) TB 639 DG SWGR 14-1,1429 158-DG1 GE lAV51D 12tAV51D1 A N NO 4E-1346-2 R/AS 2251-10 TB 505 DG SWGR 14-1,1429 150SD 1/2 /1-2 GE LAV60A 12tAVUGA1A Y NO 4E-1346-2 R/AS SWGR 13-1 (2) TB 639 , DG SWGR 14-1,1429 150SD1-2 GE lAV994 12tAV99A1A Y NO 4E-1346 2 R/AS SWGR 141 (9) TB 639 DG SWGR 14-1,1429 150SD1-2 GE LAV80A 12iAV89A1A Y NO 4E-134EL2 R/AS SWGR 14-1 (9) TB 639 DG SWGR 14-1,1429 161-A N NO 4E-13508-2 R/AJ 2251-10 TB 505 DG SWGR 14-1,1429 181-CFF GE CFF 12CFF14B21A N NOINC 4E-13508-2 R/AJ 2251-10 TB 505 DG SWGR 14-1,1429 181Y-DG1 GE HFA151 12HFA151A2H N NOINC 4E-1344-4 R/E 2251-10 TB 505 DG SWGR 14-1,1429 181L1427 GE HEA618 12HEA618235 N NC 4E-1346-2 R/AS TB SWGR 14-1 (7) 639 ,
- DG SWGR 14-1,1429 186-OG1 GE HEA618 12HEA618235 N NOINC 4E-1346-1 R/AK SWGR 14-1 (10) TB 639 I DG SWGR 14-1,1429 187DG1 WESTINGHOUSE SA-1 1329D62A01 D 4E-1346-2 R/AS TB SWGR 14-1 (10) 630 i DG SWGR 14-1,1429 192-DG1 GE ICW 120CW51A1A N NO 4E-1346-2 R/AS 2251-10 TB 505 [
DG SWGR 14-1,1429 27XTD-14-1 Agnalet ETR ETR14038 N NO 4E-1346-1 R/AK 2251-87 TB 623 DG SWGR 14-1,1429 52Y [ N NOINC 4E-1346-1 R/AK SWGR 14-1 (10) TB 630 DG SWGR 14-1,1429 A GE CEH N NO 4E-1346-2 R/AS 2251-10 TB 595 DG SWGR 14-1,1429 ASR-1 GE HGA11 12HGA11J52 Y NC 4E-134tL2 R/AS TB 630 SWGR 14-1 (10) t Page 9 of 19 I
SQUG ESSENTIAL RELAYS i ' UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV CLASS DG SWGR 14-1,1429 FSR Square D 7001 EMD 8280705FV Y NC 4E-1348-2 R/AS 2251-12 DG1 505 DG SWGR 14-1,1429 HACR-IV HACR -IV 4E-1348-1 R/AK 2251-112 TB 505 DG SWGR 14-1,1429 SDR-X WESTINGHOUSE SG 2938255A20 Y NC 4E-1348-2 R!AS 2251-12 DG1 SOS ! DG SWGR 14-1,1429 T N NO 4E-13508-2 R/AJ 2251-10 TB 505 DG AIR 1-4800-310-S O STR CUTLER-HAMER 6011H2A N NO 4E-1350A-2 R/AE 2251-113 TB 505 DG AIR 1/2-4809-310-S O STR CUTLER-HAMER 6011H2A N NO 4E-1351 A-2 R/AD 2212-125 DG 1/2 505 i DG CW SWGR 18,184C 1/2-30G3-3A/b WESTINGHOUSE GCA GCA 530 N NC 4E-1880H RM 2251-100 TB 547 DG CW SWGR 18,184C 1/2-3003-3N WESTINGHOUSE GCA GCA 530 N NO 4E-1680H RM 2251-100 TB 547 DG CW SWGR 18,184C 1/2-300HtA WESTINGHOUSE AR AR600A N NC 4E-1680H RM 2251-100 TB 547 DG CW SWGR 18,184C 1/2-300MtN WESTINGHOUSE AR AR680A N NO 4E-1680H RM 2251-100 TB 547 DG CW SWGR 18,184C 1430-135A GE HFA151 12HFA151A2H Y NO 4E-13518-2 R/N 902-32 S8 505 , DG CW SWGR 18,184C 52X 4E-1351C R/L R8 647 SWGR 18 (184C) GM ElectoMoeve 38534082-01 BY VAPOR DGCW SWGR 18,184C SDR DMelon CORP Y NO 4E-1351C R/L 2212-48 DG 1/2 505 DG CW SWGR 19,198A 1-300MA WESTINGHOUSE A211K5 N NO 4E-2350C R/H 2251-98 DG1 505 DG CW SWGR 19,198A 1-300MA/b WESTINGHOUSE A211K5 N NC 4E-2350C R/H 2251-08 DG1 505 DGCW SWGR 19,198A 1-3003-3N WESTINGHOUSE A211K5 Y NO 4E-2350C R/H 2251-98 DG1 505 DG CW SWGR 19,198A 13003-3N/b WESTINGHOUSE A211K5 Y NC 4E-2350C R/H 2251-08 DG1 505 DG CW SWGR 19,198A 1-3GO3-RA WESTINGHOUSE AR AR680A N NO/NC 4E-2350C R/H 2251-98 DG1 505 DG CW SWGR 19,198A 1-3003-RN WESTINGHOUSE AR AR680A Y NO/NC 4E-2350C R/H 2251-08 DG1 505 DG CW SWGR 19,198A 52X Y NO 4E-13508-1 R/AG RB 647 SWGR 19 (198A) DGCW SWGR 19,198A 52Y N NO/NC 4E-13508-1 R/AG SWGR 19 (198A) RB 647 G.M. Electo-Moews DG CW SWGR 19,198A SDR DMelon w innn?-01 Y NO 4E-13508-1 R/AG 2251-12 DG1 505 DG FO 1-5208 STR CUTLER-HAMER 6011H2A 4E-1350A-1 R/AE 2251-113 TB 505 DG FO 1/2-5201-SO 127 FO GE HGA11 12HGA11H70 4E-13518-2 R/N 2212-50 D G 1/2 505 DGFO 1/2-5201-SO CR/o 4E-13518-2 R/N MCC 28-1 A (A1) RS 623 DG FO 1/2-5201-SO LS 1/2-5241-5 MAGNETROL A-103F--EPNP 4E-13518-2 R/N 1/2-5202 DAY TNK DG 1/2 505 DG FO 1/2-5201-SO M/a GE CR106 CR100C0 4E-13518-2 R/N RS 623 , MCC 18-1 A (E1) DGFO 1/2-5203 1430-135A GE HFA151 12HFA151A2H Y NC 4E-13518-2 R/N 902-32 S8 505 DGFO 1/2-5203 42M GE CR106 CR108CO 4E-13518-2 R/N MCC 18-1 A (E1) RB 623 DGFO 1/2-52tB 42M GE CR106 CR106CO 4E-13518-2 R/N R8 623 MCC 28-1 A (A1) DG FO 1/2-5208 STR CUTLER-HAMER 6011H2A Y NO 4E-1351A-1 R/AF 2212-125 DG 1/2 505 DG HVAC 1-5727 1-5727-CRA WESTINGHOUSE AR AR680A N NO 4E-13508-3 R/AH 2251-97 DG1 505 DG HVAC 1-5727 2A WESTINGHOUSE A210M3CX N NO 4E-1878D R/X 2251-07 DG1 505 CLASS DG HVAC 1-5727 VSR Square D 7001 EMD 8263337 AU N NO 4E-13508-3 R/AH 2251-113 TB 505 DG HVAC 1/2-5727 1/2-5727-127VF GE HGA11 12HGA11J70 Y NO/NC 4E-1351B-1 R/J 2212-50 DG 1/2 505 GM EleN DG HVAC 1/2 5727 1/2-6801-VSR DMeion 3751nnot43 by VAPOR N NO 4E-1351B-1 R/J 2212-125 DG 1/2 505 Page 10 of 19
i h SQUG ESSENTIAL RELAYS - UNIT 1 i SYSTEM EQP.tg CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL SLDG ELEV DG HVAC 1/24c! 42/M GE CR106 CR100E0 4E-16750 R/Z R8 623 MCC 18-1 A (G2) E DG HVAC 1/2-5727 42M GE CR106 CR100EO 4E-2675A R/AA MCC 28-1 A (A2) R8 623 f DG HVAC 1/24727 6800-HFA1 GE HFA151 12HFA151A2H N NC 4E-13518-1 R/J 2212-127 DG 1/2 505 ' DG HVAC 1/24727 680HiFA2 GE HFA151 12HFA151A2H N NC 4E-13518-2 R/N 2212-127 DG 1/2 505 DG HVAC 1/24727 6800 TDR1 A0melut ETR ETR14D1mnm N NC 4E-13518-2 R/N 2212-127 D G 1/2 505 DG HVAC 1/2-5727 CR GE CR2810A CR2810A 14 AA N NO 4E-13518-1 R/J R8 623 MCC 18-1 A (G2) rG HVAC 1/2-5727 CR N NO 4E-13518-1 R/J MCC 28-1 A (A2) R8 623 gS SER 901-49 ATS LO N NO 4E-1591 R/L S8 505 901-49 (A03) _ ESS SER 901-49 ATS SE Y NOtNC 4E-1591 R/L S8 505 ! 901-40 (A03) EDS SER 901-49 ATS TS Y NO/NC 4E-1591 R/L S8 505 901-40 (A03) ESS SER 901-49 ATS UV Y NO 4E-1591 R/L S8 505 i 901-49 (A03) HPCI 1-2301-SMO 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1527-1 R/H 901-32 S8 505 HPCI 1-2301-3MO 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1527-1 R/H 901-33 SB 505 HPCI 1-2301-3-MO 2330-1008 f GE HFA151 12HFA151 A2H N NO 4E-1527-3 R/E 901-30 S8 505 HPCI 1-2301-3-MO 2330-1128 GE HFA151 12HFA151A2H N NO 4E-1527-3 R/E 901-30 S8 505 HPCI 1-2301-3-MO 2330-115 GE HFA151 12HFA151A2H N NO 4E-1529-1 R/A8 901-39 S8 595 ; HPCI 1-2301-3-MO 2330-142 GE HGA11 12HGA11J52G N NO 4E-1527-1 R/H 901-32 SS 505 HPCI 1-2301-3-MO 72/C 4E-1529-1 R/A8 R8 623 MCC 1 A (G01) ; HPCI 1-2301-3-MO 72/M 4E-1529-1 RIA8 R8 623 MCC 1 A (G01) HPCI 1-2301-3-MO 72/O 4E-1529-1 R/A8 R8 623 MCC 1 A (G01) HPCI 1-2301-3MO LIS 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RS 623 HPCI 1-2301-SMO LlS 1-0263-728 YARWAY 4418C 4E-1438C R/AC 2201 4 RB 623 ? HPCI 1-2301-3MO PS 1-1001-80A S-O-R 12N6-884-USC1 A-TTNQ 4E-1527-3 R/E 2201-5 R8 623 HPCI 1-2301-3-MO l PS 1-1001-898 S-O-R 12N6 884-US C1 A-TTNQ 4E-1527-1 R/H 2201 4 R8 623 HVAC 147488 1A WESTINGHOUSE A210M1CAC Y NO/NC 4E-16780 R/X 2201-75 R8 554 . i HVAC 1-57488 1N WESTINGHOUSE A210M1CAC Y NO/NC 4E-16780 R/X 2201-75 RB 554 i HVAC 1-57404 1-3003-RA WESTINGHOUSE AR AR680A N NO/NC 4E-1679F R/J 2251-06 DG1 505 HVAC 1-5740A 1-3003-RN WESTINGHOUSE AR AR680A Y NC 4E-1679F R/J 2251-98 DG1 505 HVAC 1-5740A 1A WESTINGHOUSE A210M1CAC N NO 4E-1679F R/J 2251-88 DG1 505 HVAC 1-57498 1-300MtA WESTINGHOUSE AR AR680A N NO/NC 4E-1679F R/J 2251-98 DG1 505 j HVAC 1-57498 1-300MtN WESTINGHOUSE AR AR880A Y NC 4E-1679F R/J 2251-98 DG1 505 ; HVAC 1-57498 2A WESTINGHOUSE A21(M1CAC N NO 4E-1679F R/J 2251-98 DG1 505 HVAC 1/2-5740A 1/2-300MtA WESTINGHOUSE AR AR680A N NO 4E-1676C R/T 2251-100 TB 547 + HVAC 1/2-5740A 1/2-300MtN WESTINGHOUSE AR AR600A N NO 4E-1676C R/T 2251-100 TB 547 ! HVAC 1/2-57494 1A WESTINGHOUSE A210M1CAC N NO 4E-1676C R/T 2251-100 TB 547 , HVAC 1!2-5740A 1Alb WESTINGHOUSE A210M1CAC N NC 4E-1676C R/T 2251-100 T8 547 i HVAC 1/2-5740A IN WESTINGHOUSE A210M1CAC N NO 4E-1676C R/T 2251-100 T8 547 HVAC 1/2-5749A IN/b WESTINGHOUSE A210M1CAC N NC 4E-1676C R/T 2251-100 547 TB HVAC 1/2-5740A OL WESTINGHOUSE A210M1CAC N NC 4E-1676C R/T 2251-100 TS 547 Page 11 of 19
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i i SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING HVAC 1/2-57408 PANEL BLDG ELEV 1/2J00MtA WESTINGHOUSE AR AR080A N NO 4E-16760 R/J 2251-100 TB 547 HVAC 1/2-57408 1/2-300MtN WESTINGHOUSE AR AR680A N NO 4E-16760 R/J 2251-100 HVAC 1/2-57408 TB 547 2A WESTINGHOUSE A210M1CAC N NO 4E-16760 R/J 2251-100 TB $47 HVAC 1/2-57408 2Alb WESTINGHOUSE A210M1CAC N NC 4E-16760 RIJ 2251-100 HVAC 1/2-57408 TB 547 2N WESTINGHOUSE A210M1CAC N NO 4E-1676D R/J 2251-100 TB 547 HVAC 1/2-57408 2N/b WESTINGHOUSE A210M1CAC N NC 4E-16760 R/J 2251-100 HVAC 1/2-57408 TB 547 OL WESTINGHOUSE A210M1CAC N NC 4E-16760 R/J 2251-100 TB 547 INST AC 901-50 ATS tV i Y NO 4E-1682A R/AK 901-50 (A02) S8 505 INST AC 901-50 ATS LO N NO 4E-1682A R/AK 901-50 (A02) S8 505 INST AC 901-50 ATS SE Y NO/NC 4E-1682A R/AK 901-50 (A02) S8 505 INST AC 901-50 ATS TS t N NO/NC 4E-1682A R/Av 901-50 (A02) SB 505 MS 1-0203-3A-RV 104-K98A GE ; HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901 32 MS 1-0203-3A-RV S8 506 l 10A-K088 GE HGA11 12HGA11J52G N NO MS 4E-1462-1 R/AJ 901-33 S8 505 1-0203 3A-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 i MS 1-0203-3A-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 MS 1-02GF3A-RV SB 505 287-107A GE HFA151 12HFA151A2H N NO MS 4E-1461-2 R/AM 2201-32 RB 623 1 0203-3A-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-1461-2 R/AM 2201-32 RB 623 MS 1-0203-3A-RV 287-108A GE HFA151 12HFA151A2H Y NO 4E 1461-2 R/AM 2201-32 MS 10203-3A-RV RB 623 ! 287-112A GE HGA11 12HGA11J52G N NO 4E-1451-1 R/AL 901-32 S8 505 MS 1-0203 3A-RV 287-1128 GE i HGA11 12HGA11J52G N NO 4E-1462-2 R/AG 901-32 MS 1-0203-3A-RV 287-114A S8 505 GE HGA11 12HGA11J52 N NO 4E-1461-2 R/AM MS 2201-32 R8 623 1-0203-3A-RV 287-115A GE HGA11 12HGA11J52 Y NO 4E-1461-2 R/AM 2201-32 RB 623 MS 1-0203-3A RV CR Ward Leonard Elec 130-4420 4E-1461-2 R/AM 2201-5 MS 10203 3A-RV PS 1-1462-A RB 623 MERColO DA-7043404 R.21 E MS 4E-1430-1 R/AU 1-1401-1 A RB 554 i 1-0203-3A-RV PS 1-1462-8 MERCOIO DA-7043-804 R.21E MS 4E-1430-2 R/AR 1-1401-18 RB 554 10203 3A-RV PS 1053A S-GR 6N6-85-US C1 A.JJTTNQ 4E-1438C R/AC 2201-504 R8 554 MS 1-0203 3A-RV PS 10538 S-O-R f 6NS-85-US C1 A-JJTTNQ 4E-1438C R/AC 2201-50A RB 554 MS 1-02G3-3A-RV PS 1053C S-O-R i 6N6-85-US-C1A,JJTTNQ 4E-1438E R/AC 2201-508 MS 1-0203 3A-RV RB 554 l PS 10G3D S-O-R 6N6-85-US-C1A-JJTTNQ MS 4E-1438E R/A0 2201-508 RB I 1-0203-3A-RV R10738 GE 554 _. CR12080 CR12080020 N NO 4E-1461-1 R/AL 901-32 S8 MS 1-0203-38-RV 505 10A-MSSA GE HGA11 12HGA11J52G N NO [ MS 4E-1462-1 R/AJ 901-32 S8 505 ! 1-0203-38-RV 10A-K088 GE HGA11 12HGA11J52G ~ N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-020138-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E 1462-1 R/AJ 901-32 MS SB 505 1-020S38-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901 33 S8 505 MS 1-020538-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-1461A R/B 2201 32 MS RB 623 1-020538-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-1461 A R/B 2201-32 R8 623 MS 1-0203-38-RV 287-1088 GE HFA151 12HFA151A2H Y NO 4E-1461-2 R/AM 2201 32 RB 623 i MS 1-0203-38-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-1461-1 R/AL 901-32 SB SOS " MS 1-0203-38-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-1462-2 R/AG 901-32 S8 505 MS 1-0203-38-RV 287-1148 GE l HGA111 12HGA111J2 4E-t461 A R/B 2201-32 RS 623 MS 1-0203-38-RV 287-1158 GE HGA11 12HGA11J52 Y NO 4E-1461 A R/B 2201-32 RB 623 MS 1-02Gb38-RV 287-122B A0metet EGPD EGPD002 N NO 4E-1461 A R/B 2201-32 R8 623 Page 12 of 19
t SQUG ESSENTIAL RELAYS r UNIT 1 ? SYSTEM EQP. ID CONTACT MFGR i TYPE MODEL ENER NO/NC REF. DRAWING PANEL MS 1-02GMB-RV BLDG ELEV 287-1238 Agostut EGPD EGPD002 N NO MS 4E-1461 A R/8 2201-32 R8 623 14203-38-RV CR Ward Leonard Elec 130-4420 MS 4E-1461 A R/8 2201-5 R8 623 1-0203-38-RV PS 1-1462 A MERCOID DA-7043-804 R.21E 4E-1430-1 R/AU 1-1401-1 A R8 554 , MS 1-02Ek38-RV PS 1-1462-8 MERCOID ' DA-7043-804 R.21E 4E-1430-2 R/AR 1-1401-18 R8 554 MS 1-020138-RV PS 1053A S-O-R ; 6N6-85-t&CI A-JJTTNQ 4E-1438C R/AC 2201-59A R8 554 MS 1-0203-38-RV PS 10538 S-O-R 6N6-85-US-C1A-JJTTNQ 4E-1438C R/AC 2201-50A R8 554 MS 14203-38-RV PS 1053C S-G R 6N6-85-US-C1 A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 14203 38-RV PS 10530 S-O-R 6N6-85-US-C1A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 1-0203 38-RV R10738 GE , CR12080 CR120BD020 N NO 4E-1461-1 R/AL 901-32 MS 1-02053C-RV S8 505 f 10A-M98A GE HGA11 12HGA11J52G N NO MS 4E-1462-1 RIAJ 901-32 S8 505 1-020b1C-RV 10A-M988 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 ! MS 1-02030C-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 MS S8 505 1-0203-3C-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 14203 3C-RV 287-107A GE ; HFA151 12HFA151A2H N NO 4E-1462A R/S 2201-32 MS 1-0203,3C-RV RS 623 287-1078 GE HFA151 12HFA151A2H N NO 4E-1462A R/8 2201-32 R8 623 MS 1-O'03-3C-RV 287-100C GE HFA151 12HFA151A2H Y NO 4E-1462-3 R/AF 2201-32 MS 1-0203-3C-RV R8 623 287-112A GE HGA11 12HGA11J52G N NO MS 4E-1461-1 R/AL 901-32 S8 505 1-0203-3C-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-1462-2 R/AG 901-32 S8 506 MS 14203-3C-RV 287-114C GE HGA11 12HGA11J52 N NO 4E-1462A R/8 2201-32 RS 623 MS 1-02030C-RV 287-115C GE HGA11 12HGA11J52 Y NO 4E-1462A R/8 2201-32 MS 1-020F3C-RV R8 623 287-122C Agentet EGPD EGPD002 N NO 4E-1462A R/8 2201-32 RS 623 MS 1-020F3C-RV 287-123C Agostat EGPD EGPD002 N NO 4E-1462A R/8 2201-32 RS 623 MS 1020F3C-RV CR Ward Leonard Elec 130-4420 4E-1462A R/B 2201-5 R8 MS 10203 3C-RV 623 PS 1-1462-A MERCOID DA-7043-804 R.21E MS 4E-t4301 R/AU 1-1401-1 A R8 554 1-0203 3C-RV PS 1-1462-8 MERCOID DA-70434104 R.21E MS 4E-1430-2 R/AR 1-1401-18 R8 554 1-0203 3C-RV PS 1053A S-4R ONS-85-US-C1A-JJTTNQ MS 4E-1438C R/AC 2201-50A RB 554 1-0203 3C-RV PS 10538 S-O-R 6N6-85-US-C1A-JJTTNQ MS 451438C R/AC 2201-50A R8 554 i 1-0203-3C-RV PS 1053C S-O-R 6NS-85-US-C1A-JJTTNQ MS 4E-1438C R/AC 2201-508 RB 564 10203-3C-RV PS 1053D S-O-R 6N6-85-US-C1 A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 1-0203 3C-RV R10738 GE mon 8D CR12080020 N NO 4E-1461-1 R/AL 901-32 S8 sus MS 10203 30-RV 10A-M98A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901 32 MS 1-0203 30-RV SB 505 10A-M988 GE HGA11 12HGA11J52G N NO MS 4E-1462-1 R/AJ 901 M S8 505 102033D-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 MS 1-0203 3D-RV 1430-1258 GE HGA11 12HGA11J52G ' N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-1462-3 R/AF 2201-32 MS R8 623 1-0203 30-RV 287-1078 GE HFA151 12HFA151A2H N 4 NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-020F30-RV 287-1080 GE HFA151 12HFA151A2H Y NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-0203-30-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-1461-1 R/AL 901-32 SS 505 MS 1-0203-30-RV 287-1128 GE HGA11 12HGA11J52G
- N NO 4E-1462-2 R/AG 901-32 S8 505 MS 1-0203-30-RV 287-114D GE HGA11 12HGA11J52 N NO 4E-1462 3 R/AF 2201-32 MS R8 623 1-0203-30-RV 267-1150 GE HGA11 12HGA11J52 Y NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-0203-3D-RV CR Ward Leonard Elec 130-4420 4E-1462-3 R/AF 2201-5 RS 623 Page 13 of 19
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.10 CONTACT MFGR TYPE MODEL ENER NOINC REF. DRAWING PANEL BLDG ELEV MS 1-020L3D-RV PS 1-1462-A MERCOID DA-704H104 R21E 4E-1430-1 RiAU 1-1401-1 A RB 554 MS 1-0203-3DRV PS 1-1462-8 MERCOID DA-7043-804 R21E 4E-1430-2 R/AR 1-1401-18 R8 554 MS 10203-3D-RV PS 1053A S-GR 6N6-85-US-C1 A JJTTNQ 4E-1438C R/AC 2201-5eA RB 554 MS 1020F3D-RV PS 10538 S-O-R 6N&BS-US-C1A-JJTTNQ 4E-143 tlc R/AC 2201-50A R8 554 MS 1-020F3D-RV PS 1053C S-O-R 6N6-85-US-C1A-JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 10203 3D-RV PS 1053D S-O-R 6N6-85-US-C1 A JJTTNQ 4E-1438C R/AC 2201-508 R8 554 MS 1-020F3D-RV R10738 GE CR12080 CR12080020 N NO 4E-1461-1 R/AL 901-32 SE 505 MS 1-0203-3E-RV 10A-MBSA GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 MS 1-0203-3E-RV 104-MB88 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-0203-3E-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-32 S8 505 MS 1-0203-3E-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-1462-1 R/AJ 901-33 S8 505 MS 1-0203-3E-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-1462-3 R/AF 2201-32 R8 623 MS 10203-3E-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1-0203-3E-RV 287-100E GE HFA151 12HFA151A2H Y NO 4E 1462-3 R/AF 2201-32 R8 623 MS 1-020F3E-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-1461-1 R/AL 901-32 S8 505 MS 1-0203-3E-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E 1462-2 R/AG 901-32 S8 505 MS 1-020%3E-RV 287-114E GE HGA11 12HGA11J52 N NO 4E 1462-3 R/AF 2201-32 R8 623 MS 1-020K3E-RV 287-t 15E GE HGA11 12HGA11J52 Y NO 4E-1462-3 R/AF 2201-32 R8 623 MS 1420K3E-RV CR Ward Leonard Elec 130-4420 4E-1462-3 R/AF 2201-5 R8 623 _E 1-020K3E-RV P31-1462-A MERCOID DA-7043-804 R21E 4E-1430-1 R/AU 1-1401-1 A R8 554 M3 1020K3E-RV PS 1-1462-8 MERCol0 DA-704M104 R21E 4E 1430-2 R/AR 1-1401-18 R8 554 MS 1-020E3E-RV PS 1053A S-O-R 6N6-85-US-C1A-JJTTNQ (4-1438C R/AC 2201-50A R8 564 MS 1-020%3E-RV PS 10538 S-O R 6NS-85-US-CI A-JJTTNQ 4E-1430C R/AC 22015eA R8 564 MS 1-020%3E-RV PS 1053C S-O R 6N6-85-US-C1 A-JJTTNQ 4E-1438C R/AC 2201-508 R8 564 MS 1-020K3E-RV PS 1053D S-O-R 6N6-85-US-CI A JJTTNQ 4E-1438C R/AC 2201-508 R8 564 MS 1-020K3E-RV R10738 GE CR1208D CR12080020 N NO 4E-1481-1 R/AL 901-32 S8 505 MS 1-0220-1-MO 42/O GE CR100 CR100C0 4E-1506-1 R/X MCC 18-1 A (D3) R8 623 PR INST 1-02631004-U NONE 4E-1719 R/AW 901-5 S8 623 PR INST 1-0263-1008-Li NONE 4E-1719 R/AW 901-5 S8 623 PR INST 1-0263-106A-Li NONE 4E-8857 R/P 901-3 S8 623 PR INST 1-02E3-1088-Li NONE 4E-6857 R/P 901-3 S8 623 PRINST 1-0263-115-Pt NONE 4E-1419 R/AN 901-5 S8 623 PR INST 1-0263-156-Pi NONE 4E-1493 R/AC 901-3 S8 623 PRINST 1-1040-5-TRS NONE 4E-1438N RIN 901-3 S8 623 PR INST 1-1640-10A-L1 NONE 4E-8582 R/L 901-3 S8 623 PRINST 1-1640-108-U NONE 4E-6562 R/L 901-3 S8 623 PR INST 1-1640-11 A-Pl NONE 4E.8562 R/L 901-3 S8 623 PRINST 1-1640-118-Pt NONE - 4E-8582 R/L 901-3 S8 623 PRINST 1-1640-200A-TR NONE WESTRONICS M5E-1-21-21-11-A8-344 4E-6842A R/J 901 36 S8 623 PR INST 1-1640-2008-TR NONE WESTRONICS M5E-1-21-21-11-A8 344 4E-68428 R/G 901-36 S8 623 RCIC 1-1301-61-MO 13A-K1 GE HFA151 12HFA151A2H N NO 4E-1484F-2 R/W 901-48 S8 505 RCIC 1-1301-61-MO 1430-105A GE HFA151 12HFA151A2H N NO 4E-14848 R/AK 901-32 S8 505 Page 14 of 19
SQUG ESSENTIAL RELAYS ' UNIT 1 ' SYSTEM EQP.10 CONTACT MFGR TYPE MODEL ENER NOINC REF. DRAWING PANEL BLDG ELEV RCIC 1-130141-MO 1430-1058 GE HFA151 12HFA151A2H N NO 4E-14848 R/AK 901-33 S8 595 RCIC 1-130141-MO 72/C [ 4E-1484F-2 R/W MCC 1B (WO2) R8 623 l RCIC 1-1301-61-MO 72/M 4E-1484F-2 R/W MCC 18 (WO2) RS 623 l R,CIC 1-130141-MO 72/O 4E-1484F-2 R/W MCC 1B (WO2) R8 623 l i RCIC 1-130141-MO US 1-0283-72A YARWAY 4418C 4E-1430-2 R/AR 2201-5 R8- 623 RCIC 1-1301-81-MO US 1-0283-728 YARWAY 4418C 4E-1430 2 R/AR 2201 4 R8 423 RHR 1-1001-16A-MO 42/MC GE CR109 CR100CO 4E-1438J-2 R/A8 MCC 18-18 (C3) RS 623 RHR 1-1001-168-MO 42/MC GE CR100 CR100CO 4E-1438L-2 R/AB MCC 19-4 (A4) RB 623 RHR 1-1001-185A-MO 42/MC GE CR109 CR100CO 4E-1438R R/J MCC 18-1 A (H2) RB 623 RHR 1-1001-1858-MO 42MC GE C3109 CR100CO 4E-1438S RIJ MCC 19-1 (E2) RS 623 RHR 1-1001-188A-MO 42M 0 GE [ CR100 CR100CO 4E-1438R R/J R8 623 RHR MCC 18-1 A (82) { 1-1001-1888-MO 42M0 GE CR109 CR100CO 4E-1438S R/J MCC 19-1 (C2) RB 623 l RHR 1-1001-187A-MO 42/MO GE CR100 CR100C0 4E-1438R R/J MCC 18-1 A (G1) RB 623 RHR 1-1001-1878-MO 42/MO GE CR100 CR100CO [ 4E-1438S R/J MCC 19-1 (F3) RB 623 RHR 1-1001-18A-MO 10A-K45A GE CR120KT CR120KT01541AA N NO 4E-1438J-2 R/A8 901-48 S8 595 i RHR 1-1001-18A-MO 42M O GE CR100 CR100CO 4E-1438J-2 R/AB MCC 18-1 A-1 (C3) R8 623 RHR 1-1001-188-MO 10A-K458 GE CR120KT CR120KT01541AA N NO 4E-1438L-2 R/AB 901-47 S8 505 RHR 1-1001-188440 42M O Gfi CR109 CR100CO 4E-1438L-2 R/A8 f MCC 19-1-1 (81) RS 623 i RHR 1-1001-19A440 42/MC Gli CR109 CR100CO 4E-1431U-2 R/A8 MCC 18-18 (B2) RB 623 RHR 1-1001-198 440 42/MC Gli CR109 CR100CO 4E-1438L-2 R/AB MCC 19-4 (C2) RB 623 RHR 1-1001-20440 42/O GE CR108 CR108CO 4E-15088-1 R/R MCC 18-1 A-1 (C1) RB 623 ! RHR 1-1001-23A440 42/MO GE CR100 CR100CO 4E-1438L-3 R/X MCC 18-18 (B1) R8 623 ! RHR 1-1001-238440 42/MO GE CR109 CR100C0 4E-1438L-3 R/X MCC 194 (81) R8 623 j RHR 1-1001-28A440 CR-R 4E-1438J-3 R/X MCC 18/1M (C1) R8 595 ' RHR 1-1001-28A440 R GE CR108 CR108FO 4E-143tU4 R/X MCC 18/1M (C1) RB 595 RHR 1-1001-288440 CR-R 4E-1438L-3 R/X MCC 18/1M (F1) R8 595 i RHR 1-1001-288440 R 4E-1438L-3 R/X MCC 18/1M (F1) R8 595 I RHR 1-1001-294400 10A-K38A GE HGA11 12HGA11J52G N NO ' 4E-1438D R/L 901-48 S8 505 RHR 1-1001-29A440 10A-K388 GE HGA11 12HGA11J52G N NO 4E-14380 R/L 901-47 S8 505 RHR 1-1001-29A400 104-K37A GE HFA151 12HFA151A2H N NO 4E-1438F R/M 901-48 S8 505 ' RHR 1-1001-29A4AO 10A-K378 GE HFA151 12HFA151A2H N NO 4E-1438F R/M 901-47 S8 505 l RHR 1-1001-29A440 10A-K39A GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-48 S8 505 RHR 1-1001-294400 10A-K398 GE HFA151 12HFA151A2H N NO 4E-1438E RIAC 901-47 S8 505 i RHR 1-1001-29A4dO 10A-K40A GE CR120KT CR120KT01541AA N NO 4E-1438F R/M 901-48 S8 595 RHR 1-1001-29A440 10A-K408 GE CR120KT CR120KT01541AA N NO 4E-1438F RM 901-47 S8 505 RHR 1-1001-29A44O 1GA-K43A GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-48 S8 505 RHR 1-1001-29A440 10A-K438 GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-47 S8 505 RHR 1-1001-29A440 10A-M83A GE HGA11 12HGA11J52G N NO 4E-1438F RM 901-32 SB 595 ' RHR 1-1001-29A44O 10A-K88A GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-32 SB 505 ! RHR 1-1001-29A440 104-K888 GE HFA151 12HFA151A2H N NO 4E-1438K-1 R/S 901-33 S8 595 Page 15 of 19
SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV RHR 1 1001-294-MO 42MO 4E-1438K-1 R/S MCC 18/19 5 (84) R8 505 RHR 1-1001-29A-MO dPIS 1-261-34C BARTON 288 288-3881 4E-1438D R/L 2201-7 R8 505
- RHR 1-1001-294-MO dPlS 1-261-34D 8ARTON 288 288-3858 4E-1438F RM 2201-8 R8 505 RHR 1-1001-298-MO 104-K38A GE HGA11 12HGA11J52G N NO 4E-14380 R/L 901-46 S8 505 RHR 1-1001-298-MO 104-K388 GE HGA11 12HGA11J52G N NO 4E-14380 R/L 901-47 S8 505 RHR 1-1001-298-MO 10A-K37A GE HFA151 12HFA151A2H N NO 4E-1438D R/L 901-46 SK 505 RHR 1-1001-298-MO 10A-K37B GE HFA151 12HFA151A2H N NO 4E-1430F RM 901-47 S8 505 RHR 1-1001-298440 10A-K39A GE HFA151 12HFA151A2H N NO 4E-1438M-1 R/U 901-46 S8 505 RHR 1-1001-298-MO 104-K308 GE HFA151 12HFA151A2H N NO 4E-1438M-1 R/U 901-47 S8 505 RHR 1-1001-298-MO 10A-K40A GE CR120KT CR120KT01541AA N NO 4E-14380 R/L 901-46 S8 505 RHR 1-1001-298-MO 104-K408 GE CR120KT CR120KT01541AA N NO 4E-1438F RM 901-47 S8 505 RHR 1-1001-298440 104-K43A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-46 S8 505
- RHR 1-1001-298440 10A-K438 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-47 SB 505 RHR 1-1001-298 440 104-KS38 GE HGA11 12HGA11J52G N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-298440 10A-K67A GE HFAt51 12HFA151A2H N NO 4E-1438M-1 R/U 901-32 SB 505 RHR 1 1001-298440 104-K578 GE HFA151 12HFA151A2H N NO 4E-1438M-1 R/U 901-33 S8 505 RHR 1-1001-298440 42M O 4E-1438M-1 R/U MCC 18/19 5(E4) R8 505 RHR 1-1001-29844O dPIS 1-261-34C 8ARTON 288 288-3861 4E-14380 R/L 2201-7 RB 505 RHR 1-1001-298 440 dPIS 1-261-340 BARTON 288 288-3858 4E-1438F RM 2201 4 RB 505 RHR 1-1001-34A440 10A-K101A GE HGA11 12HGA11J52G N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-34A440 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1430C R/AC 901-32 S8 505 RHR 1-1001-34A440 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR 1-1001-34A440 104-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-34A440 10A-K78 GE MFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR 1-1001-34A440 10A-K9A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-34A440 42M O GE CR100 CR100CO 4E-1438K-1 R/S MCC 18-18 (C1) R8 623 RHR 1-1001-34A-MO LIS 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RB 623 i RHR 1-1001-34A440 US 10263-728 YARWAY 4418C 4E-1438E RIAC 2201 4 RB 623 RHR 1-1001-34A440 PS 1 1001-00A S-O-R 12NS 884-US-C1 A-TTNQ 4E-1430C R/AC 2201-5 R8 623 RHR 1-1001-34A440 PS 1-1001-008 S-O-R 12N6-884J8-C1A-TTNQ 4E-1438E R/AC 2201-6 R8 623 RHR 1-1001-348440 104-K1018 GE HGA11 12HGA11J52G N NO 4E-1438E R/AC 901-33 S8 505 RHR 1 1001-348 440 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR 1-1001-348440 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-348440 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 595 RHR 1-1001-348 440 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 Page 16 of 19
I Sous ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV
- RHR 1-1001-348-MO 10A-K98 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-348-MO 42440 GE CR109 CR109CO 4E-1438M-1 R/U R8 623 MCC 19-4 (C1)
RHR 1-1001-348-MO US 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RB 623 RHR 1-1001-348440 US 1-0283-72B YARWAY 4418C 4E-1438E R/AC 2201 4 R8 623 i RHR 1-1001-348 MO PS 1-1001-00A S-O-R 12N6-884-08-C1 A-TTNQ 4E-1438C R/AC 2201-5 RB 623 RHR 1-1001-348-MO PS 1-1001-008 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438E R/AC 2201-6 R8 623 RHR 1 1001-36A-MO 10A-K101 A GE HGA11 12HGA11J52G N NO 4E-1438C R/AC 901-32 S8 505 RHR 1-1001-36A-MO 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438C RIAC 901-32 S8 505 RHR 1-1001-36A440 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR 1-1001-36A440 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 SB 505 MHR 1-1001-36A440 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 S05 RHR 1-1001-36A440 10A-K9A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 595 RHR 1-1001-36A440 42440 GE CR109 CR100CO 4E-1438K-2 R/S R8 623 MCC 18-1B (D1) RHR 1-1001-36A440 US 1-0263-72A YARWAY 4418C 4E-1430C R/AC 2201-5 RB 623 RHR 1-1001-36A440 US 1-0263-728 YARWAY 4418C 4E-1438E R/AC 2201 4 RB 623 RHR 1-1001-36A440 PS 1-1001-904 S-O-R 12N6-884 US-C1 A-TTNQ 4E-1438C R/AC 2201-5 RB 623 RHR 1-1001-36A440 PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438E R/AC 2201 4 R8 623 RHR 1-1001-368440 10A-K1018 GE HGA11 12HGA11J52G N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-368440 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 i RHR 1-1001-368440 104-K58 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-368440 10A-K7A GE HFA151 12HFA151A2H N NO 4E-143BE R/AC 901-32 S8 505 RHR 1-1001-368440 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR 1-1001-368440 10A-K98 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 SB 505 RHR 1-1001-368440 42440 GE CR109 CR100C0 4E-1438M-2 R/T RB 623 MCC 19-1 (D1) RHR 1-1001-368440 US 1-0263-72A YARWAY 4418C 4E-1430C R/AC 2201-5 RS 623 3 3 RHR 1-1001-368440 US 1-0263-728 YARWAY 4418C 4E-1438E R/AC 2201 4 R8 623 RHR 1-1001-368440 PS 1-1001-90A S-O-R 12N6-884-US-C1 A-TTNQ 4E-1430C R/AC 2201-5 RB 623 RHR 1-1001-368440 PS 1-1001-808 S-O-R 12NS-BB4-US-C1A-TTNQ 4E-1438E R/AC 2201 4 RB 623 RHR 1-1001-43A440 42440 GE CR109 CR100CO 4E-1438K-2 R/S RB 623 MCC 18-1B (83) RHR 1-1001-438440 42440 GE CR100 CR100CO 4E-1438K-3 R/R RB 623 MCC 18-18 (D4) RHR 1-1001-43C440 42/MO GE CR100 CR100CO 4E-1438M-2 R/T R8 623 MCC 194(84) RHR 1-1001-430440 42440 GE CR109 CR109CO 4E-1438M-3 R/R RB 623 MCC 19-4 (D2) RHR 1-1001-4A-MO 42/MC GE CR109 CR100C0 4E-143BR RIJ RB 623 MCC 18-1 A (A2) RHR 1-1001-48-MO 42/MC GE CR109 CR109CO 4E-1436S R/J RB 623 MCC 19-1 (83) Page 17 of 19
i SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQ P.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV RHR 1-1001-50-MO 42/MO GE [ 4E-1508A-3 R/X MCC 18-18 (C2) R8 623 RHR 1-1001-5A440 42fM O GE CR109 CR100C0 4E-1438J-1 R/Y {' MCC 18-18 (84) R8 623 RHR 1-1001-58440 42fMO 4E-1438L-1 R/Y MCC 19-4 (D3) R8 623 , RHR 1-1001-7A-MO 42fMC GE CR109 CR100CO 4E-1438J-1 R/Y MCC 18-18 (D3) R8 623 t RHR 1-1001-7C440 42fMC GE CR100 CR100CO 4E-1438L-1 R/Y MCC 19-4 (83) R8 623 RHR SWGR 13-1,1324 10A-K10A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 SE RHR SWGR 13-1,1324 10A-K21A GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-32 S8 505 RHR SWGR 13-1,1324 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1324 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1430C R/AC 901-33 S8 505 RHR SWGR 13-1,1324 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1324 104-K78 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR SWGR 13-1,1324 US 1-0263-72A YARWAY 4418C 4E-1430C R/AC 2201-5 R8 623 i RHR SWGR 13-1,1324 US 1-0263-728 YARWAY 4418C 4E-1438C R/AC 2201-6 R8 623 RHR SWGR 13-1,1324 PS 1-1001-90A S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438C R/AC i 2201-5 R8 623 RHR SWOR 13-1,1324 PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438C R/AC 2201-6 R8 623 RHR SWGR 13-1,1328 104-K18A GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-32 S8 505 RHR SWGR 13-1,1328 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1328 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-33 S8 505 RHR SWGR 13-1,1328 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901-32 S8 505 RHR SWGR 13-1,1328 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438C RIAC 901-33 S8 505 RHR SWGR 13-1,1328 10A-K9A GE HFA151 12HFA151A2H N NO 4E-1438C R/AC 901 32 S8 505 RHR SWGR 13-1,1328 US 1-0263-72A YARWAY 4418C 4E-1438C RIAC 2201-5 R8 623 RHR SWGR 13-1,1328 US 1-0263-728 YARWAY 4419C 4E-1438E R/AC 2201-6 R8 623 RHR SWGR 131,1328 PS 1-1001-004 S-O-R 12N6-884 US-C1 A-TTNQ 4E-1438C R/AC 2201-5 R8 623 RHR SWGR 13-1,1328 PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 4E-1438E R/AC 2201-6 R8 623 RHR SWGR 14-1,1424 10A-K108 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR SWGR 141,1424 104-K218 GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-33 S8 505 RHR SWGR 14-1,1424 10A-K5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,1424 10A-K58 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR SWGR 14-1,1424 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,1424 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 505 RHR SWGR 14-1,1424 US 1-0263-72A YARWAY 4418C 4E-1438C R/AC 2201-5 R8 623 RHR SWGR 141,1424 US 10263-728 YARWAY 4418C 4E-1438E R/AC 2201-6 R8 623 RHR SWGR 14-1,1424 PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 4E-1438C R/AC 2201-5 R8 623 Page 18 of 19
i SQUG ESSENTIAL RELAYS UNIT 1 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC REF. DRAWING PANEL BLDG ELEV j RHR SWGR 14-1,1424 PS 1-1001-808 S-O-R 12N6-884-US-CI A-TTNQ 4E-1438E R/AC 2201 4 R8 623 ! 2HR SWGR 14-1,16 10A-K188 GE HFA151 12HFA151A2H N NO 4E-1438Q R/Q 901-33 S8 95 , RHR SWGR 14-1,16 10A-N5A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,16 10A4GiB GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 S8 506 RHR SWGR 14-1,1428 10A-K7A GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-32 S8 505 RHR SWGR 14-1,16 10A-K78 GE HFA151 12HFA151A2H N NO 4E-1438E R/AC 901-33 SS 506 RHR SWGR 14-1,16 10A-NDS GE HFA151 12HFA151A2H N NO 4E-1430E R/AC 901-33 S8 505 RHR SWGR 14-1,1428 US 1-0283-72A YARWAY 4418C 4E-1438C R/AC 2201-5 RS 623 RHR SWGR 14-1,16 US 1-0283-728 YARWAY 4418C 4E-1438E R/AC 2201-6 RB 623 RHR SWGR 14-1,1G PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 4E-1438C R/AC 2201-5 R8 623 ~ ; RHR SWGR 14-1,1428 PS 1-1001-008 S-O-R 12NS-884 08-C1 A-TTNQ 4E-1438E R/AC 2201 4 RB 623 RWCU 1-1201-2-MO 42440 GE CR109 CR100C0 4E-1508C RN MCC 18-1 A (H1) R8 623 RWCU 1-1201-5 440 72/C N NO/NC 4E-1508C RN MCC 1A (FO2) R8 623 RWCU 1-1201-5440 7244 N NO 4E-1500C RN MCC 1 A (FO2) R8 623 RWCU 1-1201-5440 72/O N NO/NC 4E-1508C RN MCC 1 A (FO2) RS 623 I i f i Page 19 of 19 (
_.. _ _ ._ _ _ m .- _ ,. _ -- ~ ~ - _ __ _ _ _ _ - _ .._ _ _ _ _ -. _ _ _ _ ..--- _ _ _ _ _-._ _ m.__.- . _ _ _ . . - . . - . - ._, I l l SQUG ESSENTIAL RELAYS i j j UNIT 2 { fi SYSTEM EOP.10 CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 125VDC 125VDC CMGR 82 CB14 4E-2389A R/D 125VDC CHGR s2 TB 615 125VDC 125VDC CHGR 82 OSHS2 SIGMA . 70RE22-110DC 4E-2380A R/D 125VDC CHGR s2 TB 615 Power Cornersion E15450, A2331 A1, LR6436, [ 125VDC 125VDC CHGR 82 TIMER Products CP30078, 12-WAV 4E-23894 R/D 125VDC CHGR #2 TB 615 ! 125VDC 125VDC CHGR 82A CB14 [ 4E-23898 R/F 125VDC CHGR 82A TB 615 125VDC 125VDC CHGR 82A DSH-HVS AhF R10-E2-Y2-V15.0K 4E-23898 R/F 125VDC CHGR 82A TB 615 Power Corwersion E15450, A2331A1,LR6436, 125VDC 125VDC CHGR 82A TIMER Produces CP30078, 12-WAV j 4E-23898 R/F 125VDC CHGR 82A TB 615 250VDC 250VDC CHGR 82 DSHf2 SIGMA 70RE22-110DC 4E-2380C R/A 250VOC CHGR 82 TB 250VDC 250VDC CHGR 82 615 TIMER ZENITH 4E-2389C R/A 250VDC CHGR 82 TB 615 4160VAC SWGR 23,2301 127-823-1X3 GE HFA151 12HFA151A2H Y NO 4E-2344-1 R/B TB 639 4160VAC SWGR 23,2301 SWGR 23-1 (9) 127-823X2 GE HFA151 12HFA151A2H N NO 4E-2344-1 R/B SWGR 23 (10) TB 615 4100VAC SWGR 23,2301 151A GE BAC51A
+
12 TAC 51A101A N NO 4E-2342 RN 4160VAC SWGR 23,2301 SWGR 23 (11) TB 615 ! 151A GE BAC51A 12iAC51A101A N NO 4E-2342 R/V SWGR 23(4) TB 615 4160VAC SWGR 23,2301 151BLA GE IAC51A 128AC51A101A N NO 4E-2344-3 R/E TB 639 4160VAC SWGR 23,2301 SWGR 23-1 (3) , 151BLC GE BAC51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 639 C180VAC SWGR 23,2301 151C GE BAC51A i 121AC51A101A N NO 4E-2342 RN TB 4160VAC SWGR 23,2301 151C SWGR 23(11) 615 GE MC51A 12 TAC 51A101A N NO 4E-2342 RN SWGR 23 (4) TB 615 4160VAC SWGR 23,2301 151N GE MC51A 12 TAC 51A3A N NO 4E-2342 RN SWGR 23 (11) TB 615 ; 4160VAC SWGR 23,2301 151N GE LAC 51A 12iAC51A3A N NO 4E-2342 R/V TB 615 ! 4160VAC SWGR 23,2301 SWGR 23(4) 151NBL GE BAC51A 12 TAC 51A3A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 639 4160VAC SWOR 23,2301 186-2301 GE HEA618 : 12HEA618235 N NO/NC 4E-23441 R/B TB 4160VAC SWGR 23,2301 SWGR 23 (1) 615 186-2304 GE HEA618 12HEA618235 N NO/NC 4E-2344-1 R/B SWGR 23 (4) TB 615 4160VAC SWGR 23,2301 186-2310 GE HEA618 12HEA618235 N NO/NC 4E-2344-1 R/B i 4160VAC SWGR 23,2301 SWGR 23(11) TB 615 188-2323 GE HEA61B 12HEA618235 N NO/NC 4E-2344-1 R/B SWGR 23-1 (3) TB 639 4160VAC SWGR 23,2301 187BTA GE IJD53C 12tJD53C11A N NO 4E-23441 R/B TB 4160VAC SWGR 23,2301 SWGR 23(1) 615 187BTS GE IJD53C 12tJD53C11 A N NO 4160VAC SWGR 23,2301 4E-2344-1 R/B . SWGR 23 (1) TB 615 ! 187BTC GE IJD53C 12tJD53C11A N NO 4E-23441 R/B SWGR 23(1) TB 615 4160VAC SWGR 23,2310 ATIR GE HFA151 12HFA151A2H 4E-2342 RN 902-8 $8 623 4160VAC SWGR 23-1,2321 127813-1X2 GE HFA151 12HFA151A2H N NO 4E-1345-2 R/AX TB 639 4160VAC SWGR 23-1,2321 SWGR 131 (2) 140-DG 1/2 GE CEH 12CEH51A1A N NO 4E-1345-1 R/BC 221245 DG 1/2 595 4160VAC SWGR 23-1,2321 1510 GE MC51A 12MC51A101A N NO 4E-1345-1 R/BC SWGR 13-1 (1) TB 639 4160VAC SWGR 23-1,2321 150-DG 1/2 GE lAV51D 12iAV5101A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 181-CFF GE CFF 12CFF14821A Y NO/NC 4E-13518-1 R/J 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 181A GE CFF N NO 4E-13518-1 R/J 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 181Y GE HFA151 12HFA151A2H N NO/NC 4E-1345-1 R/BC 2212-45 D G 1/2 595 4160VAC SWGR 23-1,2321 192-DG 1/2 GE ICW51A 12fCW51A1A N NO 4E-1345-1 R/BC 2212-45 DG 1/2 595 4160VAC SWGR 23-1,2321 27XTD-13-1 AGASTAT ETR ETR14D38 N NO 4E-1345-1 R/BC 2251-86 TB 639 Page 1 Of 15
______-._____.--------q SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM l EQP. ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 4160VAC SWGR 23-1,2321 HACR-IV HACR-IV(syricro-deck reley) N NO 4E-1345-1 R/BC 2212-123 DG 1/2 505 4160VAC SWGR 23-1,2321 T GE CFF N NO 4E-13518-1 R/J 2212-45 DG 1/2 505 4160VAC SWGR 23-1,2323 151BLA GE IAC51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 639 4160VAC SWGR 23-1. 2323 151BLC GE LAC 51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 630 4160VAC SWGR 23-1,2323 151NBL GE LAC 51A 128AC51A3A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 630 4160VAC SWGR 23-1,2323 166-2301 GE HEA618 12HEA618235 ' N NO/NC 4E-2344-3 R/E SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2323 166-2323 GE HEA618 12HEA618235 N NC 4E-2344-3 R/E TB 639 4160VAC SWGR 2S1,2323 SWGR 23-1 (3) 187BTA GE UD53C 12WD53C11 A N NO 4E-2344-1 R/B SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2323 167BTS GE IJD53C 12tJD53C11 A N NO 4E-2344-1 R/S SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2323 187BTC GE UD53C 12WD53C11 A N NO 4E-2344-1 R/S SWGR 23 (1) TB 615 4160VAC SWGR 23-1,2327 150r151A GE LAC 518 12 TAC 58 B113A N NO 4E-2349-1 R/P SWGR 23-1 (7) TB 639 4100VAC SWGR 23-1,2327 150f151C GE BAC51B 12fAC518113A N NO 4E-2349-1 R/P TB 639 4160VAC SWGR 231,2327 SWGR 23-1 (7) 151N GE PJC11 12PJC11 AV1A N NO 4E-2340-1 R/P SWGR 211 (7) TB 639 4160VAC SWGR 23-1,2329 127-823-1X2 GE HFA151 12HFA151A2H 4E-2345-2 R/AK TB 630 4160VAC SWGR 23-1,2329 SWGR 23-1 (9) 1430-106A GE HFA151 12HFA151A2H N NO/NC 4E-2345-1 R/AQ 901-32 SB 595 4160VAC SWGR 23-1,2329 151A GE BAC51A 12 TAC 51A101A N NO 4E-2345-1 R/AQ SWGR 23-1 (10) TB 639 4160VAC SWGR 23-1,2329 1518 GE BAC51A N 12 TAC 51A101A NO 4E-2345-1 R/AQ SWGR 23-1 (10) TB 639 4160VAC SWGR 23-1,2329 151BLA GE IAC51A 12 TAC 51A101A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB 630 4100VAC SWGR 23-1,2329 151BLC GE BAC51A 12 TAC 51A101A N NO 4E-2344 3 R/E SWGR 23-1 (3) TB 630 (,160VAC SWGR 23-1,2329 151C GE LAC 51A 12 TAC 51A101A N NO 4E-2345-1 R/AQ 4160VAC SWGR 251,2329 SWGR 23-1 (10) TB 639 151NBL GE IAC51A 12 TAC 51A3A N NO 4E-2344-3 R/E SWGR 23-1 (3) TB G 4160VAC SWGR 23-1,2329 150 SD 1/2/1-2 GE lAV694 121AV69A1A
<100VAC SWGR 2S1,2329 150 SD 1/2/2-3 GE Y NO 4E-1345-1 R/BC SWGR 13-1 (2) TB W RAVENA 12tAV69A1A Y NO 4E-1345-1 R/BC $100VAC SWGR 231,2329 SWGR 13-1 (2) TB M 150 SD 1/2X3 GE HFA151 12HFA151A2H Y NO 4E 2345-1 R/AQ 4160VAC SWGR 23-1,2329 SWGR 13-1 (2) TB 639 161-CFF GE CFF 12CFF14821A Y NO/NC 4E-13518-1 R/H 2212-45 DG 1/1 505 4160VAC SWGR 23-1,2329 161A GE CFF N NO 4E-13518-1 R/H 2212-45 DG 1/2 505 4160VAC SWGR 251,2329 161Y GE HFA151 12HFA151A2H N NOINC 4E-2345-1 R/AQ 2212-45 D G 1/2 505 4160VAC SWGR 23-1,2329 168-2323 GE HEA618 12HEA618235 N NO/NC 4E-2345-1 R/AQ SWGR 23-1 (3) TB G 4160VAC SWGR 23-1,2329 166 O G 1/2 GE HEA61B 12HFA618235 N NO 4E-2345-1 R/AQ SWGR 13-1 (1) TB 630 4160VAC SWGR 23-1,2329 27XTD-23-1 AGASTAT ETR ETR14D3B '
4E-2345-1 R/AQ 2252-66 TB 639 4160VAC SWGR 23-1,2329 52Y N NO/NC 4E-2345-1 R/AQ SWGR 23-1 (10) TB 639 4160VAC SWGR 23-1,2329 ASR 1/2-2 GE HGA11 12HGA11J52 N NC 4E-2345-1 R/AQ TB 639 415)VAC SWGR 23-1,2329 SWGR 23-1 (10) DP GE HGA111 12HGA111 A2F N NO 4160VAC SWGR 23-1,2329 4E-2345-1 R/AQ 2212-45 DG1/2 505 FSR SQUARE D PO4 S2 6269705 MV N NC 4E-2345-1 R/AQ 2212-46 DG 1/2 505 t 4160VAC SWGR 23-1,2329 HACR-IV HACR-IV(syncrocheck reley) N NO 4E-2345-1 R/AQ 2212-123 D G 1/2 595 4160VAC SWGR 23-1,2329 SDR-X2 WESTINGHOUSE SG 293B255A20 N NC 4E-2345-1 R/AQ 2212-46 D G 1/2 595 4160VAC SWGR 23-1,2329 T GE CFF N NO 4E-1351B-1 R/H 2212-45 DG 1/2 595 Page 2 of 15 I i
_ - _ . _ _ . - - - _ - - _ _ _ _ ~ - ~ - - - . _ . - - . ~ . - _ _ . . - - - _ - _ ~ - _ . - - - - . - - I i f SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EOP.10 CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 4160VAC SWGR 24,2413 127-824-1X2 GE HFA151 12HFA151A2H 4E-234&2 R/B SWGR 241 (2) TB 615 ; 4160VAC SWGR 24,2413 127-824X3 GE HFA151 12HFA151A2H N NO 4E-2344-2 R/B SWGR 24(11) TB 615 4160VAC SWGR 24,2413 151A GE BAC51A 128AC51A101A N NO 4E-2343 R/T SWGR 24 (10) TB 615 ! 4160VAC SWGR 24,2413 151A GE LAC 51A 12iAC51A101A N NO 4E-2343 R/T SWGR 24(3) TB 615 4160VAC SWGR 24,2413 151BLA GE 1AC51A 12 TAC 51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB SB C180VAC SWGR 24,2413 151BLC GE BAC51A 121AC51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 ; 4160VAC SWGR 24,2413 151C GE LAC 51A 121AC51A101A N NO 4E-2343 R/T SWGR 24(10) TB 615 4100VAC SWGR 24,2413 151C GE BAC51A 121AC51A101A N NO 4E-2343 R/T SWGR 24(3) TB 615 ; 4160VAC SWGR 24,2413 151N GE BAC51A 128AC51A3A N NO ' 4E-2343 R/T SWGR 24(10) TB 615 a 4160VAC SWGR 24,2413 151N GE LAC 51A 12 LAC 51A3A N NO 4E-2343 R/T SWGR 24 (3) TB 615 ; 4160VAC SWGR 24,2413 151NBLB GE BAC51A 12 TAC 51A3A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 4160VAC SWGR 24,2413 188-2403 GE HEA618 12HEA618235 N NOINC 4E-2544-2 R/S SWGR 24 (3) TB 615 I 4160VAC SWGR 24,2413 186-2410 GE HEA618 12HEA618235 N NO/NC 4E-2343 R/T SWGR 24(10) TB 615 4100VAC SWGR 24,2413 186-2413 GE HEA618 12HEA618235 N NO/NC 4E-23442 R/B SWGR 24 (14) TB 615 4160VAC SWGR 24,2413 } 186 2423 GE HEA618 12HEA618235 N NC 4E-2344-2 R/B SWGR 24-1 (4) R8 639 4160VAC SWGR 24,2413 187BTA GE IJD53C 12tJD53C11A N NO 4E-2344-2 R/B SWGR 24 (14) TB 615 ; 4160VAC SWGR 24,2413 1878TB GE IJD53C 12tJD53C11A N NO 4E-2344-2 R/B SWGR 24(14) T8 615 ! 4160VAC SWGR 24. 2413 187BTC GE IJD53C 12tJD53C11 A N NO 4E-2344-2 R/B SWGR 24 (14) TB 615 ! 4160VAC SWGR 24-1,2423 151BLA GE RAC51A 128AC51A101A N NO 4E-2344 4 R/F SWGR 24-1 (4) R8 639 4160VAC SWGR 24-1,2423 151BLC GE BAC51A 128AC51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 4160VAC SWGR 24-1,2423 151N8LS GE BAC51A 12 TAC 51A3A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 4160VAC SWGR 24-1,2423 186-2413 GE HEA618 12HEA618235 N NOINC 4E-2344-4 R/F SWGR 24 (14) TB 615 4160VAC SWGR 24-1,2423 188-2423 GE HEA618 12HEA618235 N NOINC 4E-2344-4 R/F SWGR 24-1 (4) RS 639 4160VAC SWGR 24-1,2423 187BTA GE IJD53C 12tJD53C11A N NO 4E-2344-2 R/B SWGR 24(14) TB 615 4160VAC SWGR 24-1,2423 187BTB GF. IJD53C 12tJD53C11A N NO 4E 2344-2 R/B SWGR 24(14) TB 615 4100VAC SWGR 24-1,2423 187BTC GE IJO53C 121JD53C11 A N NO 4E-2344-2 R/B SWGR 24(14) TB 615 4160VAC SWGR 24-1,2427 150/151A GE LAC 518 12 LAC 518113A N NO 4E-2340-2 R/Q SWGR 241 (8) R8 639 4160VAC SWGR 24-1,2427 150f151C GE BAC518 12 TAC 518113A N l NO 4E-2349-2 R/Q SWGR 241 (8) RB 639 ! 4160VAC SWGR 24-1,2427 151N GE PJC11 PJC11AV N NO 4E-2349-2 R/Q SWGR 24-1 (8) RB 639 480VAC SWGR 28,2829 52X N NOINC 4E-2341M R/Q SWGR26 R8 647 480VAC SWGR 28,2829 52Y N NC 4E-2349-3 R/Q SWGR28 RB 647 I 480VAC SWGR 28,2829 52Z N NO 4E-2349-3 R/Q SWGR28 RB 647 ! 480VAC SWGR 28,2851 81 A88 ITE81 ITE-81 N NO 4E-2681N R/A MCC 28/29-5 (D3) R8 595 480VAC SWGR 28,2851 10A-K18 GE HFA151 12HFA151A2H Y NC 4E-2881N R/A 902-33 S8 595 480VAC SWGR 28,2851 27NA A88 ITE27 ITE-27N N NO 4E-2681N R/A MCC 28/295 (D3) RB ,595 480VAC SWGR 28,2851 42/M 4E-2681G R/AA MCC 28/2EMi(A2) RB '595 ! 400VAC SWGR 26,2051 52X N NO 4E-23738 R/N SWGR 28(2888) RB 647 480VAC SWGR 28,2851 SON A88 ITE59 ITE-59N N NO 4E-2681N R/A MCC 28/2EMi(D3) R8 595 480VAC SWGR 28,2851 CR28 N NO 4E-2681G R/AA RB 595 MCC 28/2EME (A2) Page 3 of 15
l SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EQ P ID CONTACT MFGR TYPE MODEL ' ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 480VAC SWGR 28,2851 CR29 Y NO 4E-2681H R/Q MCC 28/29-5 (D2) RB 505 480VAC SWGR 28,2851 CR29A AGASTAT 7012 E7012PB002 Y NO 4E-2681N R/A MCC 28/295 (03) RB 595 480VAC SWGR 28,2851 CR298 GE HFA151 12HFA151A2H N NO/NC 4E-2681H R/Q MCC 2tV294(D3) RB 505 480VAC SWGR 28,2851 M28 N NC 4E-2681H R/Q MCC 28/245 (A2) RB 505 ! 480VAC SWGR 28,2851 M29 Y NO/NC 4E-2681H R/O MCC 28/29-5 (D2) RB 505 480VAC SWGR 28,2851 TDOD AGASTAT 7022 E7022AD003 Y NC 4E-23738 R/N SWGR 29 (292A) RB 647 480VAC SWGR 29,2928 52X N NO 4E-2349-3 R/O SWGR 29 RB 647 480VAC SWGR 29,2928 52Y N NO/NC 4E-2349-3 R/Q SWGR 29 RB 647 480VAC SWGR 29,2951 81 ABB ITE81 ITE-81 N NO dE-2681N R/A MCC 28/295 (D3) RB 595 480VAC SWGR 29,2951 10A-K1B GE HFA151 12HFA151A2H Y NC 4E-2681N R/A 902-33 SB 595 480VAC SWGR 29 2951 27NA ABB ITE27 ITE-27N N NO 4E-2681N R/A MCC 2tV245 (D3) RB 505 I 480VAC SWGR 29,2951 42M 4E-2681G R/AA MCC 28/294 (A2) RB 505 480VAC SWGR 29,2951 SON ABB ITE59 ITE-5ON N NO 4E-2681N R/A MCC 2tV29-5 (D3) RB 595 L 400VAC SWGR 29,2951 CR28 N NO 4E-2681G R/AA MCC 28/29-5 (A2) RB 595 480VAC SWGR 29,2951 CR29 l Y NO 4E-2681H R/Q MCC 28/29-5 (D2) RB 505 I 480VAC SWGR 29,2951 CR29A AGASTAT 7012 E7012PB002 Y NO 4E-2681N R/A MCC 28/295(03) RB 595 480VAC SWGR 29,2951 CR298 GE NFA151 12HFA151A2H N NO/NC 4E-2681H R/O MCC 2fV294 (D3) RB 595 480VAC SWGR 29,2951 M26 N NC 4E-2681G R/AA MCC 2tV29-5 (A2) RB 595 480VAC SWGR 29,2951 M29 Y NO/NC 4E-2681H R/Q MCC 2tV294(D2) RB $95 480VAC SWGR 29,2951 TDOD AGASTAT 7022 E7022AD003 Y NC 4E-23738 R/N SWGR 29 (292A) RB 647 CS 2-1402-4A-MO 42MO GE CR109 CR109CO 4E-2433 R/N MCC 28-1 A (A4) RB 623 CS 2-1402-48-MO 42/MO GE CR109 CR109CO 4E-2433 R/N MCC 29-1 (C1) RB 623 CS SWGR 23-1,2322 1430-111 A GE HFA151 12HFA151A2H N NO 4E-24304 R/D 901-32 SB 505 CS SWGR 23-1,2322 1430-114A GE HFA151 12HFA151 A2H N NO 4E-2429-1 R/K 901-32 SB 505 CS SWGR 23-1,2322 1430-310 AGASTAT ETR ETR14038002 N NO 4E-24304 R/D 901-32 SB 595 CS SWGR 24-1,2428 1430-1118 GE HFA151 12HFA151A2H N NO 4E-243( 5 R/D 901-33 SB 595 CS SWGR 24-1,2428 1430-1148 GE HFA151 12HFA151A2H N NO 4E-2429-2 R/J 901-33 SB 595 CS SWGR 24-1,2428 1430-312 AGASTAT ETR ETR14038002 N NO 4E-243(M R/D 901-33 SB 595 DG 24801 127-1 824-1 ABB ITE27 ITE-27N N NO 4E-2346-2 R/AJ 2252-87 TB 639 DG 2-8801 127-4-B24-1 ABB ITE27 ITE-27N N NO 4E-2346-2 RIAJ 2252-87 TB 639 DG 2-8001 127-824-1/1-2 GE lAV89A 121AV69A1A Y NC 4E-2346-2 R/AJ SWGR 24-1 (2) RB 639 DG 2-8001 127-824-1/2-3 GE lAV60A 121AV69A1A Y NC 4E-2346-2 R/AJ SWGR 24-1 (2) RB 639 DG 2-8001 127-824-1X1 GE HFA151 12HFA151A2H N NO 4E-2346-2 R/AJ SWGR 241 (2) RB 639 DG 2-e801 127-824/1-2 GE lAV69A 121AV99A1A Y NO 4E-2343 R/T SWGR 24(11) TB 615 DG 2-8801 127-824/2-3 GE lAV60A 121AV69A1A Y NO 4E-2343 R/T SWGR 24 (11) TB 615 DG 2-8801 127-B14/3-2 GE lAV89A 121AV89A1A Y NO 4E-2343 R/T SWGR 24 (11) TB 615 DG 2-8801 127-824XI GE HFA151 12HFA151A2H N NO 4E-2343 R/T SWGR 24 (11) TB 615 DG 2-8801 127-824X3 GE HFA151 12HFA151A2H N NO 4E-23508-2 R/AA SWGR 24 (11) TB 615 DG 2-8801 127824-1X3 GE HFA151 12HFA151A2H N NO 4E-23508-2 R/AA SWGR 24-1 (2) RB 639 Page 4 of 15
SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EQP.1D CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV DG 24801 1430-103A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 24801 143(k1038 GE HFA151 12HFA151A2H N NO 4E-2430-5 R/D 902-33 S8 505 DG 24801 1430-104A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 2-8801 143(kt048 GE HFA151 12HFA151A2H N NO ' 4E-243(k5 R/D 902-33 S8 505 DG 2-8001 143(b105A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 24801 143(kt058 GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-33 S8 505 , DG 2-6801 143(kt08A GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-32 S8 505 DG 2-8801 1430-1088 GE HFA151 12HFA151A2H N NO 4E-2430-5 R/D 902-33 S8 505 DG 2-8001 1430-1088 GE HFA151 12HFA151A2H N NO 4E-23508-2 R/AA 902-33 S8 505 DG 2-8801 1430-1128 GE HFA151 12HFA151A2H N NO 4E-2346-2 R/AJ 902-33 S8 505 DG 2-8801 1430-1128 GE HFA151 12HFA151A2H N NO 4E-243(k5 R/D 902-33 S8 505 DG 24801 1430-1288 GE H%151 12HFA151A2H N NC 4E-243t>5 R/D 902-33 58 505 DG 2-6801 1430-1278 GE HGA11 12HGA11J52G N NO 4E-243(>5 R/D 902-33 S8 505 DG 2-6801 18tLOG2 GE HEA618 12HEA618235 N NC
, 4E-2350A-2 R/AD ' SWGR 24-1 (1) RB $30 DG 24801 187DG2 WESTINGHStiSE SA-1 1329062A01 D Y NO 4E-2346-2 R/AJ SWGR 241 (1) R8 C30 DG 2-8801 427Y1-24-1 AGASTAT EGPD EGPO N NO 4E-234tk2 R/AJ 2252 4 7 TS 630 DG 2-6801 450X1-24-1 AGASTAT EGPD EGPO Y NO 4E-234tL2 R/AJ 2252-87 TB 630
, 9G 2-6801 CP MERCOR EMD 88380774 N NC 4E-2350A-2 R/AD 2252-113 DG 2 505 DG 2-8801 ECR AGASTAT 2422 2422PG1JA2 N NO 4E-2350A-2 R/AD 2252-113 DG2 505 G.M. Electo4Aceve DG 2-8001 ES DMalon 8400812 N NO 4E-2350A-1 R/AE 2252-113 DG2 505 DG 2 6801 ESR SQUARE D PO 82 63337 AW N NO/NC 4E-2350A-1 R!AE 2252-113 DG2 505 DG 2-6801 FSR SQUARE-O PO4 S3 8263337 LV N NO 4E-2350A-1 R/AE 2252-12 TB 505 DG 2 8801 NE MERCOR EMD 88380774 N NC 4E-2350A-2 R/AD 2252-113 DG 2 505 ( DG 2-6801 US 2-0263-72A YARWAY 4418C 4E-2430-1 R/AJ 2202-5 RS 623 } DG 24801 US 2-0263-728 YARWAY 4418C 4E-2430-2 R/AE 22024 RB 623 ! DG 2-8001 US 2-0263-72C YARWAY 4418C 4E-2430-1 R/AJ 22024 R8 623 l DG 2-6801 US 2-0263 720 YARWAY 4418C 4E-2430-2 R/AE 22024 RS 623 DG 2-8801 LW MERCOR EMD #8380774 N NC 4E-2350A-2 R/AD 2252-113 DG2 505 DG 2-0801 OP MERCOR EMD 88380774 N NC 4E-2350A-2 R/AD 2252-113 DG 2 505 j DG 2-6801 OT MERCOR EMD #8380774 N NC 4E-2350A-1 R/AE 2252-113 OG2 505 DG 2-6801 PS 2-1001-90A S-O-R 12NikB84-UtkCIA-TTNQ 4E-2430-1 R/AJ 2202-5 R8 623 DG 2 8801 PS 2-1001-908 S-O-R 12NikB84-UtkC1A-TTNQ 4E-243(k2 R/AE 22024 R8 623 DG 2-8001 PS 2-1001-90C S-O-R 12NikB84-US CIA-TTNQ 4E-2430-1 R/AJ 2202-5 R8 623 DG 2-8801 PS 2-1001-90D S-O-R 12hELB84-UtkC1A-TTNQ 4E-2430-2 R/AE 22024 RS 623 MILTON ROSS CONTROLS MILTON ROSS CONTROLS DG 2-6801 PS 2-6641-CPS 6382040 8362040 4E-2350A-2 R/AD 2-8801 DG2 505 DG 2-6801 PS 2-6641-LWS SQUARE D AGW SQUARE D AGW5S48 4E-2350A-2 R/AD 2-8801 DG2 595 Page 5 of 15
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t l l i i SQUG ESSENTIAL RELAYS i; i UNIT 2 l SYSTEM EQP.lO CONTACT MFGR TYPE i MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV DG 24801 PS 24641-421 SQUARE D AGW SQUARE D AGW25 S8 i 4E-2350A-2 R/AD 24801 DG2 505 G.M. ElodroMouve , DG 2-8801 SDR DMuion M641 Y NO 4E-2350A-1 R/AE 2252-12 TB 505 DG 24801 SF RERCOR ! EMD 86300774 N NC 4E-2350A-1 R/AE 2252-113 DG2 506 DG 2-0801 STR CUTLER-HARA4ER 8011H2A ~ N NO 4E-23504-1 R/AE 2252-113 DG2 565 DG 24801 TD1 SQUARE D EQ . 33G2 N NO 4E-23504-2 R/AD 2252-113 DG2 505 DG 2-0801 TD2 SQUARE D ; EQ1933G2 Y NO 4E-2350A-2 R/AD 2252-113 DG2 DG 2-6801 505 l TD3 AGASTAT 7012 E7012PE003 N NO 4E-2350A-2 R/AD 2252-113 DG2 Se6 DG 24801 TDe ;-.- ~ AGASTAT ETR ETR1403N N NO 4E-2346-2 R/AJ 2252 47 TB 639 ! DG 2-6801 TS 2-0641-TC SQUARE D SQUARE D 4E-2350A-2 R/AD 2-6801 DG 2 505 i G.M. ElodroMoeve ' DG 24001 VS DMaion ! 8409613 N NO 4E-23504-1 R/AE 2252-113 DG 2-8801 DG2 505 ! VSR SQUARE D PO7 8263337 AW N NO 4E-2350A-1 R/AE 2252-113 DG2 505 ! DG 2-8001-EXC 40OC ALLIS-CHALMERS 298-A N NO 4E-2350A-1 R/AE 2252-12 TB 505 DG 24001-EXC ER SQUARE-D PO S2 8289706 LV N NO 4E-2350A-1 R/AE 2252-12 TB 506 l DG 24801-EXC EXC SQUARE-D EQ-1281-G2 N NO 4E-2336 R/T 2252-12 TB DG 2-6801-EXC FFC 505 SQUARE-D EQ-1985-G13 N NO 4E-2336 R/T 2252-12 TB DG 2-0801-EXC FFCO 505 , WESTINGHOUSE SV 292B402A10 N NO/NC 4E-23504-1 R/AE 2252-12 DG 2-6801-EXC FSR TB 505 SQUARE-D PO4 S3 8263337 LV N NO 4E-2350A-1 R/AE 2252-12 TB 505 I OHMITE het Co-DG 2-8801-EXC MRV Motor Drive Date 57029 NC 4E-2350A-1 R/AE 2252-12 TB 505 DG 2-0801-EXC VSR SQUARE D PO7 8263337 AW N NO 4E-2350A-1 R/AE 2252-113 CG2 DG SWGR 24-1,2421 505 140 OG2 GE CEH 12CEH51A1A N NO 4E-2346-2 R/AJ 2252-10 TB 505 DG SWGR 24-1,2421 151A GE LAC 51A l 12 TAC 51A101A N NO 4E-2346-2 R/AJ RB DG SWGR 24-1,2421 SWGR 24-1 (1) 639 { 1518 GE IAC51A 12 TAC 51A101A N NO 4E-2346-2 R/AJ SWGR 24-1 (1) RB 65 DG SWGR 241,2421 151BLA GE BAC51A 12 TAC 51A101A { N NO 4E-2344-4 R/F SWGR 241 (4) RB 630 i DG SWGR 24-1,2421 151BLC GE LAC 51A 12 TAC 51A101A N NO 4E-2344-4 R/F SWGR 24-1 (4) RB 639 # DG SWGR 241,2421 151C GE IAC51A ' 12 TAC 51A101A N NO 4E-2346-2 R/AJ SWGR 24-1 (1) RB 639 DG SWGR 24-1,2421 151NBLB GE IAC51A 12iAC51A3A N NO 4E-2344-4 R/F RB DG SWGR 24-1,2421 SWGR 24-1 (4) 639 i 15NX32 GE lAV51D 121AV51DIA N NO 4E-2346-2 R/AJ 2252-10 TB 505 DG SWGR 24-1,2421 159SD2-1 GE lAV60A 12iAV90A1A Y NO 4E-2346-2 R/AJ SWGR 24-1 (2) TB 630 DG SWGR 24-1,2421 159SD2-2 GE lAV894 , ' 12tAV89A1A Y NO 4E-2346-2 R/AJ RB 639 DG SWGR 24-1,2421 SWGR 24-1 (2) ! 150SD2X3 GE HFA151 12HFA151A2H Y NO 4E-2346-2 R/AJ DG SWGR 24-1,2421 SWGR 24-1 (2) RB 630 t 181 CFF GE CFF 12CFF14821A Y DG SWGR 24-1,2421 NO/NC 4E-23508-2 R/AA 2252-10 TB SGS j 181A GE CFF N NO 4E 7vina-2 R/AA 2252-10 TB SGS " DG SWGR 24-1,2421 181Y-DG2 GE HFA51 12HFA51A42H N NO/NC 4E-2346-1 R/AH 2252-10 TB 505 DG SWGR 24-1,2421 186-2423 GE HEA61B 12HEA618235 N NO/NC 4E-2346-2 R/AJ RB 639 DG SWGR 24-1,2421 18tkDG2 SWGR 24-1 (4) GE HEA618 12HEA618235 N NO/NC 4E-2346-1 R/AH DG SWGR 24-1,2421 SWGR 24-1 (1) RB 639 187DG- WESTINGHOUSE SA-1 1329D62A01 D 4E-234tL2 R/AJ SWGR 24-1 (1) RB 639 Page 6 of 15
.~.-- n.-.~-------.-------------...--- - - - - - - - - - - - - - - - - - - - - - - -
r SQUG ' ESSENTIAL RELAYS I I WWT2 ! i i SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV DG SV/GR 24-1,2421 192-DG2 GE ICW51A 12tCW51A1A N NO 4E-2346-2 R/M 2252-10 TB S5 DG SWGR 24-1,2421 27XTD-24-1 AGASTAT ETR ETR14D38 N NO 4E-2348-1 R/AH 2252-87 TB 639 DG SWGR 24-1,2421 52Y N NO/NC 4E-2348-1 R/AH SWGR 24-1 (10) RS 639 DG SWGR 24-1,2421 A N NO 4E-2348-2 R/AJ 2252-10 TB M5 DG SWGR 24-1,2421 ASR-2 GE HGA11 12HGA11J52 Y NC 4E-2345-2 R/AJ SWGR 24-1 (1) R8 639 DG SWGR 24-1,2421 FSN SQUARE-D PO4 S3 8283337 LV Y NC 4E-2345-2 R/AJ 2252-12 TB 505 ! DG SWGR 24-1,2421 HACR-IV HACR -IV 4E-2348-1 R/AH 2252-112 TB DG SWGR 24-1,2421 SDR-X 95 WESTINGHOUSE SG 2938255A20 Y NC 4E-2345-2 R/AJ 2252-12 DG SWGR 24-1,2421 TB 505 T GE CFF N l NO 4E-23508-2 R/AA 2252-10 TB 505 DG AIR 2-4809 310 S O STR CUTLER-HAhWER 8011H2A N NO 4E-winA-2 R/AD 2252-113 DG2 DG CW SWGR 28,284C 505 i 1/2-3003-3A WESTINGHOUSE GCA GCA 530 N NO 4E-1680H R/M 2251-100 TB 547 DGCW SWGR 28,284C 1/2-3003-3N/b WESTINGHOUSE GCA GCA 530 N NC 4E-te80H R/M 2251-100 TB 547 DG CW SWGR 28,284C 1/2-3003-RA WESTINGHOUSE AR AR6004 ! N NO 4E-1880H R/M 2251-100 TB 547 DG CW SWGR 28,284C ! 1/2-3003-RN WESTINGHOUSE AR AR6004 N NC 4E-1680H R/M DG CW 2251-100 TB 547 SWGR 28,284C 1430-135A GE HFA151 12HFA151A2H N NO d-13518-2 R/N 902-32 SS 505 DG CW SWGR 28,284C 227-1-818 GE IAV994 12iAveeA1A i Y NO 4E-1349-1 R/Q SWGR 18 (182A) R8 647 i DG CW SWGR 28,284C 227-2-818 GE 1AVWA 12iAVMA1A Y NO 4E-1349-1 R/Q RS 647 DGCW SWGR 28,284C 227-818X1 SWGR 18 (182A) i GE HFA151 12HFA151A3F N NO 4E-1349-1 R/Q DG CW SWGR 28,284C SWGR 18 (182A) R8 647 227-818X3 GE HFA151 12HFA151A2H N NO [ 4E-1351C R/L SWGR 18 (1824) RS 647 i DG CW SWGR 28,284C 252-184C/h 4E-1349-1 R/Q SWGR 18 (184C) R8 647 DG CW SWGR 28,284C 52X ; 4E-135$ C R/L SWGR28 R8 647 DG CW SWGR 28,284C SDR-X1 WESTINGHOUSE SG , 2238255A20 N NO 4E-1351C R/L 2212-48 DG 1/2 505 I DG CW SWGR 29,298A 2-3003 3A WESTINGHOUSE A211M5 N NO 4E-13500 R/G 2252-08 DG2 505 i DG CW SWGR 29,208A 2-3003-3Alb WESTINGHOUSE f A211K5 N NC 4E-13500 R/G 2252-08 DG CW SWGR 29,298A DG 2 505 ; 2-3003-3N WESTINGHOUSE A211M5 Y NO 4E-13500 R/G 2252-08 DG2 56 DG CW SWGR 29,2984 2 3003-3N/b WESTINGHOUSE A211K5 Y NC 4E-t3500 R/G 2252 4 8 DG2 25 DG CW SWGR 29,298A 2-3003-RA WESTINGHOUSE AR AR6004 . N NO/NC 4E-13500 R/G 2252-08 DG 2 505 DG CW SWGR 29,2984 2-3003-RN WESTINGHOUSE AR AR6004 [ Y NO/NC 4E-13500 R/G 2252-08 DG2 585 - DG CW SWGR 29,298A GX l DGCW SWGR 29,298A 4E-23508-1 R/AA SWGR 29 (298A) R8 647 i 52Y N NO/NC 4E-23508-1 R/AA SWGR 29(298A) R8 647 G.M. Elodro44allve l DG CW SWGR 29,298A SDR DMeson inunnn?-01 Y NO 4E-23508-1 R/AA 2252-12 TB SBS DGFO 2-5208 STR CUTLER-HAMMER 6011H2A 4E-2350A-1 R/AE 2252-113 DG2 505 DG HVAC 2-5727 . 2A WESTINGHOUSE A210M3CX N NO 4E-28780 R/T 2252-G7 DG 2 505 DG HVAC 2-5727 CRA WESTINGHOUSE AR AR6804 N NO 4E-23508-2 R/AA 2252-97 DG 2 505 DG HVAC 2-5727 VSR SQUARE D PO7 8263337 AW ! N NO 4E-23508-2 R/AA 2252-113 DG2 505 i ESS SER 902-40 ATS LO N NO 4E-2591 R/L 902-49 S8 505 i
.ESS SER 902-49 ATS SE Y NO/NC 4E-2591 R/L 902-49 SS 505 lESS SER 902-49 ATS TS Y NO/NC 4E-2591 R/L 902-40 SB 505 Page 7 of 15
+ _ __ _ _ _ ,-- #~ * ' " ' ' ' '
i i i SQUG I ESSENTIAL RELAYS I UNIT 2 I I SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NOMC REF DRAWING PANEL BLDG ELEV ESS SER 902-e ATS UV Y NO 4E-2591 R/L 902-40 S8 505 HPCI 2-2301-3-MO 104-K7A GE HFA151 12HFA151A2H N NO 4E-2527-1 R/Z 902-32 S8 505 HPCI 2-2301-3400 104-K78 GE HFA151 i 12HFA151A2H N NO 4E-2527-1 R/Z 902-33 88 505 HPCI 2-2301-3 4 0 2230-142 GE HGA11 12HGA11J52G N NO 4E-2527-1 R/Z 902-32 SS 505 HPCI 2-2301-344O I 2330-1008 GE HFA151 12HFA151A2H N NO 4E-2527-3 R/Z 902-30 S8 505 HPCI 2-2301-3 MO 2330-1128 GE HFA151 12HFA151A2H N NO fE-2527-3 R/Z 902-30 S8 505 HPCI 2-2301-3400 2330-115 GE HFA151 i 12HFA151A2H N NO 4E-2529-1 R/T 902-30 S8 505 HPCI 2-2301-3-MO 72/C 4E-2529-1 R/T MCC 2A (G01) RS 623 HPCI 2 2301-3400 72M 4E-2529-1 R/T MCC 2A (G01) RS 623 HPCI 2 2301-3440 72/O 4E-2529-1 R/T MCC 2A (G01) RB 623 HPCI 2 2301-3400 US 2-0263-72A YARWAY 4418C 4E-2438C-1 R/S 22024 RB 623 HPCI 2-2301-3440 Lis 2-0263-728 YARWAY 4418C 4E-2438E-1 R/R 2202 4 RS 623 HPCI 2-2301-M40 PS 2-1001-804 S4R 12NS-884 US-CIA-TTNQ 4E-2527-3 R/Z 22024 RB 623 HPCI 2-2301-M40 PS 2-1001-808 So-R 12N6-884-US-C1A-TTNQ 4E-2527-1 R/Z 22024 R8 623 HVAC 24748A lA WESTINGHOUSE A210M1CAC 4E-2675A RIAA 2202-76 R8 554 HVAC 24748A IN WESTWGHOUSE A210M1CAC 4E-2675A R/AA 2202-76 R8 554 HVAC 247488 1A WESTWGHOUSE A210M1CAC 4E-2678C R/AH 2202-75 R8 564 HVAC 247488 1N WESTINGHOUSE A210M1CAC 4E-2678C R/AH 2202-75 R8 554 , HVAC 24740A 1A WESTINGHOUSE A210M1CAC N NO 4E 2679F R/G 2252-08 DG2 505 HVAC 2 5748A 2-300MtA WESTINGHOUSE AR AR680A N NO/NC 4E-2679F R/G 2252-08 DG2 505 HVAC 2 5740A 2-300MtN WESTINGHOUSE AR AR680A Y NC 4E-2679F R/G 2252-06 DG 2 505 HVAC 2-57408 2-300MtA WESTINGHOUSE AR AR680A N NONC 4E-2679F R/G 2252-08 DG 2 505 HVAC 24748 2-300MtN WESTINGHOUSE AR AR680A Y NC 4E-2679F R/G 2252-06 DG 2 505 HVAC 2-5748 2A WESTINGHOUSE A210M1CAC N NO 4E-2679F R/G 2252-08 DG2 505 INST AC 902-50 ATS IV Y NO 4E-2882A R/AM 901-50 (A02) S8 505 INST AC 902-50 ATS LO N NO 4E-2882A R/AM 901-50 (A02) S8 505 MSTAC 902-50 ATS SE Y NO/NC 4E-2882A R/AM 901-50 (A02) S8 505 MST AC 902-50 ATS TS N NO/NC 4E-2882A R/AM 901-50 (A02) S8 505 MS 2-0203-3A-SO 10A-MPSA GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 24203-3A-SO 104-M988 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 S8 505 MS 2-0203-3A-SO 1430-125A GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902 32 S8 505 MS 24203-3A-SO 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 SB 505 MS 2-0203-3A-SO 287-107A GE HFA151 12HFA151A2H N NO 4E-2461-2 R/AE 2202-32 R8 623 MS 24203-3A-SO 287-1078 GE HFA151 12HFA151A2H N NO 4E-2461-2 R/AE 2202-32 R8 623 MS 2-0203-3A-SO 287-112A GE HGA11 12HGA11J52G N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-0203-3A-SO 287-1128 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS 2-0203 3A-SO 287-114A GE HGA11 12HGA11J52 N NO 4E-2461-2 R/AE 2202-32 R8 623 i MS 2-0203-3A-SO CR Ward Leonard Elec 130 4420 4E-2461-2 RIAE 2202-5 R8 623 Page 8 of 15 i
_._m- _ _ _ _ . . __ SQUG ESSENTIAL RELAYS UNIT 2 i SYSTEM EQP.lD CONTACT MFGR TYPE MODEL ENERG NOMC REF. DRAWING PANEL BLDG ELEV MS 2-020MA-SO PS 2-1053A S-O-R 6N6 8MJB CIA-JJTTNQ 4E-2438C-1 R/S 2202-594 R8 554 MS 24203-3A-SO PS 2-10538 S-O-R CO35-US CIA-JJTTNQ 4E-24380-1 R/S 2202-5eA R8 554 MS 242053A-SO PS 2-1053C S-O-R ^^OO5-US C1 A,JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MR 24203-3A-SO PS 2-10530 S-G R ZZ "5-US-C1 A-JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MS 2-0203,3A-SO PS 2-1462-A MERCCs0 DA-7043 804 R.21E 4E-2430-1 R/AJ 2-1401A RB 554 MS 24203-3A-80 PP 9-1462-8 RERCOID DA-7043404 R.21E 4E-2430-2 R/AE 2-14018 R8 554 MS 24203-34-SO R20rd GE CRIN93 CR12080020 N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-0203-38-RV 104-M98A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 MS 2-0203-38-RV 505 104-M988 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 SB SE MS 2-0203 38-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 MS 2420>38-RV 505 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 S8 505 MS 2-02tD-38-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-246tA R/8 2202-32 R8 623 MS 2-0203-38-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-2461 A R/8 2202-32 RS MS 2-0203 38 # " 623
,287-1088 GE HFA151 12HFA151A2H Y NO 4E-2461-2 R/AE 2202-32 R8 623 MS 2-0203#d-RV 1287-112A GE HGA11 12HGA11J52G N NO 4E-2461-1 R/AF 902 32 S8 505 MS 2-u2h18-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 SB 505
, MS 2-0203 38-RV 137-1148 GE HGA11 12HGA11J52 N NO 4E-2461A R/B 2202-32 RS 623 MS 2-0203-38-RV 267 U59 GE HGA11 12HGA11J52 Y NO 4E-2461 A R/8 2202-32 R8 MS 2-0203-38-RV 623 287-1228 AGASTAT EGPD EGPD003 N NO 4E-2461 A R/8 2202-32 R8 623 MS 2-0203-38-RV 287-1238 AGASTAT EGPD EGPD003 N NO 4E-141A R/B 2202-32 RB 623 MS 2-0203 38-RV CR Ward Leonard Elec 130-4420 4E-2461A R/8 2202-5 RS 623 MS 2-0203-38-RV PS 2-1053A S-O-R GNB 85-US-CIA JJTTNQ 4E-2430C-1 R/S 2202-59A RB 554 MS 2-0203 38-RV PS 2-19538 S-O-R m'5-US-CIA-JJTTNQ 4E-2430C-1 R/S 2202-584 RB 554 MS 2-0203 38-RV PS 2-1053C S-O-R COS5-US-C1 A JJTTNQ 4E-2438E-1 R/R 2202-508 RB 554 MS 2-0203-38-RV PS 2-1053D S-O-R 6N8-85US C1 A-JJTTNQ 4E-2430E-1 R/R 2202-508 RB 554 MS 2-0203 38-RV PS 2-1462-A MERCOID DA-7043-804 R.21E 4E-2430-1 R/AJ 2-1401 A R8 554 MS 2-0203 38-RV PS 2-1462-8 MERCOID DA-7043-804 R.21E 4E-24302 R/AE 2-14018 R8 554 MS 2-020L38-RV R20738 GE CR1N+] CR12080020 N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-02053C-RV 104-M98A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS 2 0203 3C-RV 104-M988 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-33 SS MS 2 020L3C-RV 505 1430-125A GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS 2-0203 3C-RV 1430 1258 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 922-33 S8 96 MS 2-020S3C-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-2462A R/8 2202-32 RB 623 MS 2-020%3C-RV 287-1078 GE
- HFA151 12HFA151A2H N NO 4E-2462A R/B 2202-32 R8 623 MS 2-0203-3C-RV 287-100C GE HFA151 12HFA151A2H Y NO 4E-2462-1 R/Z 2202-32 R8 623 MS 2-0203-3C-RV 287-112A GE HGA11 12HGA11J52G N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-0203-3C-RV 287-1128 GE HGA11 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS )2-020S3C-RV 287-114C GE HGA11 12HGA11J52 N NO 4E-2462A R/8 2202-32 RB 623 Page 9 of 15 i
t i SQUG ESSENTIAL RELAYS UNIT 2 SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC REF. [# AWING PANEL BLDG ELEV MS 2-0203 3C-RV 287-115C GE HGA11 12HGA11J52 Y NO 4E-24G4 R*
! 2202-32 RB 623 MS 242033C-RV 287-122C AGASTAT EGPD EGPD003 N NO 4E-2482A R/b l2202-32 R8 623 '
MS 242033C-RV 287-123C AGASTAT EGPD EGPD003 N NO 4E-2482A R/8 2202-32 RB 623 li MS 2-02053C-RV CR Ward Leonard Elec 13tM420 l 4E-2482A R/8 2202-5 R8 623 ' MS 2-02053C-RV PS 2-1053A S-O-R CLO5-US CIA-JJTTNQ 4E-2438C-1 R/S 2202-5eA R8 554 MS 2-020F3C.RV PS 2-10538 S-O-R 6NS-85-US CIA-JJTTNQ 4E-2438C-1 R/S 2202-504 R8 554 MS 2-02053C-RV PS 2-1053C S-O-R ZC "MJS C1A JJTTNQ 4E-2438E-1 R/R 2202-aG8 R8 554 MS i 2-02053C-RV PS 2-10530 S-O-R 6N6-85-US C1 A-JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MS 24203 3C-RV PS 2-1482-A MERCOID DA-704&804 R.21E 4E-2430-1 R/AJ 2-1401A RB 554 ' MS 2-0203 3C-RV PS 21482-8 MERCOID DA-704&804 R.21E 4E-2430-2 R/AE 2-14018 R8 554 MS 2 0203-3C-RV R20738 GE CR1hA> CR120B0020 N NO 4E-2481-1 R/AF 902-32 S8 505 ES 2-020530-RV 104-K98A GE HGA11 12HGA11J52G N NO 4E-7482-1 R/Z 902-32 S8 505 i M:' 2-020ND-RV 10A-MS8B GE HGA11 12HGA11J52G
~~ N NO 4E-2482-1 R/Z 902-33 S8 SSE MS 2-020h30-RV 1430125A GE HGA11 12HOA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 2-020530-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 S8 505 MS 2-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-0203 3D-RV 287-1078 GE HFA151 12HFA151A2H
~ N NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-020S3D-RV 287-1980 GE HFA151 12HFA151A2H Y NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-02053D-RV 287-112A GE HGA11 12HGA11JS2G N NO 4E-2481-1 R/AF 902-32 S8 505 MS 2-02053[MtV 287-1128 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 242tB-3D-RV 287-114D GE HGA11 12HGA11J52 N NO 4E-2482-1 R/Z 2202-32 RS 623 MS 2-020530-RV 287-1150 GE HGA11 12HGA11J52 Y NO 4E-2482-1 R/Z 2202-32 R8 623 MS 2-0203 30-Rs CR Ward Leonard Elec 13EM420 4E-2482-1 R/Z 2202-5 R8 623 MS 2-02053D-RV PS 2-1053A S-O-R ONS-85-US CIA-JJTTNQ 4E-2430C-1 R/S 2202-594 RB 554 MS 2-02053f'M' PS 2-10538 S-O-R 6NS-85-US-CIA 4fTTNQ 4E-2438C-1 R/S 2202-50A R8 554 MS 2-02053D-Rb PS 2-1053C S-O-R ,
CLOS-US-C1A-JJTTNQ 4E-2439E-1 R/R 2202-508 R8 554 MS 2-0203-3EMtv PS 2-10530 S-O-R CC "5-US C1 A4fTTNQ 4E-2438E-1 R/R 2202-508 RB 554 MS 2-0203-3D-RV PS 2-1482-A MERCOID DA-7043404 R.21E 4E-2430-1 R/AJ 2-1401A R8 554 i MS 2-020530-RV PS 2-1482-8 IERCOID ' DA-7043404 R.21E 4E-2430-2 R/AE 2-14018 R8 554 MS 2-020S3D-RV R20738 GE CR12080 CR12080020 N NO 4E-2481-1 R/AF 902-32 S8 505 l MS 2-02053E-RV 10A-K98A GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 MS 2-020L3E-RV 104-MB88 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 58 505 ! MS 2-020F3E-RV 1430-125A GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-32 S8 505 I MS 2-02053E-RV 1430-1258 GE HGA11 12HGA11J52G N NO 4E-2482-1 R/Z 902-33 S8 505 l MS 2-020S3E-RV 287-107A GE HFA151 12HFA151A2H N NO 4E-2642-2 R/Z 2202-32 R8 623 MS 2-02013E-RV 287-1078 GE HFA151 12HFA151A2H N NO 4E-2642-2 R/Z 2202-32 RB 623 MS 2-0203JE-RV [ 287-108E GE HFA151 12HFA151A2H Y NO 4E-2642-2 R/Z 2202-32 RB 623 Page 10 Of 15 e
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i [ i i SQUG ESSENTIAL RELAYS UNIT 2 i SYSTEM EQP.lO CONTACT MFGR TYPE MODEL ENERG NOMC REF. DRAWING PANEL BLDG ELEV MS 2420ME-RV 287-112A GE HGA11 12HGA11JS2G N NO 4E-2461-1 R/AF 902-32 S8 'A 5 MS 2420S3E-RV 287-1128 GE HGA11 ; 12HGA11J52G N NO 4E-2462-1 R/Z 902-32 S8 505 MS i 2-02CS3E-RV 287-114E GE HGA11 12HGA11J52 N NO 4E-2642-2 R/Z 2202-32 RB 823 MS 2420NE-RV 287-115E GE HGA11 12HGA11J52 Y NO 4E-2642-2 R/Z 2202-32 RS 623 MS 2 02053E-RV CR Word Leonard Elec 1'l0 4420 4E-2642-2 RIZ 22024 R8 623 MS 2-0203-3E-RV PS 2-1053A S-O-R 6Nt;45-US CIA 4JTTNQ 4E-2438C-1 R/S 2202-584 R8 554 MS 242053E-RV PS 2-10538 S-O R "FIS-US-CIA-JJTTNQ 4E-2438C-1 R/S 2202-50A RB 554 MS 2-0203-3E-RV PS 2-1053C S-O-R "N1A-JJTTNQ 4E-2438E-1 R/R 2202-508 R8 554 MS 2-02053E-RV PS 2-10530 S-O R 6NEL85-US-CIA-JJTTNQ 4E-2438E-1 R/R 2202-508 RB 554 i MS 242053E-RV PS 2-1482-A ERCOIO DA-7043 804 R.21E 4E-2430-1 R/AJ 2-1401A R8 554 MS 242053E-RV PS 2-1482-8 hERCOID f DA-7043404 R.21E E-2430-2 R/AE 2-14018 R8 554 MS 2 02053E-RV R20738 GE ! CRIM- CR12080020 N NO 4E-2461-1 R/AF 902-32 S8 505 MS 2-02201-MO 42f0 GE CR109 CR100C0 4E-2505-1 R/R MCC 28-1 A (C3) R8 623 ! PR WST 2-0283-1004-Li NONE 4E-2712 R/AW 902-5 S8 623 PR INST 2-0283-1008-Li NONE ! PR WST 4E-2712 R/AW 9024 SB 623 2-0283108A-Li NONE [ 4E-7850 R/L 902-3 S8 623 i PR INST 24263-108EN.i NONE 4E-7850 R/L 902-3 d SB 623 ! PR INST 2 0263-115-PI NONE PR INST 4E-2419 R/AP 9024 S8 623 2-0283-115-PI NONE ; PR INST 4E-7850 R/L 9024 S8 623 2 026S15dLPI NONE 4E-24B3 R/AF 902-3 S8 823 I PR INST 2-0283-15tLPI NONE 4E-7850 R/L 902-3 S8 623 PR INST 2-1041>5-TRS NONE 4E-2438N R/K 902-3 S8 823 PR INST 21640-104-L1 NONE 4E-7582 R/L 902-3 S8 623 PR INST 2-1040-108-Li NONE l 4E-7582 R/L 902-3 S8 623 PR INST 2164011 A-PI NONE 4E-7582 R/L 902-3 S8 623 PR INST 2-1640-11M NONE < 4E-7582 R/L 902-3 S8 623 PR INST 2-1640-2004-TR NONE VP 1312-12-8-1-8L I 4E-7842A R/J 90246 S8 623 ; PR INST 2-1640-2008-TR NONE VP 1312-12-8-1-8L 4E-78428 R/G 902-36 S8 623 RCIC 2-130141-MO 13A-K1 GE HFA151 12HFA151A2H l N NO 4E-2484F-2 R/L 902-48 S8 505 RCIC 2-130141-MO 72/C ; 4E-2484F-2 R/L MCC 28 (R01) R8 623 ! RCIC 2-130141-MO 72M 4E-2484F-2 R/L MCC 28 (RO1) R8 623 RCIC 2-130141-MO 72f0 ; 4E-2484F-2 R/L MCC 28 (RO1) RS 623 RCic 2-130141-MO US 2-0283-72A YARWAY 4418C 4E-2430-1 R/AJ 22024 R8 623 RCIC 2-130141-MO LIS 2-0263-728 YARWAY 4418C 4E-2430-2 R/AE 22024 RS 623 RHR 2-1001-18A MO 42M C GE CR109 CR100CO 4E-2438J-2 R/R MCC 2EL18 (C3) RB 623 RHR 2-1001-168440 42/MC GE CR109 CR100CO 4E-2438L-2 R/R MCC 29 4 (D4) R8 623 RHR 2-1001-18A-MO 104-K45A GE CR120KT CR120KT02241AA N NO 4E-2438J-2 R/R 902-46 S8 505 RHR 2-1001-18A-MO 42/MO GE CR100 CR100CO 4E-2438J-2 R/R MCC 28-1 A-1 (C3) R8 623 Page 11 Of 15
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SQUG ESSENTIAL RELAYS
- UNIT 2 SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV RHR 2-1001-188-MO 10A-K458 GE CR120KTCR120KT01941AA N NO 4E-2438L-2 R/R 902-47 f'
RHR 2-1001-188-MO S8 505 42MO GE CR109 CR10BCO 4E-2438L-2 R/R MCC 29-1-1 (81) R8 823 RHR 2-1001-194-MO 42MC GE CR100 CRIODCO 4E-2438J-2 R/R MCC 28-18 (82) R8 823 : RHR 2-1001-198 440 42M C GE CR109 CR10BCO 4E-2438L-2 R/R MCC 29 4 (82) R8 823 ! RHR 2-1001-20400 42/O GE CR109 CR100C0 4E-25088-1 R/P MCC 281 A-1 (C1) R8 823 !
- RHR 2-1001-23A-MO 42M O GE CR100 CR100C0 4E-2438J-3 R/L MCC 28-18 (81) R8 823 '
RHR 2-1001-238440 42M O GE CR109 CR100C0 4E-2438L-3 R/M MCC 29 4(A1) R8 823 RHR 2-1001-28A440 CR-R l 4E-2438J-3 R/L MCC 20/294 (C1) R8 SB6 RHR 2-1001-28A400 R 4E-2438J-3 R/L MCC 28/294 (C1) R8 506 RHR 2-1001-288440 CR-R j 4E-2438L-3 RM MCC 28f2Ni(F1) R8 505 ! RHR 2-1001-288440 R 4E-2438L 3 RM MCC 28/294(F1) R8 505 RHR 2-1001-294440 10A-K36A GE HGA11 12HGA11J52 N NO 4E-24300 R/H 902-48 S8 505 RHR 2-1001-294400 104-K368 GE HGA11 12HGA11J52G N NO 4E-24380 R/M 902-47 S8 505 RHR 2-1001-294440 10A-K37A GE HFA151 12HFA151A2H l N NO 4E-2438F R/J 902-46 S8 506 RHR 2-1001-29A440 10A-K378 GE HFA151 12HFA151A2H N NO 4E-2438F R/J 902-47 S8 505 RHR 2 1001-294440 10A-K30A GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-46 S8 505 RHR 2-1001-29A440 10A-K308 GE HFA151 12HFA151A2H l N NO 4E-2430E-2 R/T 902-47 S8 505 RHR 2-1001-29A440 104-K40A GE CR120KT CR120KT01541AA i N NO 4E-2438F R/J 902-46 S8 505 RHR 2-1001-29A440 10A-K408 GE CR120KT CR120KT01941AA N NO 4E-2438F R/J 902-47 S8 506 RHR 2-1001-29A440 10A-K43A GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-48 S8 506 RHR 2-1001-29A440 104-K438 GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-47 S8 506 RHR 21001-29A440 104-K83A GE HGA11 12HGA11J52G N NO 4E-2430F R/J 902-32 S8 505 RHR 21001-29A440 10A-K86A GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-32 S8 505 RHR 2 1001-294440 104-M858 GE HFA151 12HFA151A2H N NO 4E-2438K-1 R/L 902-33 S8 505 RHR 2-1001-29A440 42MO GE 4E-2438K-1 R/L MCC 28/2Ni(84) R8 505 RHR 2-1001-294440 dPIS 2-261-34C BARTON 288 288 4E-24300 R/H 2202-7 R8 506 RHR 2-1001-294440 dPIS 2-261-34D BARTON 288 288 ; 4E-2438F R/J 2202-8 R8 506 ' RHR 2 1001-298440 104-K36A GE HGA11 12HGA11J52 N NO 4E-2438D R/H 902-46 S8 505 RHR 2-1001-298440 10A-K388 GE HGA11 12HGA11J52G N NO 4E-24380 R/H 902-47 S8 506 ' RHR 2-1001-298440 10A-K37A GE HFA151 12HFA151A2H N NO 4E-2438D R/H 902-46 S8 505 RHR 2-1001-298440 10A-K378 GE HFA151 12HFA151A2H s N NO 4E-2438F R/J 902-47 SB 506 RHR 2-1001-298440 10A-K394 GE HFA151 12HFA151A2H N NO 4E-2438M-1 R/L 902-46 S8 505 RHR 2-1001-298 400 104-K308 GE HFA151 12HFA151A2H i N NO 4E-2438M-1 R/L 902-47 S8 506 RHR 2-1001-298440 10A-K404 GE CR120KT CR120KT01541AA N NO 4E-24300 R/H 902-45 S8 505 RHR 2-1001-298 440 10A-K408 GE CR120KT CR120KT01941AA N NO 4E-2438F R/J 902 S8 505 RHR 2-1001-298440 104-K43A GE HFA151 12HFA151A2H N NO 4E-2438D R/H 902-46 S8 506 RHR 2-1001-298 440 10A-K438 GE HFA151 12HFA151A2H t N NO 4E-2438E-2 R/T 902-47 S8 505 RHR 2-1001-298440 10A-K638 GE HGA11 12HGA11J52G i N. NO 4E-2438E-2 R/T 902-33 S8 506 I RHR 2-1001-298440 10A-K87A GE HFA151 12HFA151A2H N NO 4E-2438M-1 R/L 902-32 S8 505 Page 12 of 15 j
.-._mm_m-_.__._m_-_.-_____--._------.--_______. -__--_.._ _._-- --_ _-._._- . - _ - _ - . . . _ L i 1 i Souc j ESSENTIAL RELAYS i UNIT 2 e SYSTEM EQP.!D CONTACT MFGR TYPE MODEL ENERG NO/NC REF DRAWING PANEL BLDG ELEV RHR 2-1001-298 4 0 10A-M878 GE HFA151 12HFA151A2H N NO 4E-2438M-1 R/L 902-33 S8 M RHR 2-1001-298 4 0 42MO GE ; RHR 2-1001-298-MO 4E-2438M-1 R/L MCC 28f29w5(E4) R8 M dPIS 2-281-34C BARTON 288 288 4E-24380 R/H 2202-7 RB 505 RHR 2-1001-298 4 0 JPIS 2-281-34D 8ARTON 288 288 i 4E-2438F R/J 22024 R8 95 i RHR 2-1001-34AMO 104-K101A GE HGA11 12HGA11J52G N NO 4E-2430C-1 R/S 902-32 S8 M RHR 2-1001-34A-MO 104-M5A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-34A-MO 10A-M58 GE HFA151 12HFA151A2H i N NO 4E-2438C-1 R/S 902-33 S8 505 RHR 2-1001-34A-MO 10A-K7A GE HFA151 12HFA151A2H ! N NO 4E-2438C-1 R/S 902-32 S8 505 ! RHR 2-1001-34A-MO 104-K78 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 S8 505 RHR 2-1001-34A-MO 104-MBA GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-34A-MO 42M O GE CR100 CR100C0 4E-2438K-1 R/L MCC 28-18 (C1) RB 823 RHR 2-1001-34A-MO US 2-0283-72A YARWAY 4418C l 4E-2438C-1 R/S 2202-5 RB 823 RHR 2-1001-34A-MO US 2-0283-728 YARWAY 4418C
}
RHR 4E-2438E-1 R/R 22024 R8 823 i 2-1001-34A-MO PS 2-1001-90A S-O-R 12NS-884-US-CIA-TTNQ 4E-2438C-1 R/S 2202 4 RB 823 RHR 2-1001-34AMO PS 2-1001-008 S-4R 12NS-884-US-CIA-TTNQ 4E-2438E-1 R/R 22024 RB 823 RHR 2-1001-348-MO 10A-K1018 GE HGA11 12HGA11J52G t N NO 4E-2438E-1 R/R 902-33 S8 505 RHR 2-1001-348-MO 104-M5A GE HFA151 12HFA151A2H { N NO 4E-2438E-1 R/R 902-32 SS 505 RHR 2-1001-348-MO 10A-M5B GE HFA151 12HFA151A2H [ N NO 4E-243BE-1 R/R 902-33 S8 505 RHR 2-1001-348-MO 10A-K7A GE i HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 RHR 2-1001-348-MO S8 505 [ 104-K78 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 S8 505 I RHR 2-1001-348-MO 10A-MB8 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 S8 55 RHR 2-1001-348MO 42/MO GE CR100 CR100CO 4E-2430M-1 R/L MCC 29 4 (81) RB 823 RHR 2-1001-348-MO US 2-02S3-72A YARWAY 4418C 4E-2438C-1 R/S 2202-5 RS 823 RHR 2-1001-348-MO LIS 2-0283-728 YARWAY 4418C l RHR 4E-2438E-1 R/R 22024 RB 823 ! 2-1001-348 4 0 PS 2-1001-904 S-O-R 12NS-884-US-CIA-TTNQ 4E-2430C-1 R/S 2202-5 RB 823 ! RHR 2-1001-348 4 0 PS 2-1001-908 S-O-R 12N6484-US-CI A-TTNQ 4E-2438E-1 R/R 22024 R8 823 RHR 2-1001-38AMO 10A-K101A GE HGA11 12HGA11J52G N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-36AMO 10A-M5A GE HFA151 12HFA151A2H I N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-38AMO 104-M58 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 S8 505 RHR 2-1001-38AMO 104-K7A GE HFA151 { 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR 2-1001-36A-MO 10A-K78 GE HFA151 i 12HFA151A2H N NO 4E-243BC-1 R/S 902-33 S8 505 RHR 2-1001-38AMO [ 10A-MSA GE HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902432 RHR S8 505 l 2-1001-38A-MO 42/MO GE CR100 CR100C0 4E-2438K-2 RM R8 823 ' RHR 2-1001-36A-MO MCC 28-18 (D1) US 2-02R3-72A YARWAY 4418C 4E-2438C-1 R/S 2202-5 RB 823 RHR 2-1001-38AMO US 2-0283-728 YARWAY 4418C } 4E-2438E-1 R/R 2202 4 RB 823 RHR 2-1001-38A-MO PS 2-1001-90A S-O-R l 12NS 884-U8-CIA-TTNQ 4E-2438C-1 R/S 2202-5 R8 823 RHR 2-100136A-MO PS 2-1001-008 S-O-R l 12NS-884-US-C1A-TTNQ 4E-2438E-1 R/R 2202 4 RB 823 RHR 2-1001-388-MO 10A-K1018 GE HGA11 12HGA11J52G N NO 4E-2430E-1 R/R 902-33 SS 505 RHR 2-1001-388-MO 10A-MSA GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 SS 505 l , Page 13 of 15 [ e
1 SQUG . ESSENTIAL RELAYS i UNIT 2 ! SYSTEM EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC REF. DRAWING PANEL BLDG ELEV RHR 2-1001388-MO ! 10A-M5B GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 RHR S8 505 ! 2-1001-388-MO 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 S8 505 RHR 2-1001-388-MO 104-40 8 GE HFA151 12HFA151A2H l
' N NO 4E-2438E-t R/R 902-33 58 505 RHR 2-1001-388-MO l 104-N08 GE HFA151 12HFA151A2H N NO 4E-2430E 1 R/R RHR 902-33 S8 505 !
2-1001-388-MO 42MO GE CR100 CR100C0 4E-2438M-2 R/L MCC 20-4(C1) R8 623 i RHR 2-1001-388-MO US 2-0283 72A YARWAY 4418C RHR 4E-2438C-1 R/S 22024 RS 623 2-1001-388-MO US 2-0263-72B YARWAY 4418C 4E-2438E-t R/R 22024 RS 623 RHR 2-1001-388 MO PS 2-100140A S-OJt 12N6-884-US-CIA-TTNQ 4E-2430C-1 R/S 22024 RB 623 RHR 2-1001-388 MO PS 2-1001008 S-O-R 12N6-884-US-C1A-TTNQ 4E-2438E-t R/R 22024 R8 623 RHR 2-1001-43A-MO 42/MO GE CRt00 CR100CO 4E-2438K-2 RM MCC 28-18 (B3) RB 623 RHR 2-1001-438-MO 42M O GE CR100 CR100CO 4E-2438K-3 R/K MCC 28-18 (D4) R8 623 RHR 2-1001-43C-MO 42MO GE CR100 CR100C0 4E 2438M-2 R/L MCC 21M (84) RB 623 RHR 2-1001-43D-MO 42MO GE CR100 CR100C0 4E-2438M-3 R/J MCC 294 (C2) RB 623 j RHR 2-1001-50.MO 42MO GE 4E-2508A-3 R/P MCC 28-18 (C2) RB 623 RHR 2-1001-7A-MO 42MO GE CR100 CR100C0 } 4E-2438J-1 R/P MCC 281B (D3) RB 623 RHR 2-1001-7C-MO 42MC GE CR100, CR100C0 4E-2438L-1 R/Q R8 623 RHR SWGR 231,2324 MCC 29 4 (A3) [ 10A-K18A GE HFA151 12HFA151A2H N NO 4E-24380-1 R/L RHR SWGR 23-1,2324 902-32 S8 505 ; 10A-M5A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 ( RHR SWGR 23-1,2324 10A-M58 GE HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902-33 S8 l RHR SWGR 23-1,2324 505 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 SB SOS RHR SWGR 23-1,2324 10A-K78 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 SB 505 RHR SWGR 23-1,2324 10A-MBA GE HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902-32 SB SO5 RHR SWGR 23-1,2324 US 2-0263-72A YARWAY 4418C l 4E-2438C-1 R/S 2202 4 RS 623 RHR SWGR 23-1,2324 US 24263-72b YARWAY 4418C [ RHR 4E-2438E-1 R/R 22024 RB 623 SWGR 23-1,2324 PS 2-1001-90A S-O-R [ 12NS-884-US-CIA-TTNQ 4E-2438C-1 R/S 2202 4 R8 623 ! RHR SWGR 23-1,2324 PS 2-1001-008 S-O-R 12NS 884-US CI A-TTNQ 4E-2438E 1 R/R 2202 4 RB 823 j RHR SWGR 23-1,2326 10A-K10A GE . HFA151 12HFA151A2H N NO 4E-2438C-2 R/R 902-32 RHR SWGR 23-1,2326 SB 505 [ l 10A-K21A GE HFA151 12HFA151A2H N NO RHR 4E-24380-1 R/L 902-32 S8 505 I l SWGR 23-1,2326 104-K5A GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-32 S8 505 RHR SWGR 23-1,2326 104-M5B GE f HFA151 12HFA151A2H N NO 4E-2430C-1 R/S 902-33 RHR SWGR 23-1,2326 S8 505 ! 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2418C-1 R/S 902-32 S8 505 RHR SWGR 23-1,2326 10A-K78 GE HFA151 12HFA151A2H N NO 4E-2438C-1 R/S 902-33 RHR SB 505 (; SWGR 23-1,2326 US 2-0263-72A YARWAY 4418C RHR 4E-2438C-1 R/S 22024 R8 623 SWGR 23-1,2326 LlS 2-0263-728 YARWAY 4418C 4E-2438E-1 R/R 2202 4 RS 623 l RHR SWGR 23-1,2326 PS 2-1001-00A S-O-R l 12N6-884-US-CIA-TTNQ 4E-2438C-1 R/S 22024 RB 623 ! l RHR SWGR 231,2326 PS 2-1001-008 S-O-R ' 12NS-884-US-C1A-TTNQ 4E-2438E-1 R/R 22024 R8 623
- RHR SWGR 24-1,2424 10A-K188 GE HFA151 12HFA151A2H N NO 4E-2438Q-2 R/L 902-33 S8 505 RHR SWGR 241,2424 10A-K5A GE HFA151 12HFA151A2H ;
N NO 4E-2438E-t R/R 902-32 SB 505 l RHR SWGR 24-1,2424 10A-K58 GE HFA151 12HFA151A2H
)
l N NO 4E-2438E-1 R/R 902-33 S8 505 $ [ Page 14 of 15
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l SQUG ESSENTIAL RELAYS ' UNIT 2 SYSTEM EQP.lO i CONTACT MFGR TYPE MODEL RHR SWGR 24-1,2424 ENERG NO/NC REF. DRAWING PANEL BLDG ELEV 10A-K7A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 SB 505 RHR SWGR 24-1,2424 104-K78 GE HFA151 12HFA151A2H N NO 4E-2430E-1 R/R 902-33 38 505 RHR SWGR 24-1,2424 104-0G8 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 88 505 RHR SWGR 24-1,2424 US 2-0283-72A YARWAY 4418C i RHR 4E-2438C-1 R/S 2202 4 RS 623 SWGR 24-1,2424 US 24263-728 YARWAY 4418C RHR SWGR 24-1,2424 4E-2430E-1 R/R 22024 RS 623 PS 2-1001-00A S-G R 12NS-884-US-CIA-TTNQ RHR 4E-2438C-1 R/S 2202-5 R8 623 SWGR 24-1,2424 PS 2-1001-008 S-O-R 12N6-884.US.C1A-TTNQ 4E-2438E-1 R/R 22024 RB 623 RHR SWGR 24-1,2426 104-M108 GE HFA151 12HFA151A2H N NO 4E-2438E-2 R/T 902-33 S8 RHR SWGR 24-1,2426 10A-K218 505 GE HFA151 12HFA %1A2H N NO RHR SWGR 24-1,26 4E-24380-2 R/L 902-33 S8 505 ! 10A-K5A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 S8 505 RHR SWGR 24-1,2426 10A-K58 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-33 S8 505 RHR SWGR 24-1,26 104-K7A GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R 902-32 S8 RHR SWGR 24-1,26 10A-K78 505 GE HFA151 12HFA151A2H N NO 4E-2438E-1 R/R RHR SWGR 24-1,26 902-33 S8 505 6 US 2-0263-72A YARWAY 4418C RHR 4E-2438C-1 R/S 2202-5 R8 623 SWGR 24-1,2426 US 2-0263-728 YARWAY 4418C RHR SWGR 24-1,2426 4E-2430E-1 R/R 22024 R8 623 PS 2-1001-00A S-O-R 12NEL884-US-CIA-TTNQ RHR 4E-2430C-1 R/S 2202-5 RS 623 SWGR 24-1,26 PS 2-1001908 S-O-R 12NS 884-US-CI A-TTNQ 4E-2438E-1 R/R 22024 R8 623 RHRSW 21001-185A440 42fMC GE CR100 CR100C0 4E-2438R R/H RHRSW 2-1001-1858440 42M C MCC 28-1 A (G2) R8 623 GE CR109 CR100CO 4E-2438S R/G MCC 29-1 (H2) R8 623 RhRSW 2-1001-188A-MO 42M O GE CR100 CR100C0 4E-2438R R/H MCC 28-1 A (F1) RB 623 RHRSW 2-1001-1888-MO 42M O GE CR109 CR100C0 4E-2438S R/G R8 RHRSW 2-1001-187A440 42tM O MCC 29-1 (H3) 623 GE CR100 CR100C0 4E-2438R R/H RHRSW 2-1001-1878440 MCC 28-18 (D2) RS 623 42MO GE CR109 CR100CO 4E-2438S R/G MCC 29-1 (H4) R8 623 RHRSW 2-1001-44440 42M C GE CR10e CR100C0 4E-2438R R/H MCC 28-1 A (81) R8 623 RHRSW 2-1001-48440 42M C GE CR109 CR100C0 4E-2438S R/G RS RHRSW 2-1001-5A440 42M O MCC 29-1 (H1) 623 GE CR109 CR100C0 4E-2438J-1 R/P MCC 28-18 (84) RS 623 RHRSW 2-1001-58440 42M O GE CR100 CR100C0 4E-2438L-1 R/Q R8 RWCU 2-1201-2440 42M O MCC 2964 (C3) 623 , GE CR100 CR100C0 4E-2500C R/U RWCU 2-1201-5440 MCC 28-1 A (G1) RB 623 72fG N NO/NC 4E-2508C R/U MCC 2A (F02) RB 623 RWCU 2-1201-5400 72M N NO 4E-2508C R/U MCC 2A (F02) R8 623 RWCU 2-1201 4 440 72/O N NO/NC 4E-2500C R/U MCC 2A (F02) RB 623 Page 15 of 15
l I APPENDIX F BAD ACTOR LIST QUAD CITIES STATION l UNITS 1 & 2 l l l l 1
_ . . .. __ . . . . . _ _ __ ._ m m . ... . ._ . _ _ . _ . _ _ _ _ ._ _ _ , _ _ _ _ _ SQUG BAD ACTORS UNIT 1 AD SYSTEM EQP. ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS 115 VAC,5A ; Offset range 0/4 ; Ohme min 4180VAC SWGR 13-1,1321 140-DG 1/2 GE CEH 12CEH51A1A N NO 2212-45 BAD ACTOR Y phase to neutral no offeet = 5 Relay "A" appears to be a ardwwwnpanent of device 140-DG 1/2 h===r8 on the S/D.The bene device is 4100VAC SWGR 13-1,1321 A GE CEH N NO 2212-45 BAD ACTOR Y a type CEH which is a bed actor. 115VAC,5A ; Oftest range 0/4 ; Ohms min pheme DG SWGR 14-1,1429 14GOG1 GE CEH 12CEH51A1A N NO 2251-10 BAD ACTOR Y to neutral = 5 : Relay "A" appears to be a subcomponent of device 140-DG1 beood on the S/D.The base device le a DG SWGR 14-1,1429 A GE CEH N NO 2251-10 BAD ACTOR Y type CEH which is a bed actor. 0180VAC SWGR 13-1,1321 SDR-X1 WESFtNGHOUSE SG SG 293B256A20 N NC 2212-46 BAD ACTOR Y 125 VDC 120 VAC, Appears to be either a caNbration or timing device but could not determene any kind of DG 1/24601-EXC FFCO WEdT;;<GHOUSE SV 292B402A10 N NO/NC 2212-46 BAD ACTOR Y 04 120 VAC , There appears to be a timing or calibrahon device but can not detemune its setting DG 1/2-8601-EXC FSR WESTINGHOUSE SV 292B402A10 N NO 2212-46 BAD ACTOR Y or how it wartis. Only 2 (top 2) of 4 mounting holes are being used; DG 14001-EXC FFCO WESTINGHOUSE SV 292B402A10 N NO/NC 2251-12 BAD ACTOR N 120VAC i Page 1 of 1
SQUG BAD ACTORS UNIT 2 AD SYSTEM EQP.lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL ELEV SAT MTG COMMENTS 115 VAC,5A ; Offset range Of4 ; Ohms min 4180VAC SWGR 23-1,2321 14G DG 1/2 GE CEH 12CEH51A1A N NO 2212-45 595 BAD ACTOR Y pheme to neutral no onset = 5 115VAC,5A ; Offeet range 0/4 ; I sh=h=8 es DG SWGR 241,2421 14M)G2 GE CEH 12CEH51A1A N NO 2252-10 595 BAD ACTOR Y % G" Refoy"A" appears to be e component of device 140-DG2 bened on the S/D.The bene DG SWGR 24-1,2421 A GE CEH N NO 2252-10 595 BAD ACTOR device is a type CEH which is a bed actor. 125VDC, Mountin0 boils instoned for mounting piele but plate is rpN. Have C180VAC SWGR 23-1,2329 ASR 1/2-2 GE HGA11 12HGA11J52 N NC SWGR 23-1 (10) 639 BAD ACTOR N esame engmeer inspar* 4160VAC SWGR 23-1,2329 SDR-X2 WESTINGHOUSE SG 2938255A20 N NC 2212-46 595 BAD ACTOR Y 125 VDC DG 2-6801-EXC FFCO WESTINGHOUSE SV 292B402A10 N NO/NC 2252-12 595 BAD ACTOR N 120V ; Only 2 of 4 mounting bolts instated Page 1 of 1
) 1 APPENDIX G 1 j RELAY OUTLIER LIST i ! QUAD CITIES STATION j UNITS 1 & 2 i i i I j SEPERATED BY: RELAYS REQUIRED FOR UNIT 1 SAFE SHUTDOWN EQUIPMENT 3 RELAYS REQUIRED FOR UNIT 2 SAFE SHUTDOWN EQUIPMENT l SORTED BY: OUTLIER REASON i PANEL 4 CONTACT 1 1 i 1 4 1 i J
1 i l ', ATTACHMENTO PAGE 1 OF 1 ! PROPOSED RESOLUTION OF OUTLIERS i
- CAPACITY EXCEEDED BY DEMAND
! Of the 126 relays for which demand was greater than capacity, a large number were located at l 4kV SWGR and mounted on the cubicle doors. The detailed circuit review performed initially has already classified these devices as essential and therefore SWGR GERS were not used. l The demand at some SWGR was so high that even the most rugged types of relays would fall. l Therefore, an attempt will be made first to justify a panel amplification factor lower than the l generic value of 7 which was used. Use of additional bracing at the SWGR will also be consdidered to reduce the amplification. j Panels 2251(2)- 86&87 contain approximately 25 outliers and are located near 4kV SWGR and j have been assigned the same generic amplification factor of 7. Therefore, the demand at the panel must be reduced. Analytical techniques should significantly reduce the ampitfication factor j and thus the demand of the panel. Structural reinforcement will only be considered if this is not
- enough.
Approximately 30 outliers are located in panels 2201(2)-32 which will most likely require ! Improvements to the mounting of the panel itself. This improvement should sufficiently reduce j demand for most of these relays. ! For the remaining " capacity exceeded" outliers, an attempt will be made to reduce the panel
- amplification factors or a reevaluation of the circuit will be performed to determine if the lo0ic
- allows other screenable relays to be made essential and the outlier made " chatter acceptable."
! Panel and/or relay modification will be considered if this fails. CAVEATS NOT MET A total of 21 devices for which GERS were available did not meet the required caveats. Six of these were NEMA 5 contactors and therefore the contactor GERS could not be used. The remaining devices will need time dial setting changes or replacement of subcomponents to qualify for use of the GERS or seperate testing of the device will be required. These remaining devices are located at 4kV SWGR though, and therefore may not have sufficient capacity once the GERS are used and would then be resolved with the other outliers at the SWGR. l NO GERS ! A large number of the 106 relays for which GERS are not available can be grouped into several types of similar relays. For these groups, existing test data will be searched for or the specific relay type will be sent for testing. For smaller groups of outliers with no GERS, the circuits can be looked at again to determine if different relays which are screenable could be made essential to allow the outlier contact to chatter while maintaining the required function of the safe-shutdown equipment. Any available test data for the smaller groups will also be persued. Replacement of relays is an option if the methods above do not work or if it is more cost j effective than testing of a single outlier.
SQUG OUTLIERS UNIT 1 EQP.10 AD CONTACT MFGR TYPE MODEL ENER NO/NC SWCR 14-1,1426 PANEL MTG COMMENTS OUTUER REASON CX GE HMA111 12HMA111 A2 N NO 1426 JB Y 125VDC 14)203-3A-RV 287-107A GE HFA151 n=J Opexceeded 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 14rM)3-38-RV 287-107A GE r=, _ pemonadad HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 1-0203-3C-RV 787-107A c 2paur== dad GE HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO cortacts e ==rp ammedad 1-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 14P03-3E-RV 287-107A GE r=,- ry exceeded HFA151 12HFA151A2H N NO 2201-32 Y 1-0203 3A-RV 125 VDC ,6 NO contacts c;- Op aimaded 287-107B GE HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO contacts 1-0203-3B-RV 287-107B GE HFA151 12HFA151A2H N r==ri enemaded NO 2201-32 Y 125 VDC ,6 NO contacts c-- 1-0203 3C-RV 287-107B GE rp emmedad HFA151 12HFA151A2H N NO 2201-32 14)203-3D-RV Y 125 VDC ,6 NO contacts r= --ryexceeded 287-107B GE HFA151 12HFA151A2H N NO 2201,32 Y 125 VDC ,6 NO contacts c= 1 0203-3E-RV 287-1078 GE :p exceeded HFA151 12HFA151A2H N NO 2201-32 Y 125 VDC ,6 NO cortacts Capar*y aur== dad 125 VDC, part of nernepiste was actueNy cowred 14)203-3A-RV 287-114A GE but can be soeumed to be correct bened on HGA11 12HGA11J52 N NO 2201-32 Y w.v ;-uri to =y- --a r;t,;. C= - :yenceeded 125 VDC, part of nameplete was actueNy covered 1020MC-RV 287-114C GE HGA11 12HGA11J52 txA can be assumed to be corred bened on N NO 2201-32 Y wire to =h --e relays. c -:--rp exceeded 125 VDC, part of nameplate was actueNy covered 1-0?O3-3D-RV 287-1140 GE w can be assumed to be corred bened on HGA11 12HGA11J52 N NO 2201-32 Y 1-0203-3E-RV 287-114E componeon to =E 2--d i;t,;. n=--rp exceeded GE HGA11 12HGA11J52 N NO 2201-32 Y 125 VDC c -; :pemmeded 125 VDC, part of nameplete was actuoNy covered 14P03-3A-RV 287-115A GE but can be assurred to be corred bened on HGA11 12HGA11J52 Y NO 2201-32 Y m wi-o . to - '--- - e r;b,;. c= :peno== dad 125 VDC, part of nomeplete was actueNy covered 1-0203-38-RV 287-1158 GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y m r w-, 4 to ' - - a r;ti a CW .i.cayexceeded 125 VDC, part of nameplete was actueNy covered 14P03-3C-RV 287-115C GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y w,.w M to '- --e i;%,;. C= riexceeded 125 VDC, part of nameplate was actuaNy covered 1-0203-3D-RV 287-115D GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y w.,v 6 to *- -e i;Oi . n= pexceeded 125 VDC, part of nameplate was actualP; covered 14n03-3E-RV 287-115E GE but can be assumed to be correct bened on HGA11 12HGA11J52 Y NO 2201-32 Y w..wimon to w:pmd relays. 1-0203 38-RV 287-1228 A-M C-g+3pexceeded L EGFD EGPD002 N NO 2201-32 Y 125 VDC n= :paarandad 1-0203-3C-RV 287-122C Agastat EGPD EGPD002 N NO 2201-32 Y 125 VDC C= ry encanded 14P03-38-RV 287-1238 Ag- d : EGPD EGPD002 N NO 2201-32 Y 125 VDC r=-- ri exceeded 1-0203-3C-RV 287-123C AC c2 EGPD EGPD002 N NO 2201-32 Y 125 VDC c--;+ Mi exceeded 1/R-5727 6600-HFA1 GE HFA151 12HFA151A2H N NC 2212-127 Y 125 VDC,3 NO13 NC re-*y exceeded Page 1 Of 15
SQUG OUTLIERS UNIT 1 AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS 1G-5727 6600-HFA2 GE OUTLIER REASON HFA151 12HFA151A2H N NC 2212-127 Y 125 VDC,5 NO f 1 NC 1/2-5727 6600-TDR1 C - rp=w== dad Ag : ^ ETR ETR14038003 N NC 2212-127 Y 125 VDC, TkT4 s .55-15 see n--; ry esaceeded SWGR 13-1,1321 181Y GE HFA151 12HFA151A2H N NO/NC 2212-45 Y 125 VDC ,3 NO / 3 NC c= SWGR 14-1,1429 181Y-DG1 rp aw== dad GE HFA151 12HFA151A2H N NO/NC 2251-10 Y 125 VDC,3 NO 13 NC P- = r y aw== dad 1/2-6601 127-3-813-1 ABB ITE27 ITE-27N N NO 2251-86 Y Cat 411T4375-HF-L, Trne del x^^L s = 5 C -- = ry a-== dad 1G-6601 127-4-813-1 ABB ITE27 ITE-27N N NO 2251-86 Y Cat 411T4375-HF-L. Time del setting = 5 C= ry a-==d=d SWGR 13-1,1321 27XTD-13-1 Ac 2 ^ ETR ETR14D3B N NO 2251-86 Y 1G-6601 427Y1-13-1 125 VDC. TL-a s .55-15 see C=- ry enc == dad A. M EGPD EGPD 2251-86 Y 125 VDC c-1/2-6601 459X1-13-1 Agastat ry e-== dad EGPD EGPD Y NO 2251 4 6 Y 125 VDC r= = ry =w== dad 1 G-6601 TDR-13-1 A-^2 ETR C ETR1403N N NO 2251-86 Y 125VDC TL,-sv 1-30 min c= r y aw== dad 1-6601 127-3-B14-1 ABB ITE27 ITE-27N N NO 2251-87 Y Cat 411T4375-L-HF-DP, Trne deel setting = 5 1-6601 127-4-814-1 ABB 0 = Fyemoeeded ITE27 ITE-27N N NO 2251-87 Y 1-6601 Cat 411T4375-L-HF-DP, Time deel x^^-.s = 5 c= -r y awandad 152-1429X Ac ^4 EGPD EGPD Y NC 2251-87 Y 125 VDC C = rp ===adad SWGR 14-1,1429 27XTD-14-1 Ag
^
ETR ETR14038 N NO 2251-87 Y 125 VDC, TLT4-g .55-15 see C = = r y==== dad 1-6601 427X1-14-1 AL ^2 EGPD EGPD 2251-87 Y 125 VDC C=- -. ry onceeded 1-6601 459X1-14-1 Agostat EGPD EGPD Y NO 2251-87 Y 125 VDC 1-6601 TDR 14-1 r = rpexceeded Ac=^^ - ETR ETR14D3N N NO 2251-87 Y 125VDC, TLTas 1-30 min 1/2-E601 127-3-B23-1 ABB ITE27 C- .= r yaurandad ITE-27N Y NO/NC 2252-86 Y r==r y exceeded 1 0-6601 Cat 411T4375-1.-HF-DP, Trne dial x^^.s = 5 127-4-823-1 ABB ITE27 iTE-27N Y NO 2252-86 Y Cat 411T4375-L-HF-DP, Time disi setting = 5 r = = r 1G-6601 427Y1-23-1 A;- - ^ ^ y aw==d=d EGPD EGPD 2252-86 Y 125 VDC 1G-6601 459X1-23-1 A2^ EGPD P==r y enceW EGPD Y NO 2252-86 Y 125 VDC C=-~ r =- -- '( y 1G-6601 TDR-23-1 Agostat ETR ETR14D3N N NO 2252-86 Y 125VDC, TkTa s 1-30 min, set at Smin. per S/D SWGR 13-1,1321 1430-108A GE c==ryour==d=d HFA151 12HFA151A2H N NO/NC 90142 Y 125 VDC,4 NO 12 NC 1-02033A-RV R10738 GE c=-.fy exceeded CR120BD CR120BD020 N NO 901 32 Y NONE c= = ry me== dad 1-0203-38-RV R10738 GE CR120BD CR120BD020 N NO 901-32 Y NONE 1-@03-3C-RV R10738 GE C = = ry a-== dad CR120BD CR120BD020 N NO 901-32 Y NONE 1-Q?O3-3D-RV R10738 GE C = r y==randad CR12000 CR120BD020 N NO 901-32 Y NONE r= ry exceeded 1-0203-3E-RV R10738 GE CR120BD CR120BD020 N NO 901-32 Y NONE 1 6601 1430-112BX GE r.2 _-r,aurandad CR120BD CR1200D021 N NO 901-33 Y NONE 1-6601 1430-1268 GE HFA151 12HFA151A2H n== ri mw== dad N NC 901-33 Y 125 VDC,4 NO / 2 NC C=-- ry exceeded Could not remove cover to see nameplete but model # can be assumed to be ooryoct bened on SWGR 13,1312 SWGR 13 visuali v 6crito HEA reinyin SWGR 14, 186-1309 GE HEA618 12HEA618235 N NO/NC (10) Y cub 13. C2 --afexceeded Could not remove cover to see namepiste but model # can be assumed to be correct bened on SWGR S3,1312 SWGR 13 v isualcompenson to HEA relayin SWGR 14, 186-1312 GE HEA618 12HEA61B235 N NO/NC (13) Y cub 13. c= =ry exc== dad Page 2 of 15
I i SQUG ' OUTLIERS UNIT 1 AD EQP.10 CONTACT MFGR TYPE MODEL ENER NOMC PANEL MTG COMMENTS OUTLIER REASON i Coued not remove cover to ese nomspisse but model f can be moeumed to be correct bened on i SWGR 13 visualcompenson to HEA relayin SWGR 14 SWGR 13-1,1327 186-1312 GE HEA618 12HEA618235 ; N NO/NC (13) Y cub 13. e- 2 ====d=d Could not remove cover to see nameplete but ; model f can be monumed to be arrect bened on SWGR 13,1312 SWGR 13 visual compenson to HEA rainy in SWGR 14, 186-1303 GE HEA618 12HEA618235 N NO/NC (3) Y cub 13. e r --==d=d SWGR 13,1312 SWGR 13 127-813X1 GE HFA151 12HFA151A2H N NO i Y (4) SWGR 13 t25 VDC ,6 NO conlaces
- c. r; ===== dad 112-0801 127-813X3 GE HFA151 12HFA151A2H N NO Y 125 VDC,5 NO /1 NC (4) e. % ====d=d Could me remove cover to see namspeete tad model # can be monumed to be correct bened on SWGR 13-1 visual correartoon to HEA relay in SWGR 14, 1/P.-6801 186-DG 1/2 GE HEA618 12HEA618235 N NC (1) Y cub 13. Capacity ==== dad Could not remove cover to see namspises but model # con be soeumed to be correct bened on SWGR 13-1,1321 SWGR 13-1 visual compartoon to HEA relay in SWGR 14, 18tMX31/2 GE HEA618 12HEA618235 N NO/NC (1) Y cub 13.
P-- 9 ==== dad SWGR 13-1,1321 SWGR 13-1 AR 152-1321 Agnalet EGPD EGPD003 N NO (1) Y 125 VDC e - ri====d=d SWGR 13-1,1321 SWGR 13-1 ASR-1/2-1 GE HGA11 12HGA11J52 N NC (1) Y 125VDC e-9 ==== dad SWGR 13-1 1/2-6801 127813-1X1 GE HFA151 12HFA151A2H N NO (2) Y 125 VDC ,5 NO /1 NC e S ==== dad SWGR 13-1,1321 SWGR 13-1 127B13-1X2 GE HFA151 12HFA151A2H N NO (2) Y 125 VDC ,6 NO coniecto e 2; ====d=d SWGR 13,1312 SWGR 13-1 127813-1X3 GE HFA151 12HFA151A2F Y NO (2) Y 125 VDC,4 NO / 2 NC e, ri ==== dad SWGR 13-1 SWGR 93-1,1321 150SD 1/2X3 GE HFA151 12HFA151A2H Y NO (2) Y 125 VDC ,6 NO contacto e r; ==== dad Could not remove cover to see namspiele but model # con be soeumed to be correct bened on SWGR 13,1312 SWGR 13-1 v isual companoon to HEA relay in SWGR 14 i 186-1327 GE HEA61B 12HEA61B235 N NC (8) Y ce 13. e-- 9 --== dad Could not remove cover to see nameplete but model # can be monumed to be conect beood on SWCR 13-1,1321 SWGR 13-1 v isual compenson to HEA relay in SWGR 14, 186 1327 GE HEA61B 12HEA618235 N NOINC (8) Y cub 13. r . N ==== dad Page 3 of 15
i SQUG OUTLIERS UNIT 1 l AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON Could not remove cover to see nomeplete tmA model # can be eseumed to be correct booed on SWGR 13-1 visual componeon to HEA reioy in SWGR 14, i SWGR 13-1,1327 186-1327 GE HEA61B 12HEA61B235 N NO/NC (8) Y cub 13. e ; -r; ====n8=re Could not remove cover to see nameplete but l model # can be eseumed to be correct bened on SWGR 14 visual comparison to HEA relay in SWGR 14, SWGR 14-1,1427 186-1410 GE HEA618 12HEA618235 N NO/NC (11) Y cub 13. C ri ==n.=,eare Could not remove cover to see namepiele but model # can be neoumed to be correct booed on i SWGR 14 vieuoicomparison to HEA relayin SWGR 14, SWGR 14,1410 186-1410 GE HEA61B 12HEA618235 N NO/NC (11) Y cub 13. c= rj ====nenne l SWGR 14 SWGR 14,1410 186-1412 GE HEA61B 12HEA61B235 N NO/NC (13) Y N/A C==ry ==r==renne SWGR 14 1-8801 127-814X1 GE HFA151 12HFA151A2H N NO (5) Y 125VDC,8 NO coniects c--;--r ===arente y SWGR 14 1 8801 127-814X3 GE HFA151 12HFA151A2H N NO (5) Y 125 VDC,5 NO /1 NC c==rp ==r== read ; SWGR 14 SWGR 14,1410 127-814X3 GE HFA151 12HFA151A2H N NO (5) Y 125 VDC,5 NO /1 NC C=--ri munmaremet Could not remove cover to see nomeplete but model # can be eseumed to be correct bened on SWGR 14 visual companoon to HEA relay in SWGR 14, SWGR 14,1410 186-1405 GE HEA61B 12HEA618235 N NO/NC (6) Y cub 13. "= 2 a===remse 7 Could not remove cover to see nomeplete tmA model # can be enoumed to be corred booed on SWGR 14-1 visual comparison to HEA relay in SWGR 14 SWGR 14-1,1429 186-DG1 GE HEA61B 12HEA61B235 N NO/NC (10) Y cub 13. O== ri ==r==neari Could not remove cover to see nomepiele but model # can be eseumed to be correct beoed on SWGR 14-1 visual compartoon to HEA relayin SWGR 14, 1-8801 186-DG1 GE HEA618 12HEA618235 N NC (10) Y cub 13. O; -27 ====r8=d SWGR 14-1 SWGR 14-1,1429 ASR-1 GE HGA11 12HGA11J52 Y NC (10) Y 125VDC e M emceeded Could not remove cover to see nomepiele but model # can be soeumed to be correct bened on SWGR 14-1 vieuoi comperleon to HEA relay in SWGR 14, SWGR 14,1410 186-1427 GE HEA61B 12HEA61B235 N NC (7) Y cub 13. C-- . rp ===arand Page 4 of 15
SQUG OUTLIERS UNIT 1 AD EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON Could not remove cover to see namepiste but model # can be assumed to be corred based on SWGR 14-1 visual cor9penson to HEA relay in SWGR 14, SWGR 141,1427 186-1427 GE HEA61B 12HEA61B235 N NO/NC (7) Y cub 13. C= riaur=aded Could not remove mver to see namepiste but model # can be assumed to be correct bened on SWGR 141 visual comparison to HEA relay in SWGR 14 SWGR 14-1,1429 186-1427 GE HEA618 12HEA61B235 N NC (7) Y cub 13. C - _:y ==rmad=d SWGR 14-1 1-8801 127-814-1X1 GE HFA151 12HFA151A2H N NO (9) Y 125 VDC,5 NO /1 NC c = = r y==rmaded SWGR 14-1 SWGR 14,1410 127-8141X3 GE HFA151 12HFA151A2H N NO (9) Y 125 VDC,4 NO / 2 NC C==r ==readed y SWGR 14-1 SWGR 14-1,1426 127814-1X2 GE HFA151 12HFA151A2H N NO (9) Y 125 VDC,5 NO /1 NC C = =_r y ==r== dad SWGR 14-1 14801 127B14-1X3 GE HFA151 12HFA151 A2H N NO (9) Y 125 VDC,4 NO / 2 NC C 5= r y ==r== dad SWGR 19 SWGR 18,1851 TDOD Agostet 7022 E7022AD003 Y NC (192A) 120VAC, Time ie,5-50 sec. r== ry exceeded SWGR 19 SWGR 19,1951 TDOD Agostet 7022 E7022AD003 Y NC (192A) 120VAC, Time w@ 5-50 sec. C = --:yaur== dad SWGR 23 1/2-8601 127B23X1 GE HFA151 12HFA151A2H N NO (10) Y 125 VDC ,6 No contacts C--2 ==rmaded 7 SWGR 23 1/2-8801 127823X3 GE HFA151 12HFA151A2H N NO (10) Y 125 VDC ,5 NO /1 NC Capacity ==raaded SWGR 23-1 SWGR 13-1,1321 AR-152-2329 Agostet EGPD EGPD003 N NO (10) Y 125VDC e- ry ==raad=d SWGR 23-1 1/2-8601 127823-1X1 GE HFA151 12HFA151A2H N NO (9) Y 125VDC ,5 NO /1 NC C ,--_sy ==randad SWGR 23-1 1/2-8001 127B23-1X4 GE HFA151 12HFA151A2H N NO (9) Y 125VDC ,3 NO / 3 NC C -;- _:y eur== dad Capacty exceeded, 1-0203-3B-RV 287-1148 GE contact con 6g not HGA111 12HGA111J2 2201-32 Y 125 VDC -"T4 ' SWGR 13-1 Capacity eso== dad 1/2-8801 127B13-1X4 GE HFA151 12HFA151A2H N NO (2) Y 125 VDC ,2 NO / 4 NC more than 3 NC MCC 18/59,5 SWGR 18,1851 CR19B Capacity margine#y GE HFA151 12HFA151A2H Y 125VDC,5 NO /1 NC N NO/NC (03) e=randad MCC 18/19-5 Capacity merginally SWCR 19,1951 CR19B GE HFA151 12HFA151A2H N NO/NC (D3) Y 125VDC,5 NO /1 NC exceeded Page 5 of 15 - _ _ _ _ _ _ _ _ _ -=
SQUG OUTLIERS UNIT 1 EQP.ID AD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON 1/2-5201-SO 127 FO 115VAC , Mounhng screws were not visible and Cnntact conag not GE HGA11 12HGA11H70 2212-50 therefore +_'-r_=8* could not be venfied - -T---j 125VDC,6 NO contacts, adequate mounting of SWGR 13,1303 ATIR GE reiey to piste but piele to pensi mounnna could not Coreactconne not HFA151 12HFA151A2H EC -8 be venfied. - -'_ SWGR 13-1,1325 SWGR 13-1 151N GE PJC11 12PJC11AV1A Either GERS don 1 , N NO (6) Y Could not find tune dial e or cap suceed
- SWGR 14-1,1423 SWGR 14-1 151N GE PJC11 12PJC11AV1A Either GERS dont N NO (3) Y Could not find time dial apply or cap ===ad SWGR 18,184C 1/2-3903-3A/b Contactor style : 2045A41G ; Mech style :
WESTINGHOUSE GCA GCA 530 N NC 2251-100 Y 2050A15G, NEMA SIZE 5 NEMA 5 SWGR 18,184C 1/2-3903-3N Contactor style : 2045A40G ; Mech sepe : WESTINGHOUSE GCA GCA 530 N NO 2251-100 Y 2050A15G, NEMA SIZE 5 NEMA 5 Model # shown was stamped on namepiele on beckpiele between contactor 3A & 3N; Contactor SWGR 19,196A 1-3003-3A type,GCA530; Cont style 2045A40G; NEMA size WESTINGHOUSE A211K5 N NO 2251-98 Y 5; Mech style,2050A15G NEMA 5 Model e shown was stamped on namepiele on P between contactor 3A & 3N; Contactor SWGR 19,196A 1-3903-3Alb type,GCA530; Cont style,2045A40G; NEMA size WESTINGHOUSE A211K5 N NC 2251-98 Y 5; Moch style,2050A15G NEMA 5 Model s shown was stamped on non=rd=8= on har*r e ssebetween contactor 3A & 3N; SWGR 19,196A 1-3003ON A200MSCX, 2045A41 G03; Model J; Mfgr code WESTINGHOUSE A211K5 Y NO 2251-98 Y C931206; NEMA size 5 NEMA 5 Model # shown was stamped on non=r eman on backplate between contactor 3A & 3N; SWGR 19,196A 1-3903-3N/b A200M5CX, 2045A41 G03; Model J; Migr code WESTINGHOUSE A211K5 Y NC 2251-98 Y C931206; NEMA size 5 NEMA 5 SWGR 13,1312 SWGR 13 187BTA GE UD53C 12WD53C11A N NO (13) Y Time dial setting = 1, No "Hi-G" on device No "Hi-G" SWGR 131,1327 SWGR 13 187BTA GE UD53C 12WD53C11 A N NO (13) Y Time dial setting = 1, No "HLG" on device No*HbG" SWGR 13,1312 SWGR 13 187BTB GE UD53C 12WD53C11 A N NO (13) Y Time dial 4.y = 1 No "Hi-G" on device No "Hi-G* Page 6 of 15
SQUG OUTLIERS UNIT 1 AD EOP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON SWGR 13-1,1327 SWGR 13 187BTB GE UD53C 12WD53C11 A N NO (13) Y Trne del uns = 1 No "Hi-G* on device No "Hi-G* SWGR 13,1312 SWGR 13 187BTC GE UD53C 12WD53C11 A N NO (13) Y Trne del wev = 1 No "Hi-G" on device No"HLG" SWGR 13-1,1327 SWGR 13 187BTC GE UD53C 12WD53C11 A N NO (13) Y Trne dial n5 g = 1, No "Hi-G" on device No "Hi-G* SWGR 14-1,1427 SWGR 14 187BTA GE UD53C 12WD53C11 A N NO (11) Y T.D. asi = 1.2, No "Hi-G" on device No"HLG* SWGR 14,1410 SWGR 14 187BTA GE UD53C 12WD53C11 A N NO (11) Y T.D. _n y = 1.2, No "Hi-G" on device No "Hi-G" SWGR 14-1,1427 SWGR 14 187BTB GE UD53C 12UD53C11 A N NO (11) Y T.D. 20 g = 1.2, No "Hi-G" on device No"HLG" SWGR 14,1410 SWGR 14 187BTB GE UD53C 12WD53C11 A N NO (11) Y T.D. setting = 1.2, No "HLG" on device No"HLG* SWGR 14-1,1427 SWGR 14 187BTC GE UD53C 12WD53C11 A N NO (11) Y T.D. . .L g = 1.6, No *HLG* on device No*HLG" SWGR 14,1410 SWGR 14 187BTC GE UD53C 12WD53C11 A N NO (11) Y T.D. _n s = 1.6, No "Hi-G* on device No"HLG* Mounted drectly to pipin0 (1/2-5211-4) at 1/2-5202 w4 __._; 8' off of floor in DG 1/2 day tank 1/2-5201-SO LS 1/2-5241-5 MAGNETROL A-103F-EPNP DAY TNK Y room No GERS Could not verify MFGR frorn namepiste ; AE30302398,1 A-125VAC ,2A-2BVDC ; coil is 125VDC 115VDC ; Not sure how relay (K1) is mounted on 125VDC CHGR #1 DSHs2 K2-YT-115V-9 CHGR #1 cht board but board is ' - , mounted. No GERS 125VDC 125VDC CHGR #1 TIMER ZENITH CHGR#1 Y interval timer, Cat # 1417 ; 15A,120VAC No GERS 2A,28VDC or 120VAC; Not sure how relay (K1) is 125VDC mounted on ckt board but board is adequately 125VDC CHGR #1 A DSHf2 SIGMA 70RE22-1100C CHGR#1A rnounted No GERS 125VDC 125VDC CHGR stA TIMER ZENITH CHGR #1 A Y interval twner, Cat # 1417 ; ISA,120VAC No GERS 10203-3A-RV CR Ward Leonard Elec 130-4420 2201-5 N 24 VDC coit : Mesang 1 of 2 mot-6, w- No GERS 1-0203-38-RV CR Ward Leonard Elec 130-4420 2201-5 Y 24VDC coit No GERS 1-0203-3C-RV CR Ward Leonard Elec 13(M420 2201-5 Y 24VDC coit No GERS 1-0203-3D-RV CR Ward Leonard Elec 1304420 2201-5 Y 24VDC coil No GERS Page 7 of 15
SQUG OUTLIERS UNIT 1 EQP.lO AD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG CORSAENTS OUTUER REASON 142030E-RV CR Word Leonard Elec 130-4420 2201 4 Y 24VDC cell 1-1001-34A-MO US 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1-1001-348-MO US 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1-1001-36A-MO LIS 10263-72A YARWAY No GERS 4418C 2201-5 Y 1-1001-368-MO LIS 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1 130141-MO LIS 1-0263-72A YARWAY No GERS 4418C 2201-5 Y 1-2301-3-MO US 14263 72A YARWAY No GERS 4418C 2201-5 Y 14801 US 14263-72A YARWAY No GERS 4418C 2201-5 Y 1/24801 LIS 1-0263-72A YARWAY No GERS 4418C 2201-5 Y SWGR 13-1,1324 US 1-0263-72A YARWAY No GERS 4418C 2201-5 Y SWGR 13-1,1328 US 14263 72A YARWAY No GERS 4418C 2201-5 Y SWGR 14-1,1424 US 14263-72A YARWAY No GERS 4418C 2201-5 Y SWGR 14-1,1428 US 14263-72A YARWAY No GERS 4418C 2201-5 Y 1-8801 US 1-0263-72C YARWAY No GERS 4418C 2201-5 N 1/2-8801 US 1-0263-72C YARWAY 4418C "is 1 of 4: --. .Ls bo8s No GERS 2201-5 N leasing 1 of 4 m t-s bo8s 1-1001-34A-MO US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y 1-1001-348-MO LIS 10263-728 YARWAY No GERS 4418C 2201 4 Y 1-1001-38A-MO US 14263-728 YARWAY No GERS 4418C 2201 4 Y 1-1001-368-MO US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y 1-130141-MO US 1-0263-728 YARWAY 4418C No GERS 2201 4 Y 1-2301-3-MO US 10263-728 YARWAY No GERS 4418C 2201 4 Y 1-8801 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y 1/24801 US 10283-728 YARWAY No GERS 4418C 2201 4 Y SWGR 13-1,1324 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y SWGR 13-1,1328 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y SWGR 14-1,1424 US 1-0263-728 YARWAY No GERS 4418C 2201 4 Y SWGR 14-1,1428 US 14263-728 YARWAY No GERS 4418C 2201 4 Y 1-8801 US 1-0263-720 YARWAY No GERS 4418C 2201 4 Y 1/2-8801 US 1-0263 72D YARWAY No GERS 4418C 2201 4 Y 1-10014!9A-MO dPIS 1-261-33C BARTON 288 No GERS 288-3861 2201-7 Y N/A 1-1001-29EMAO dPIS 1-261-34C BARTON 288 No GERS 288-3861 2201 7 Y N/A 1-1001-29A-MO dPIS 1-261-340 BARTON 288 No GERS 288-3858 2201 4 Y N/A 1-1001-291HAO dPIS 1-261-34D BARTON 288 No GERS 288-3858 2201 4 Y N/A 1G-8801 US 2-0263-72A YARWAY No GERS 4418C 2202-5 Y 1G-8801 US 2-0263-72C YARWAY No GERS 4418C 2202-5 Y 1/2-8801 LIS 2-0263-728 YARWAY No GERS 4418C 2202 4 Y 1/2-8801 US 2-0263-72D YARWAY No GERS 4418C 2202 4 Y No GERS HACR-IV(sy Me - SWGR 13-1,1321 HACR-IV reley) N NO 2212-123 Y Range 120V / t (4*- 10*) No GERS Page 8 of 15
-- . . - _ - - - - - . - . - . . - . . - - - - - - . - . . . . - ~ - - - - - . . - - - - - - . - - - - - - - - - . . - _ - . - - . . - - .. .
b SQUG OUTUERS UNIT 1 ' AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COhmAENTS OUTUER REASON Closing volts % of top : left 100, right 0 ; 199VAC , SWGR 13-1,1321 150 DG 1/2 GE lAV51D 12iAV51D1A N NO 2212-45 Y Time dial asiting = 5 9 f No GERS L Close lolt 55, Close right 50 ; 115 VAC ; Aux i SWGR 13-1,1321 controlis 125VDC ; 1 of 6 mountmg screme le 181-CFF GE CFF 12CFF14B21A Y NO/NC 2212-45 N loose. No GERS SWGR 13-1,1321 This relay le e out> component of device 181-CFF I 181A N NO 2212-45 (model 812CFF14821 A) No GERS SWGR 13-1,1321 192-DG 1/2 GE ICW 121CW51A1A l N NO 2212-45 Y 120 VAC,3.5A , T.D. setting = 2.6 ; pickg 1540 No GERS , Relay "T" is a T.D. rainy which appears to be a I
= ' '
SWGR 13-1,1321 T ..~2 of device 181-CFF bened on the N NO 2212-45 S/D. No MRS GM Electro 44ctive 385H1082-01 BY VAPOR 1/2-8801-EXC 52W Ovvision CORP N NO 2212-46 Y 120 VDC,5A, EMD 8370794 No GERS 112-8801-EXC ER MmD 7001 PO4-S3 8263337 LV N NO 2212-46 Y No GERS 120 VDC *es, NEMA Size 2. EMD 8288736' 1/2-8801-EXC EXC Square D 8504 EQ1281-G2, SERIES A 1 N NO 2212-46 Y 70880l>.0 JV No GERS 1/2-8801-EXC FFC MrD 8504 EQ-1985-G13 N
' NO 2212-46 Y 120 VDC coil, EMD 8284295; 708810 A MV No GERS 1/2-8801 FSR M- ; D 7001 PO4 S2 8289705 MV j
N NO 2212-48 Y SWGR 13-1,1321 No GERS i FSR MmD 7001 PO4 S2 8289705 MV N NC 2212-46 Y No GERS 1/2-8801 Part of ASCO autotransfer swAch panel ; 10-417-i IV 2212-46 Y 444 on cod; no actual nameplete date No GERS i 1/2-8801 Part of ASCO autobeJefer match panel; 10-417-LO 2212-46 Y 444 on ces; no actual nameplete date No GERS OHMITE MFG CO ! 1/24801-EXC 125 VDC, Circuit D-92400 Die 956 ; Appreu MRV (Motor Drive Delo) 57029 NC 2212-46 Y traverse time = 16 sec. No GERS GM Electro 44otrue 3853-0082 41 BY VAPOR 1/2-8801 SDR DMelon CORP Y NO 2212-46 Y 120 VDC,5A, EMD 8370794 No GERS GM Electro 4diative 385M1082-01 BY VAPOR SWGR 18,184C SDR Division CORP Y NO 2212-46 Y 120 VDC, SA, EMD 8370794 No GERS 1/2-8801 Part of ASCO autotransfer ownch panel ; 10-417-SE 2212-46 Y 444 on coE; no actual nameplete date No GERS i SWGR 14-1,1429 199VAC ; Time dial estung = 6 : Cloem0 volts % of 150-DG1 GE lAV51D 12tAV51D1 A N NO 2251-10 Y top = 100 left. O right No GERS SWGR 14-1,1429 181-A This relayle a eutur ;of device 181-CFF i N NO 2251-10 (model812CFF14821 A) No GERS 115VAC, aux ctri ekt 125VDC ; close lost 55, SWGR 14-1,1429 181-CFF close rigM 50 ; no time dial ; Only 4 of 6 mounting GE CFF 12CFF14821A N NO/NC 2251-10 N w InsteNed and 1 of these 4 is not ^,J No GERS Page 9 Of 15
i t EQUG i OUTUERS UNIT 1 AD EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG CORA4ENTS OUTLIER REASON SWGR 14-1,1429 192-OG1 GE ICW 12tCW51A1A N NO 2251-10 Y 120 VAC,3.5A : Time del meltmg = 2.2 No GERS Relay "T is e T.D. relay which appeare to be e
=^- .; of device 181-CFF bened on the SWGR 14-1,1429 T N NO l
2251-10 S/D. No GERS Synchro check reiny ; Range : 120V / 2 (4* - 10') ; The HACR - IV rainy uses en *SCR" rulher than e SWGR 14-1,1429 HACR-IV HACR - IV 2251-112 Y c.;., cordect No GERS EhM1267274,150A DC ; Cell: AC Mig co,14-182 1-8801-EXC 40-OC A8s Chalmero 291M N NO 2251-12 Y 573 No GERS CLASS 1-81101 EXC ER Square D 7001 EMD 8263337FV PO4 N NO 2251-12 Y Type Pod G38263337FV No GERS CLASS Series A; Form EMD 8286738; NEMA elas 2 ; 1-8801-EXC EXC Square D 8504 EQ-1281-G2 N NO 2251-12 Y 196418 A DV; cod:120VDC, S8V2885S1 W2B No GERS CLASS Form EMD 8284295; 708000-A JV ; cod : 120 1-8801-EXC FFC Square D 8504 EQ-1985-G13 N NO 2251-12 Y VDC,7 2885S128 No GERS CLASS Class 7001, Type PO6 ?? G2 (actual type hard to 1-8001 FSR Square D 7001 EMD 8289705FV N NO 2251-12 Y read on nameptete due to much interference) No GERS C1 ASS Class 7001 Type PO6 ?? G2 (actual type hard to 141801-EXC FSR Square D 7001 EMO 8289705FV N NO 2251-12 Y read on nornared= due to mech interference) No GERS CLASS Class 7001 Type PO6 ?? G2 (octual type hard to SWGR 14-1,1429 FSR Square D 7001 EMD 8289705FV Y NC 2251-12 Y read on nameplete due to mech interference) No GERS OHMITE MFG CO 125VDC, Approu troverse time = 18 esc ; cid D-1-8801-EXC MRV (Motor Drive Delo) 57029 N NO 2251-12 Y 92400, dlag 56 No GERS G.M. Elodro. 1-8801 SDR Molive DMeion winnR101 Y NO 2251-12 Y EMD 8370794 ;120V,5A No GERS G.M. Electro-SWGR 19,196A SDR Malhe DMolon w w -01 Y NO 2251-12 Y EMD 8370794 ; 120V,5A No GERS 2A,28VDC or 120VAC ; Not sure how relay (K1) 250VDC is mounted on cid board but board is WM 250VDC CHGR #1 DSH82 SIGMA 70RE22-110DC CHGR#1 mounted to penei. No GERS 250VDC 250VDC CHGR #1 TIMER ZENITH CHGR #1 Y Interval timer , Cet # 1417 ; 15A,120VAC No GERS 2A,28VDC or 120VAC ; Not sure how relay (K1) 250VDC is mounted on cid board but board is WM 250VDC CHGR #1/2 DSHt2 SIGMA 70RE22-110DC CHGR #1/2 mounted to y ;. No GERS Page 10 of 15
m.___._._._- _ - . _ _ _ _ _ . - _ _ - - - - . _ _ _ _ . . _ - - . ~ _ _ _ - - - . - _ . _ - _ - _ _ _ _ _ . _ . _ . - - . - - _ , . _ SQUG ! OUTUERS t
- UNIT 1 AD I EQP.10 CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG CORS4ENTS !
OUTLIER REASON 250VDC ! 250VDC CHGR sil2 TIMER ZENITH CHGR #1/2 Y intervel limer , Cet # 1417 ; ISA,120VAC No GERS 1-1001-29A-MO 10A-K40A GE CR120KT CR120KT01541AA N NO 901-46 Y Base uses F caps to hold in M No GERS 1-1001-298440 10A-K40A GE CR120KT CR120KT01541AA N NO 901-46 Y Bene unos pleene cape to hold in M No GERS i Part of nameplete wee ar*=sy covered but can be enoumed to be conect beood on compadoon to eqecent relays; home unos pimetic cEps to hold in ; 1-1001-18A-MO 10A-K45A GE CR120KT CR120KT01541AA N NO 901-46 Y 9 No GERS Part of nameplete was actuesy covered but can be esoumed to be conect bened on compertson to aq==it relays; beso unos pleetic caps to hold in 1-1001-29A440 10A-K408 GE CR120KT CR120KT01541AA N NO 901-47 Y h. l No GERS Part of nameplete tous actuesy covered but can be , assumed to be corted bened on comporteen to
=q=-it releys; bene uses pleetic cEps to hold in 1-1001-298440 10A-K408 GE CR120KT CR120KT01541AA N NO 901-47 Y h_ No GERS Part of nameplete was eclumsy covered but can be enoumed to be correct bened on comparison to e4ecert relays; bene uses planNc c$s to hold in 1-1001-188440 10A-K458 GE CR120KT CR120KT01541AA N NO 901-47 Y adar= No GERS
, 901-49 ATS LO N NO Port of autotronefer owllch. 901-40 (A03) No GERS 901-49 ATS SE Y NOMC 901-40 (A03) Port of endairenefer endich. No GERS t 901-49 ATS TS Y NO/NC 901-40 (A03) Part of sulairenefer awhch. No GERS 901-49 ATS UV Y NO Part of aidotransfer enlich. 901-49 (A03) No GERS 901-50 ATS IV Y NO 901-50 (A02) Part of sulatronsfer outch. No GERS 902-50 ATS LO N NO 901-50 (A02) Part of aidotransfer swAch. No GERS 901-50 ATS SE Y NOMC 901-50 (A02) Part of endotransfer enlich. No GERS , t 901-50 ATS TS N Part of autotransfer switch. NOMC 901-50 (A02) No GERS MCC 18/1966 ' SWGR 18,1851 81 ABB ITE81 ITE81 N NO ' (D3) Y Cet 422C1276 L, Time dlel sembig = 99 W No GERS MCC 18/19-5 ' SWGR 19,1951 81 ABB ITE81 ITE81 N NO (D3) Y Cet 422C1276-L, Time dial seeing = 99 W No GERS I Page 11 of 15
. . ~ . _ . . _ . _ _ . _ _ _ . . . - . - - ___.--_.-.__._...._m-_._... . _ . _ _ . . _ - . ~ _ . - . , - . . . . . _ - - _ _ - . . - .
SQUG OUTUERS UNIT 1 AD EQP.10 CONTACT MFGR TYPE MODEL ENER NOINC PANEL MTG COMMENTS OUTLIER REASON SWGR 13 SWGR 13,1312 151A GE LAC 51A 12iAC51A101A N NO Y N/A (10) No GERS SWGR 13 SWGR 13,1312 151C GE IAC51A 12 LAC 51A101A N NO Y WA
- (10) No GERS SWGR 13 SWGR 13,1312 151N GE BAC51A 12iAC51A3A N NO Y N/A (10) No GERS SWGR 13 SWGR 13,1312 151A GE LAC 51A 12 TAC 51A101A N NO (3) Y WA No GERS SWGR 13 SWGR 13,1312 151C GE LAC 51A 12 TAC 51A101A N NO (3) Y N/A No GERS SWGR 13 SWGR 13,1312 151N GE LAC 51A 128AC51A3A N NO (3) Y N/A No GERS SWGR 13 10 6 127-B13/1-2 GE BAV80A 12tAV50A1A Y NC (4* Y N/A No GERS SWGR 13 1(1-8801 127-B13/2-3 GE lAVORA 12tAVORA1A Y NC (4) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151A GE BAC51A 12 TAC 51A101A N NO Y N/A (1) No GERS SWGR 13-1 SWGR 13-1,1321 1518 GE BAC51A 121AC51A101A N NO (1) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151C GE LAC 51A 1
- 1AC51A101A N NO Y N/A (1) No GERS SWGR 13-1 1/2-8801 187-OG 1/2 WESTINGHOUSE SA-1 1329D82A01 D Y NO (1) Y 48/125 VDC,5 AMPS No GERS SWGR 13-1 SWGR 131,1321 187-DG 1/2 WESTINGHOUSE SA-1 1329082A01 D N NO (1) Y 48/125 VDC,5 AMPS No GERS SWGR 13-1 SWGR 13-1,1321 52Y N NO/NC (1) Could not vertfy No GERS SWGR 13-1 1/2-8801 127813-1/1-2 GE lAV80A 12iAV50A1A Y NC (2) Y N/A No GERS SWGR 13-1 1/2-8801 127B13-1/2-3 GE lAV80A 121AVeaA1A Y NC (2) Y N/A No GERS SWGR 13-1 1 of 4 acrews is not forquod enough to fiellen SWGR 13-1,1321 150SD 1/211-2 GE IAV50A 12tAV90A1A Y NO (2) N lockweeher No GERS SWGR 13-1 1 of 4 acrews is not torquod enough to lletten SWGR 14-1,1429 150SD 1/2 /1-2 GE IAV90A 12iAve9A1A Y NO (2) N lockweeher No GERS SWGR 13-1 SWGR 13-1,1321 150SD 1/212-3 GE BAV50A 12iAVeeA1A Y NO (2) Y N/A No GERS SWGR 13-1 SWGR 13-1,1323 52Y N NO (4) Could not verify No GERS Page 12 of 15
SQUG ' OUTLIERS UNIT 1 AD EQP.1D CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON SWGR 13-1 SWGR 13-1,1325 150/151A GE LAC 51B 12MC518113A N NO Y N/A (6) No GERS SWGR 13-1 SWGR 13-1,1325 150/151C GE LAC 51B 12 TAC 51B113A N NO Y N/A (6) No GERS SWGR 13-1 SWGR 13-1,1326 52N N NO (7) Could not venfy No GERS SWGR i3-1 SWGR 13,1312 151BLA GE LAC 51A 12 TAC 51A101A N NO Y N/A (8) No GERS SWGR 13-1 SWGR 13-1,1321 151BLA GE LAC 51A 121AC51A101A N NO Y N/A (8) No GERS SWGR 13-1 SWGR 13-1,1327 151BLA GE LAC 51A 121AC51A101A N NO (8) Y N/A No GERS SWGR 13-1 ! SWGR 13,1312 151BLC GE IAC51A 121AC51A101A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151BLC GE LAC 51A 121AC51A101A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1327 151BLC GE LAC 51A 12 TAC 51A101A N NO (8) Y N/A No GERS SWGK 13-1 SWGR 13,1312 151NBL GE LAC 51A 12 TAC 51A3A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1327 151NBL GE LAC 51A 12 TAC 51A3A N NO (8) Y N/A No GERS SWGR 13-1 SWGR 13-1,1321 151NBL GE IAC51A 12 TAC 51A3A N NO Y N/A No GERS (8) SWGR 14 SWGR 14,1410 151A GE LAC 51A 121AC51A101A N NO (13) Y N/A No GERS SWGR 14 SWGR 14,1410 151C GE LAC 51A 12 TAC 51A101A N NO Y N/A No GERS (13) SWGR 14 SWGR 14,1410 151N GE LAC 51A 12 TAC 51A3A N NO (13) Y N/A No GERS SWGR 14 1-8801 127-B1411-2 GE lAVSGA 12tAV89A1A Y NO (5) Y N/A No GERS SWGR 14 1-8801 127-B14/2-3 GE lAV69A 12tAV89A1A Y NO (5) Y N/A No GERS SWGR 14 1-8801 127-B140-2 GE lAV63A 12iAV69A1A Y NO (5) Y N/A No GERS SWGR 14 SWGR 14,1410 151A GE LAC 51A 121AC51 A101 A N NO (6) Y N/A No GERS SWGR 14 SWGR 14,1410 151C GE LAC 51A 12iAC51A101A N NO (6) Y N/A No GERS Page 13 of 15
. - _ . ~ , _.. ~ . ,. - . - .- ~ ~. - -- - - - . - ~.-- - - .. . . - - - - . - - . - . - . . - - . ~ - . . - - . . - - - . . - . . . _ . - . - . .
SQUG OUTUERS UNIT 1 AD EQP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OUTUER REASON SWGR 14 SWGR 14,1410 15fN GE LAC 51A 121AC51A3A N NO Y N/A (6) No GERS SWGR 14-1 SWGR 161,1471 52Y Could not vertry (1) No GERS SWGR 14-1 SWGR 14-t,1429 151A GE IAC51A 121AC51A101A N NO Y N/A (10) No GERS SWGR 14-1 SGR 14-1,1429 1518 GE BAC51A 12 TAC 51A101A N NO Y N/A (10) No GERS SWGR 14-1 SWGR 14-1,1429 151C GE LAC 51A 12 TAC 51A101A N NO Y N/A (10) No GERS SWGR 14-1 SWGR 14-1,1429 187DG1 WESTINGHOUSE SA-1 1329082A01 D Y 48/125 VDC, SA,80 Hz (10) No GERS SWGR 14-1 1-8801 187DG1 WESTINGHOUSE SA-1 1329082A01 D Y NO Y 48/125 VDC,5A,60 Hz (10) No GERS SWGR 14-1 SWGR 14-1,1429 52Y N NO/NC (10) Could not wortfy No GERS SWGR 14-1 SWGR 14-1,1423 150f151A GE LAC 518 121AC518113A N NO Y N/A (3) No GERS SWGR 14-1 SWGR 14-1,1423 150/151C GE IAC51B 12 TAC 518113A N NO Y N/A (3) No GERS - SWGR 14-1 SWGR 14-1,1429 151BL(A) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS SWGR 14-1 l SWGR 14-1,1427 151BL(A) GE BAC51A 128AC51A101A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14,1410 151BL(A) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14-1,1429 151BL(C) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS i SWGR 14-1 SWGR 14,1410 151BL(C) GE BAC51A 121AC51A101A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14-1,1427 151BL(C) GE LAC 51A 12 TAC 51A101A N NO Y N/A (7) No GERS SWGR 141 SWGR 14-1,1429 151NBL GE LAC 51A 12iAC51A3A N NO Y N/A (7) No GERS SWGR 14-1 SWGR 14-1,1427 151NBL GE LAC 51A 12IAC51A3A N NO Y N/A (7) No GERS SWGR 14-1 SWOR 14,1410 151NBL GE LAC 51A 12 TAC 51A3A N NO Y N/A (7) No GERS SWGR 14-1 1-8801 127B14-1/1-2 GE BAV60A 125AV69A1A Y NC Y N/A (9) No GERS Page 14 of 15
SQUG OUTUERS UNIT 1 l EQP.10 AD l CONTACT MFGR TYPE MODEL ENER NO/NC PANEL MTG COMMENTS OURIER REASON 14801 SWGR 1+1 12781+1G-3 GE lAV8EE 121AV8BA1A Y NC ($ Y N/A NoGERS 3}WGR 1+1,1425 SWGR 1+1 150SD1-2 GE BAVOGA 12iAV80A1A Y NO (9) Y N/A _ No GERS SWGR 1+1,1423 SWGR 1+1 1596D1-2 GE BAWIGA 12iAV8kA1A Y NO (9) Y N/A No GERS SWGR 18,1819 SWGR 18 52X N NO/NC (182C) Could not My No GERS SWGR 18,1819 SWGR 18 52Y N NC (182C) Couldnc worify No GERS SWGR 18,1819 SWGR18 52Z [ N NO (182C) Could not verify No GERS SWGR 18,184C 52X SWGR18 (184C) Could not . -:", No GERS SWGR 18,1851 SWGR18 52X N NO (188A) CouM not vertfy , No GERS SWGR 19,1918 SWGR 19 52X N NO/NC (192C) Could not . #, No GERS SWGR 19,1918 SWGR 19 52Y N NC (192C) Could not .-.7, No GERS SWGR 19,1918 SWGR 19 52Z N NO (192C) Could not Ji No GERS SWGR 19,198A SWGR 19 52X Y NO (198A) Condd not vertfy No GERS SWGR 19,198A SWGR 19 52Y N NO/NC (198A) Could not -:^i No GERS 1G4801 SWGR 23 127823f1-2 GE lAVORA 12tAV8eA1A Y NC (10) Y Time dial selling = .9 : No "Hi-G" on device No GERS 1G4801 SWGR 23 127823f2-3 GE lAV894 12MV80A1A Y NC (10) Y Time dial esiling = 1 :No "HLG" on device No GERS 1G-8801 SWGR 23-1 127-1-823-1 GE IAV90A 12tAV8EA1A Y NC (9)- Y Time dial estling = .9 ; No "HkG" on namepiste No GERS 1G4801 SWGR 23-1 127-2-823-1 GE lAV60A 12iAV80A1A Y NC (9) Y Time dial settmg = 1.3 : No "Hi-G" on nameplete No GERS 125 VDC,100A,2W; SER 813478 Y; Moeinc 1G4801 TS some mounting brechets on side of trenefer avech ASCO 908 33 221248 N contact assemedy No GERS, mc60, 1G-5201-SO MCC 28-1A Could not see e namepiste but not ree8y e CR/a (A1) Y contactor Unimown type 1G-572P MCC 28-1 A CR N NO (A2) Y Could not ~ # type 7 of device from walkdoum Unimown type Page 15 of 15
SQUG GUTLIdRS UNIT 2 AD EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON 2-020MA-SO 287-107A GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contacts r =- ry ==r==d=d __ 2420348-RV 287-107A GE HFA151 12HFA151A2H N NO 2202 4 2 Y 125 VDC ,6 NO contads 24203 3C-RV C M ==r== dad 287-107A GE HFA151 12HFA151A2H N NO 2202-32 V 125 VDC ,6 NO contads Capacity ==r== dad 2-0203-3D-RV 287-107A GE HFA151 12HFA151A2H N NO 2202-32 Y 25 VDC ,6 NO contacts - C ; r aur== y dad 24203-3E-RV 287-107A GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contacts r=parmy a=randad 2-020MA-SO 287-1078 GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO conth's r'=paraya.randad 2-020138-RV 287-107B GE HFA151 12HFA151A2H N NO 22024 2 Y 125 VDC ,6 NO contacts -- ry ==r== dad 2-0133-3C-RV 287-1078 GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contads r = = ry spe==aad 2-020MO-RV 287-1078 GE HFA151 12HFA151A2H N NO 2202-32 Y 125 VDC ,6 NO contacts C = 2 ==r== dad 2-0203-3E-RV 287-1078 GE HFA151 12HFA151A2H N NO 22u2-32 Y 125 VDC ,6 NO contacts P - r y ==r== dad i 125 VDC, part of namepiste was actuesy covered but can be assunwi to be corred 2-020MA-SO 287-114A GE HGA11 12HGA11J52 N NO 2202-32 Y h==ad on w..,, ;.un to = --a C,;. r+- rp == rand =d 125 VDC, part of nameptete was art =8y 1 covered but een be assumed to be correct 2-0203-38-RV 287-1148 GE HGA11 12HGA11J52 N NO 2202-32 Y bened on camperison to =diacant releys. CM ==rmadad 125 VDC, part of namepiste was actuesy conrad but can be assumed 1o be correct 2-0203-3C-RV 287-114C GE HGA11 12HGA11J52 N NO 2202-32 Y ha==d on w,g,-,,6 to 1'r---e relays. F_ Oy egnW 125 VDC, part of nomepiste was edumpy covered but can be assumed to be correct 2-020MD-RV 287-114D GE HGA11 12HGA11J52 N NO 2202-32 Y ha==d on -., ;--n to '= =-a ri,;. c = = ry ==r== dad 125 VDC, part of nameplete was actumpy covered but can be assumed to be correct 24203-3E-RV 287-114E GE HGA11 12HGA11J52 N 2202-32 Y 88 0 h==ad on compenson to =%-a c,;. C- ryeuceeded 125 VDC, part of namepiste was actueNy covered but can be assumed to be correct 2-0203-38-RV 287-1158 GE HGA11 12HGA11J52 Y NO 2202-32 Y bened on w.gi un to "---a 7x,_. r . -- ry exceeded 125 VDC, part of narry plate was actuelha covered but can be a'amed to be corred 3-0203-3C-RV 287-115C GE HGA11 12HGA11J52 Y N3 2202-32 Y based on w.w;.un to ='==a relays C-.-. p exceeded Page 1 of 14
- ...--&u..._. . - -.. _ - _ _ ~ - ...- - - ... - .. - _. _ - - -. - .. - . -. - - ..~ - .-. - - . - ..... _ -. - ... - - - -- .
i I SQUG OUTLIERS UNIT 2 AD EOP.lO CONTACT MFGR TYPE MODEL ENERG NOMC PANEL MTG COMdENTS OUTUER REASON 125 VDC, part of nameplete was edun8y t covered tw can be monumed to be certem 24203 3D.RV 287-1150 GE HGA11 12HGA11J52 Y NO 2202-32 Y bened on _ _ _, to agecord ruleys. eM M 125 VDC, part of nameplete wee edue8y covered bd een be eseumed to be cerved 1 24203 3E-RV !287-115E GE HGA11 12HGA11J52 Y NO 2202-32 Y bened on -:- - _.. to e4ecent releye. Capac8y ==a== dad 125 VDC , plupet type relay held on by 24203 38-RV 287-1228 AGASTAT EGPO EGPOOO3 N NO 2202-32 Y sirup e M eeceeded 125 VDC , pluqNn type relay held on by 2-0203 3C-RV 287-122C AGASTAT EGPD EGP0003 N NO 2202-32 Y step e* ==r==d=d 125 VDC , pluGM type relay held on by 24203 38-HV 287-1238 AGASTAT EGPD EGPD003 N NO 2202-32 Y strup eM ==== dad 125 VDC , pluqNn type relay held on by 24203JC-RV 287-123C AGASTAT EGPO EGPOOO3 N NO 2202-32 Y strup e----ah ==a==d=d SWGR 23-1,2321 181Y GE HFA151 12HFA151A2H N NO/NC 2212-45 Y 125 VDC ,3 NO / 3 NC e M ==a==d=4 SWGR 23-1,2329 181Y GE HFA151 12HFA151A2H N NOMIC 2212-45 Y 125 VDC ,3 NO / 3 NC e M ==a==d=d SWGR 33-1,2321 27x i u-13-1 AGASTAT ETR ETR14038 N NO 2251-88 Y 125VDC, Timing .55-15 eec eM e Could only werWy that t was en HFA type relay Int the model # was covered ; 3 NO / SWGR 24-1,2421 181Y-DG2 GE HFA51 12HFA51A42H N NOMC 2252-10 Y 3 NC ,125 VDC SWGR 23-1,2329 eM - axi D-23-1 AGASTAT ETR ETR14D38 2252-88 Y 125VDC Timkig .55-15 eec eM e , Cet 411T4375-L-HF-DP Time del asen0 2-8001 127-3-824-1 A88 ITE27 ITE-27N N NO 2252 4 7 Y =5 c----a= ====d=d
' Cet 411T4375-L-HF-OP, Time del seung i 24801 127-4-824 1 A88 ITE27 ITE-27N N NO 22524 7 Y =5 2 C M a=rmad=d ;
SWGR 24-1,2421 2ixTu-24-1 AGASTAT ETR ETR14038 N NO 2252 47 Y 125VDC, Toning .55-15 sec
' e M a=r=ad=d ,
24001 427Y1-24-1 AGASTAT EGPO EGPO N NO 2252 4 7 Y 24001 125VDC eM a===d=d 45GX1-24-1 AGASTAT EGPO 'GPD c Y NO 22524 7 Y 125VDC c----'h* ==a== dad 24001 TDR 24-1 AGASTAT CTR ETR1403N N NO 22524 7 Y 125VDC, Timing 1-30 min e M ==a== dad SWGR 23-1,2329 1430-108A GE HFA151 12HFA151A2H N NOlNC 901-32 Y 125 VDC,4NO / 2NC eM ==r==d=d Reisy labeled as "R10738" In panel rester [ 2 0203-3A-SO R20738 GE CR12080 CR12080020 N NO 902-32 Y then "R20738" C M esoseded l Relay labeled as "R10738" In panel rusier ! 24203 38-RV R20738 GE CR12000 CR12080020 N NO 902-32 Y then *R20738" e M eeconded [ Refer I=halad as "R10738"in pensi rulher
- 24203,3C-RV R20738 GE CR12080 CR12080020 N NO 902-32 Y than *R20738" Capocay ==== dad I Page 2 of 14 I r
t
l SQUG I OUTLIERS UNIT 2 t . AD EOP.1D CONTACT MFGR TYPE MODEL ENERG NOINC PANEL MTG CORAAENTS OU* LIER REASON Reiny es"R10738"in pensiralhar 2-0203-30-RV R20738 GE CR12080 CR1208D020 N NO 902-32 Y then *R20738" eM ====ense Relay lobaind as "R1073tr in panel refier 5 2-0203,3E-RV R20738 GE CR12080 CR12080020 l' l N NO 902-32 Y then "R20736" Capocmy ====enst 2-8801 1430-1268 GE HFA151 12HFA151A2H N NC 902-33 Y 125 VDC,4 NO / 2 NC e M ====seme SWGR 23,2310 ATIR GE HFA151 12HFA151A2H 902-8 Y 125 VDC,6 NO cortects Capocay =====ense Could not remove cover to ese nomepiste but model e can be soeumed to be correct beood on viousi compenson to HEA roter SWGR 23-1,2329 186-DG 1/2 GE HEA618 12HEA618235 N NO Y in SWGR 14, cah 13. SWGR 13-1 (1) CM m===8=st SWGR 23-1,2321 127813-1X2 GE HFA151 12HFA151A2H N NO SWGR 13-1 (2) Y 125 VDC,6 NO conteds eM ==== sense SWGR 23-1,2329 150 SO 1/2X3 GE HFA151 12HFA151A2H Y NO SWGR 13-1 (2) Y 125 VDC,6 NO conteds rafnemy - SWGR 28,284C 227-818X3 GE HFA151 12HFA151A2H N NO SWGR 18 (182A) Y 125VDC,4 NO / 2 NC rapar*y ====e=8 Could not remove cover to eso nomepiste but model e can be soeumed to be correct bened on visual comparison to HEA relay SWGR 23,2301 186-2301 GE HEA818 12HEA618235 N NO/NC SWGR 23 (1) Y in SWGR 14, cub 13. eM ====ame Could not remove cover to one nomspiste but enodal e can be assumed to be correct bened on visual mmperican to HEA relay SWGR 23-1,2323 186-2301 GE HEA618 12HEA618235 N NOINC SWGR 23 (1) Y in SWGR 14, cub 13. cap = ray ====*=8 SWGR 23,2301 127-823X2 GE HFA151 12HFA151A2H N NO SWGR 23 (10) Y 125 VDC ,6 NO contacts caparay on sense condd not remove cover to see nameplete but modele can be assumed to be corred bened on vieusi comparison to HEA relay SWGR 23,2301 186-2310 GE HEA618 12HEA618235 N NO/NC SWGR 23 (11) Y in SWGR 14, cub 13. C M = ,.me-a Coukt not remove cover to see namepaste but modet s can be mesumed to be corred bened on visual commerison to HEA relay SWGR 23,2301 186-2304 GE HEA618 12HEA618235 N NOtNC SWGR 23 (4) Y in SWGR 14, cub 13. r= par *y a-==ame 4 i Page 3 of 14
SQUG OUTUERS UNIT 2 AD EQP.lO CONTACT MFGR TYPE W3 DEL ENERG NO/NC PANEL MTG COtWENTS OUTLIER REASON a Couki not remove cover to see nameplete but model # can be ameumed to be correct bened on vleuel comparison to HEA relay SWGR 23,2301 186-2323 GE HEA618 12HEA618235 N NOtNC SWGR 23-1 (3) Y in SWGR 14, cub 13. P M exceeded Could not remove cover to ese nameptete but model # con be eseumed to be correct bened on visual comperleon to HEA relay SWGR 23-1,2323 186-2323 GE HEA618 12HEA618235 N NC Y e SWGR 23-1 (3) in SWGR 14, cub 13. 9-Could not remove cover tr ese nameplete but model # can be assumed to be correct bened on vleuel compertson to HEA relay SWGR 23-1,2329 186-2323 GE HEA618 12HEA618235 N NO/NC SWGR 23-1 (3) Y m SWGR 14, cie 13. e- - ; - SWGR 23-1,2329 127-823-1X2 GE HFA151 12HFA151A2H Y 125VDC,6 NO contecas SWGR 23-1 (9) c= - 9 exceeded SWGR 23,2301 127-823-1X3 GE HFA151 12HFA151A2H Y NO 125VDC,5 NO /1 NC e SWGR 23-1 (9) Y i exceeded Condd not remove cover to see nemarden but model # con be soeumed to be correct ' bened on visual comperleon to HEA relay SWGR 24,2413 186-2410 GE 2-8001 127-824X1 GE HEA618 12HEA618235 HFA151 12HFA151A2H N NO/NC SWGR 24(10) Y in SWGR 14, cub 13. e. 9 esoseded 1 N NO SWGR 24 (11) Y 125 VDC ,6 NO conende e S emoseded SWGR 24,2413 127-824X3 GE HFA151 12HFA151A2H N NO Y 125 VDC ,5 NO /1 NC e-- SWGR 24(11) 1
% exceeded 24801 127-824X3 GE HFA151 12HFA151A2H N NO Y 125 VDC ,5 NO /1 NC i
SWGR 24 (11) eM M Could not remove cover to see namepense but model e can be mesumed to be correct ' beood on visual comparison to HEA relay SWGR 24-1,2423 186-2413 GE HEA618 12HEA618235 N NOINC SWGR 24(14) Y in SWGR 14, cub 13. PM M Could not remove cover to na namepines but model # can be eseumed to be correct bened on visual comperleon to HEA relay SWGR 24,2413 186-2413 GE HEA618 12HEA618235 N NO/NC SWGR 24 (14) Y in SWGR 14, cub 13. e M exceeded Page 4 of 14
t i SQUG OUTUERS i UNIT 2 AD , EQP. lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG CORAAENTS OUTUER REASON Could not remove cover to see namepseen
! but modelS can be esoumed to be conect booed on visual comporteen to HEA relay i SWGR 24,2413 186-2403 GE HEA618 12HEA618235 N NO/NC SWGR 24 (3) Y in SWGR 14, cub 13. e. ri ===aded Could not remove cover to see nameplete but model # can be soeumed to be coned bened on whuel comparison to HEA relay 24001 186-DG2 GE HEA618 12HEA618235 ft N NC SWGR 24-1 (1) Y in SWGR 14, cub 13. e. "
;amoseded Could not remove cover to see nameplete but model # can be soeumed to be correct .
cased on visual compartoon to HEA relay SWGR 24-1,2421 186-DG2 GE ; SWGR 24-1,2421 ASR-2 GE HEA618 12HEA618235 HGA11 12HGA11J52 N Y NO/NC SWGR 24-1 (1) NC Y in SWGR 14, cub 13. c. riexceeded i SWGR 24-1 (1) Y 125VDC e siexceeded 24801 127-8241X1 GE HFA151 12HFA151A2H N NO Y 125 VDC ,5 NO I 1 NC e SWGR 241 (2) 2; exceeded , SWGR 24,2413 127-824-1X2 GE 24001 1278241X3 GE HFA151 12HFA151A2H HFA151 12HFA151A2H SWGR 24-1 (2) Y 125VDC,5 NOI1 NC e. 9 exceeded SWGR 24-1,2421 150SO2X3 GE HFA151 12HFA151A2H N NO SWGR 24-1 (2) Y 125 VDC ,5 NOI1 NC e. 2; exceeded Y NO SWGR 24-1 (2) Y 125 VDC ,4 NO 12 NC c - ri M , Condd not remove cover to see nameplete I tmA model # con be eseumed to be correct i booed on visual compartoon to HEA relay l SWGR 24,2413 186-2423 GE HEA618 12HEA6tB235 N NC SWGR 24-1 (4) Y in SWGR 14, ab 13. e. riencoeded l Could not remove cover to see nameplete but model # can be eseumed to be correct bened on visual compenson to HEA ruimy SWGR 24-1,2421 186-2423 GE HEA618 12HEA618235 N NO/NC SWGR 24-1 (4) Y in SWGR 14, cub 13_ e. r;emmedad t I Could not remove cover to see nemaphe. but model 8 can be amoumed to be correct ' beood on visual compartoon to HEA ruimy SWGR 24-1,2423 186-2423 GE HEA618 12HEA61P.235 N NO/NC SWGR 24-1 (4) Y in SWGR 14, cd 13. I SWGR 26,2851 e .- ri==r== dad TDOD AGASTAT 7022 E7022ADC03 Y- NC SWGR 29 (292A) 120VAC. Timing 5-50 sec c-SWGR 29,2951 riexceeded TDOO 7022 E7022A[FJ3 AGASTAT ' Y NC 120VAC, Timing 5-50 sec SWGR 29 (292A) eM exceeded Capacity margineBy SWGR 28,2851 CR298 GE HFA151 12HFA151A2H N NO/NC MCC 28/29-5 (D3) Y 125VDC,5 NO I1 NC em c t Page 5 of 14
. e m _ . . . - . _ _ _ _ _.__._m..~, _ _ - . _ _ _ _ - _ - - _ . - _ . ~ . . . . _ _ . . - . - _ - - . _ . . . - - - . _ _ . - - - - _ . _ - _ _ -
l SQUG i OUTLIERS i UNIT 2 i AD EQP.ID CONTACT MFGR TYPE MODEL ENERG NO4fC PANEL MTG COW 4ENTS OUTLIER REASON t SWGR 29,2951 CR298 GE Capacey tughegy 4 HFA151 12HFA151A2H N NO/NC MCC 28/295 (D3) Y 125VDC,5 NO /1 NC 6 EWier GERS dern No hme dial vieRde, W es *150N" si apply orcoquecay SWGR 241,2427 151N GE PJC11 PJC11AV N NO i SWGR 24-1 (8) Y SWGR eeceeded - SWGR 23-1,2327 151N If GERS apply, GE PJC11 12PJC11AV1A N NO SWGR 23-1 (7) Y No time dial winitdo , No "Hi-G" on device aspecay escended I NEMA 4, minemg 1 bot & therefore en 2-1001-28A-MO R MCC 28/29-5(C1) N oulter m.;;., only
- {
SWGR 28,284C Cordector style : 2045A41 G ; Mach style : ! 1/2 m WESTINGHOUSE GCA GCA 530 N NO 2251-100 Y 2050A15G, NEMA SIZE 5 ' NEMA 5 SWGR 28,284C Contactor style : 2045A40G ; Mach style : 1/2-3003-3 Nib WESTINGHOUSE GCA GCA 530 N NC 2251-100 Y 2050A15G, NEMA SIZE 5 NEMA 5 :
}
4 ! The model8 sheen was W on j nameplate t'ahusen ;, A & 3N on W SWGR 29,298A in panel ; NEMA eine 5 ; contactor style 2-3003 3A WESTINGHOUSE A211M5 N NO 2252-08 Y 2045A40G ; moch style 2050A15G NEMA 5 The model# shoum woe W en namepiste behusen 3A & 3N on P l SWGR 29,298A in panel; NEMA eles 5 ;cors=r*w eiyte 2-3003-3Alb WESTINGHOUSE A211M5 N NC 22S2-08 Y 2045A40G ; mech style 2050A15G NEMA 5 The modele shoum was W on ! nameplete behusen 3A & 3N on hac6 ream l SWGR 29,298A in panel ; NEMA seen 5 ; contactor style 2-3003-3N WESTINGHOUSE A211M5 Y NO 2252-08 Y 2045A40G ; moch style 2050A150 NEMA 5 ; The model# shoum was lame. nomepiste behusen 3A & 3N on hereyme. SWGR 29,298A in panel ; NEMA size 5 ; coniector style 2-3003-3N/b WESTINGHOUSE A211K5 - Y NC 2252-98 Y 2045A40G ; much style 2050A15G NEMA 5 SWGR 28,284C _ 227-2-818 GE '.AVUSA 120AV60A1A Y NO SWGR 18(182A) Y Time died esen0 = .9; No "Hi-G" No % G" SWGR 23,2301 Tone dlel aseng = 1.5 ; No "HLG"on 187BTA GE L!CS3C 12tJD53C11A N NO SWGR 23 (1) Y device. No "Hi-G" SWGR 23-1,2323 Time dial somng = 1.5 ; No"HLG" on 187BTA GE UD53C 12WD53C11A N NO SWGR 23(1) Y device. No % G" Page 6 of 14 >
SQUG OUTLIERS UNIT 2 i I t AD i EQP.ID CONTACT MFGR TYPE MODEL ENERG NOINC PANEL MTG COMMENTS OUTUER REASON i i SWGR 24-1,2423 187BTA GE UD53C 12WD53C11A N NO SWGR 24 (14) Y Tsne del seeng = 1.1, No *Hi-G* en device No"HLG" i SWGR 24,2413 187BTA GE UD53C 120D53C11A N NO SWGR 24 (14) Y Time del seeng = 1.1, No "HLG* on device No"HLG" SWGR 28,284C 227-1-B18 GE . lAVeeA 12tAVUSA1A Y NO N Time dini setting = .8; No"HM3* SWGR 18 (182A) No "HkG", - n 2, ; SWGR 23,2301 No"HLG", Wne del ; 187BTB GE UD53C 12WD53C11 A N NO SWGR 23 (1) Y Tune del seeng = .9 ; No "HM3" on device. eseng <1 l SWGR 23-1,2323 No"HLG", tne del { l 187BTB GE UD53C 12UD53C11A N NO Y SWGR 23 (1) Time dial seeing = .9 ; No "HLG" on device. __:~. ,<1 SWGR 23,2301 No"HkG", tne del i 187BTC GE UD53C 12WD53C11 A N NO Y SWGR 23 (1) Time dial ammng = .7 ; No "Hi-G* on device. seung *1 i SWGR 23-1,2323 No hug ..no d.
- 187BTC GE UD53C 12WD53C11 A N NO SWGR 23 (1) Y Time del aseng = .7
- No "Hi-G" on device. seWng <1 j l SWGR 24-1,2423 No"HM3", time del l 187BTB GE UD53C 12WD53C11 A N NO Y SWGR 24 (14) Time dimi seeng = .7, No "Hi-G" on device esen0 *1
[* SWGR R4,2413 No"HM3*,Ilme del 187BTB GE UD53C 12WD53C11A N NO SWGR 24 (14) Y Time dimi eseng = .7, No "Hi-G" on device samh8 *1 l SWGR 24-1,2423 No "HH3", Wne dei ! 187BTC GE UDSC 12WD53C11 A N NO SWGR 24(14) Y Time dimi eseng = .8, No "Hi-G" on device seung <1 SWGR 24,2413 No "Hi-G",8me del 187BTC GE UD53C 12WD53C11A N NO SWGR 24 (14) Y Time dimi eseng = .8, No "Hi-G"on device eseng <1 [ 2A,28VDC or 120VAC ;Not sure how relay 125VDC CHGR 82 (K1)le mounted on cid board ind board is DSHS2 SIGMA 70RE22-110DC ; 125VDC CHGR 82 ' * ', mourced to i :. No GERS :
?
Power Conversion E15450, A2331A1, LR6438, ' 125VDC CHGR 82 TCJER Produde CP30078, 12-WAV 125VDC CHGR #2 Y 120 VAC,1 A10 RPH No GERS i 115 VDC, Not sure how relay is mounted on ' 125VDC CHGR #2A DSH-HVS AMF cid board tmd board is WM mounted R10-E2-Y2-V15.0K 125VDC CHGR 82A to panel. No GERS + l Power Comersion E15450, A2331 A1, LR6438, , 125VDC CHGR 82A TIMER Products CP30078 12-WAV 125VDC CHGR 82A Y 120 VAC,1 A10 RPH No GERS 10203 3A-SO CR Ward Leonard Elec 130-442t' 2202-5 Y NO GERS 2-O'E18-RV CR Ward Leonard Elec 130-4420 2202-5 Y NO GERS Page 7 of 14
t i SQUG ' OUTLIERS i UNIT 2 ! 1 , AD . EQP.1D CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COW 4ENTS OUTUER REASON f f 24203-3C-RV CR Ward Leonard Elec 130-4420 2202-5 Y NO GERS ; Relay is adequeenly mounted on bou tzd 1 f 24203-30-RV CR Ward Leonard Elec 13(M420 2202-5 N NO GERS of 4 bow mounhn0 screws to missin0 l Reieris =*=tM mounted on box but 1 2-0203-3E-RV CR Word Leonard Elec 13(M420 2202-5 N of 4 bou moureng screws le mimeing NO GERS [ 2-8801 US 24263-72A YARWAY 4418C 2202-5 Y NO GERS 2-2301-3440 LIS 24263-72A YARWAY 4418C 2202-5 Y NO GERS ' 2-130141440 LIS 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS i US2 Y NO GE 2-1001-36A440 US 2-02EE72A YARWAY 4418C 2202-5 Y NO GERS 2-1001-368440 US 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS SWGR 23-1,2324 US 2-0263-72A YARWAY 4418C 2202-5 Y [ NO GERS ; SWGR 23-1,2326 US 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS I SWGR 24-1,2424 US 2-0263-72A YARWAY 4448C 2202-5 Y NO GERS ! SWGR 24-1,2426 US 2-0263-72A YARWAY 4418C 2202-5 Y NO GERS 3-8001 LIS 2-0263-72C YARWAY 4418C 2202-5 Y NO GERS 2-8001 US 2-0263-728 YARWAY 4418C 22024 Y NO GERS ; 2-2301-3440 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS ! 2-1301 41440 US 24263-728 YARWAY 4418C 2202 4 Y NO GERS 3-1001-34A-MO US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS
- 2-1001-348440 LIS 2-0263-72B YARWAY 4418C 2202 4 Y NO GERS f 3-1001-36A440 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS i 2-1001-388440 US 2-C263-728 YARWAY 4418C 2202 4 Y NO GERS I SWGR 23-1,2324 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS i SWGR 23-1,2326 US 2-0263-728 YARWAY 4418C 22024 Y NO GERS SWGR 24-1,2424 LIS 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS SWGR 24-1,2426 US 2-0263-728 YARWAY 4418C 2202 4 Y NO GERS t 2-8801 US 2-0263-720 YARWAY 4418C 2202 4 Y I NO GERS 2-1001-29A440 dPIS 2-26134C BARTON 288 288 2202-7 Y NO GERS 2-1001 #98440 dPIS 2-261-34C BARTON 288 288 2202-7 Y NO GERS i 2-1001-29A-MO dPts 2-261-340 BARTON 288 288 2202 4 Y NO GERS I 2-1001-298440 dPIS 2-261-34D BARTON 288 286 22024 Y NO GERS HACR-IV (syncro<: heck '
SWGR 23-1,2321 HACR-IV reley) N NO 2212-123 Y Range 120V/ t (4*.10") No GERS Page 8 of 14 l l
_ . _m._ . _ _ _ _ -. _ _ _ _ _ _ . . _ . - _ . _ . _ _ ___ . _ - . . . _ . - - _ _ . _ . _ _ . _ _ _ - . _ _ t t l i SQUG- ! OUTUERS [ UNIT 2 [ AD l y EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COAS4ENTS OUTLIER REASON { HACR-IV (synen>< heck ! SWGR 23-1,2329 HACR-IV reley) N NO 2212-123 Y Ren0s 120V / t (4* - 10*) No GERS f Classig volts % of top : let 100, rigit 0 ; i SWGR 23-1,2321 15dM)G 1/2 GE lAV51D 12iAV51D1 A N NO 2212-45 Y 199VAC , Time diel esteng = 5.9 NO GERS [ Close leR SS Close right 50 ;115 VAC ; l 4 Ator control is 125VDC ; 1 of 6 mounding SWGR 23-1,2321 181-CFF GE CFF 12CFF1621A Y NOINC 2212 4 N screws is loose. NO GERS Close let SS, close right 59 ;115 VAC ; Aux controlis 125VDC ;1 of 6 mounding SWGR 23-1,2329 181-CFF GE CFF 12CFF1621A Y NO/NC 2212-45 N acrews is loose. NO GERS This relay is e d _r _T of device j SWGR 23-1,2321 181A GE CFF N NO 2212 4 181-CFF (model812CFF14821 A) NO GERS . f 1 This relay is e out> component of device SWGR 23-1,2329 181A GE CFF *4 NO 2212-46 181-CFF (model812CFF1421 A) NO GERS , 120 VAC,3.5A , T.D. selling = 2.6 ; pick-up
- SWGR 23-1,2321 192-DG 1/2 GE ICW51A 12iCW51A1A N NO 2212-45 Y 15N10 NO GERS !
Relay T is a T.D. relay which appears to he a ^ . / of device 181-CFF t SWGR 23-1,2321 T GE CFF N NO 2212 4 bened on Die S/D. NO GERS i Relay T is a T.D. relay vdiidi appears to j be a subcomponent of device 181-CFF l SWGR 23-1,2329 T GE CFF N NO 2212-45 bened on the S/D. NO GERS SWGR 23-1,2329 FSR SQUARE D PO4 S2 8289705 MV N NC 2212-48 Y Ct. ASS 7001 NO GERS [ 199 VAC,ciocing vats % of top leR 100 i right_; Time dies esen0 = 6 ; No"HM3" : SWGR 24-1,2421 15dM)G2 GE lAV51D 12tAV51D1A ' N NO 2252-10 Y en device. NO GERS 115VAC, eiet cart circuts 125VDC ; Close l SWGR 24-1,2421 181-CFF GE CFF 12CFF14821A Y NO/NC 2252-10 Y left 56, cdose rigM 59. NO GERS This relay is e out>aenpanent of device , SWGR 24-1,2421 181A GE CFF N NO 2252-10 181-CFF (model 812CFF14821 A) NO GERS i l
! 120VAC,3.5A ; Pick-up 15/80 ; Phase f Wells 3 ; Time dlel selling = 2.1 ; No "Hi-G" SWGR 24-1,2421 192-DG2 GE ICW51A 121CW51A1A N NO 2252-10 Y en device. NO GERS Relay T is a T.D. relay which appears to ;
be e =dwvunpanent of device 181-CFF ; SWGR 24-1,2421 T GE CFF N NO 2252-10 bened on the S/D. NO GERS Page 9 Of 14 1
_m--._..__-.__._m.__. . - _ _ - ~ _ . _ _ _ - - - - . - . - - . . _ _ - - _ . _ - - - - - . . . . . - - - - _ . - _ _ _ - _ - _ . - - - - _ . . _ - _ _ _ _ . e i SQUG ' OUTUERS UNIT 2 AD EQP.lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COW 4ENTS OUTUER REASON ' Range :120V; The HACR -IV relay uses an "SCR" rather then a relay contact ; The panel # is not posited on 2252-112 had SWGR 24-1,2421 HACR-IV HACR -IV 2252-112 Y " SYN REL CAB"is. No GERS t ALLIS-
"t-8001-EXC 40-OC CHA1AERS 298-A N NO 2252-12 Y EM-8267274: CoE :14182578,1504 DC NO GERS 2-8001-EXC ER SQUARE-D PO S2 8289705 LV N NO 2252-12 Y NO GERS ,
Cines 8504, Sertos A ; EMD 8288736 709896 8 LV; NEMA aies 2 ; Upper rigM i hand bon (1 of 4) on enounting plate appears ' 2-8001-EXC EXC SQUARE-D EQ-1281-G2 N NO 2252-12 N to be loose. NO C-ERS Cines 8504 ; EMD 8284295,708810 A 2-8001-EXC FFC SQUARE-D EO-1985-G13 N NO 2252-12 Y MV NO GERS 2-8801 FSR SQUARE-D PO4 S3 8263337 LV N NO 2252-12 Y NO GERS 2-8001-EXC FSR SQUARE-D PO4 S3 8263337 LV N NO 2252-12 Y NO GERS SWGR 24-1,2421 FSR SQUARE-0 PO4 S3 8263337 LV Y NC 2252-12 Y NO GERS OlesTE Msg Co- 125VDC; Approu traverse time = 16 sec ; 2-8001-EXC . MRV Motor Delve Date 57029 NC 2252-12 Y cM D92400 r" __- n 56 NO GERS G.M. Electro-2-8801 SDR Mollwe DMelon 3m Inna?-01 Y NO 2252-17 Y 120VDC,5A ; EMD 8370794 NO GERS G.M. Electro-SWGR 29,296A SDR Motive DMalon 'e m
- ma?-01 Y NO 2252-12 Y 120VDC, SA ; EMD 8370794 NO GERS 902-50 ATS IV Y NO 901-50 (A02) Part of autotransfer swech. NO GERS 902-50 ATS LO N NO 901-50 (A02) Part of andotransfer owAch. NO GERS 902-50 ATS SE Y NO/NC 901-50 (A02) Part of autotransfer swech. NO GERS 902-50 ATS TS N NO/NC 901-50 (A02) Part of autotransfer swech. NO GERS 2-1001-29A440 104-K40A GE CR120KT CR120KT01541AA N NO 902-46 Y Plug-in mos L6 on pensac strtp No GERS 2-1001-298440 104-K40A GE CR120KT CR120KT01541AA N NO 902-46 Y P4 5 mc--C.,, on pleetic strip No GERS 1 2-1001-18A-MO 10A-K45A GE CR120KT CR120KT02241AA N NO 902-46 Y 125 VDC, P4 5 me: -0,,, on pamune sertp No GERS 2-1001-29A440 104-K408 GE CR120KT CR120KT01941AA N NO 902-47 Y P4 5 moi.-L~s on poemsw senp No GERS 2-1001-29044O 10A-K408 GE CR120KT CR120KT01941AA N NO 902-47 Y PlugHn tr::: -As on pammer strip No GERS 2-1001-188440 10A-K458 GE CR120KT CR120KTD1941AA N NO 902-47 Y 125 VDC, Plug-in =, -06 on plastic strip No GERS 902-49 ATS LO N NO 902-49 Part of autotransfer swech. NO GERS 902-49 ATS SE Y NO/NC 902-40 Part of atAotransfer swech. f40 GERS 902-49 ATS TS Y NO/NC 902-40 Part of autotransfer swech. ,NO GERS 902-49 ATS UV Y NO 902-40 Part of autotransfer swech. lNO GERS Page 10 of 14 i
a SQUG OUTUERS UNIT 2 ' AD
- EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON
, SWOR 28,2851 81 ABB ITE81 !TE-81 N NO MCC 28/29 5 (03) Y Cet 422C12761, Time dial est et 90 cyedes NO GERS SWGR 29,2951 81 ABB ITE81 ITE-81 N NO MCC 28/2S5 (D3) Y Cet 422C1276.t., Time dial set et 99 cycles NO GERS SWGR 23-1,2321 151C GE LAC 51A 12 TAC 51A101A N NO SWGR 13-1 (1) Y N/A NO GERS 1 of 4 acrews is not lorquod enough to l SWGR 23-1,2329 150 SD 1/2/1-2 GE lAV90A 12iAV80A1A Y NO SWGR 13-1 (2) N flanerilockwooher NO GERS SWGR 23-1,2329 150 SD 1/2/24 GE lAVODA 12tAV8DA1A Y NO SWGR 13-1 (2) Y N/A NO GERS Time dial selling = 3.5, No"HiG" on !* SWGR 23,2301 151A GE IAC51A 12iAC51A101A N NO SWGR 23 (11) Y device. NO GERS Time dial aseng = 3.5, No "Hi-G" on SWGR 23,2301 151C GE BAC51A 128AC51A101A N NO SWGR 23 (11) Y devia. NO GERS , Time samt esiling = 3.8, No *Hi-G" on ! SWGR 23,2301 151N GE IAC51A 128AC51A3A N NO SWGR 23 (11) Y device. Leheted as"150N* st SWGR. NO GERS ! Time dlel somng = 3.5, No "HM3" on i
- SWGR 23,2301 151A GE 1AC51A 12 TAC 51A101A N NO SWGR 23 (4) Y device. NO GERS Time dial seeng = 3.5, No"Hi G" on SWGR 23,2301. 151C GE BAC51A 121AC51A101A N NO SWGR 23 (#) Y device. NO GERS Time taal seens = 3.5, No"Hi-G" on SWGR 23,2301 151N GE LAC 51A 128AC51A3A N NO SWGR 23 (4) Y device. I sheted gg "150N" at SWGR. NO GERS SWGR 23-1,2329 151A GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (10) Y Time dial seeing = 3, No "HM3" on device NO GERS SWGR 23-1,2329 1518 GE IAC51A 12iAC51A101A N NO SWGR 23-1 (10) Y Time dial seeing = 3, No "HM3" on device NO GERS SWGR 23-1,2329 151C GE IAC51A 12iAC51A101A N NO SWGR 23-1 (10) Y Time dial seWng = 3, No "HM3" on device NO GERS SWGR 23-1,2329 52Y N NOINC SWGR 23-1 (10) Could not verify No GERS Time dial eMiing = 3.5, No "HM3* on SWGR 23,2301 151BLA GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (3) Y device NO GERS
, Time dial seeng = 3.5, No"Hi-G"on SWGR 23-1,2323 1518!* GE IAC51A 12 TAC 51A101A N NO SWGR 231 (3) Y device NO GERS Trne dial seen0 = 3.5, No "Hi G"on SWGR 23-1,2329 151BLA GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (3) Y device NO GERS Time dial seWng = 3.5, No"Hi-G"on ' SWGR 23,2301 151BLC GE LAC 51A 12iAC51A101A N NO SWGR 23-1 (3) Y devim NO GERS Time dial seeing = 3.5, No"HM3" on SWGR 23-1,2323 151BLC GE LAC 51A 12 TAC 51A101A N NO SWGR 23-1 (3) Y device NO GERS Time dial seWng = 3.5, No"HM3"on SWGR 23-1,2329 151BLC GE LAC 51% 121AC51A101A N NO SWGR 23-1 (3) Y device NO GERS Page 11 of 14
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. _ ~ . .- _ --- __ .. ~ _ . - . . - . _ ~ - - - - - _ - . . . _ - ~ . _ . . - - n. -
SQUG OUTLIERS UNIT 2 AD EQP.10 CONTACT MFGR WPE MODEL ENERG NO/NC PANEL MTG COhWENTS OUTLIER REASON Time dial setting = 3.5, No"HM3" on SWGR 23,2301 151NBL GE IAC51A 12 TAC 51A3A N NO SWGR 23-1 (3) Y device NO GERS Tone dial setting = 3.5, No HM3" on SWGR 23-1,2323 151NBL GE IAC51A 12 TAC 51A3A N NO SWGR 23-1 (3) Y device NO GERS 4 ' Time dial estling = 3.5, No"HM3" on SWGR 23-1,2329 151NBL GE LAC 51A 12 TAC 51A3A N NO SWGR 23-1 (3) Y device NO GERS SWGR 23-1,2327 150/151A GE BAC518 12iAC518113A N NO SWGR 23-1 (7) Y Time dial setting = .8, No "Hi-G" on device NO GERS SWGR 23-1,2327 150/151C GE LAC 518 12iAC518113A N NO SWGR 23-1 (7) Y Time dial estling = 1.1, No *HM3" on device NO GERS Time dial settinD = 3.3, No"HM3" on SWGR 24,2413 151A GE LAC 51A 12 TAC 51A101A N NO SWGR 24 (10) Y device NO GERS Tone dial seeing = 3.5, No *Hi-G" on SWGR 24,2413 151C GE LAC 51A 128AC51A101A N NO SWGR 24 (10) Y device NO GERS Time dies eseing = 2.4, No "HM3" on SWGR 24,2413 151N GE BAC51A 12 TAC 51A3A N NO SWGR 24 (10) Y dowlm NO GERS 24801 127-824/1-2 GE lAV89A 12tAV60A1A Y NO SWGR 24 (11) Y Time dial easing = .9 , No "Hi-G" on device NO GERS 2-8801 127-824/2-3 GE lAV60A 12tAV90A1A Y NO SWGR 24 (11) Y Time dial seeing = .7, No "HM3" on device NO GERS ! 2-e001 127-824/3-2 GE BAVeGA 121AVeeA1A Y NO SWGR 24 (11) Y Time dial setting = .7, No "Hi-G" on device NO GERS Tone dial seeing = 3.5, No"HI-G"on
@WGR 24,2413 151A GE LAC 51A 128AC51A101A N NO SWGR 24 (3) Y device NO GERS '
Time dial setting = 3.5, No *HM3" on ; SWGR 20,2413 151C GE LAC 51A 12 TAC 51A101A N NO SWGR 24(3) Y device NO GERS i Time dial settmg = 2.4, No "Hi-G" on , SWGR 24,2413 151N GE IAC51A 12iAC51A3A N NO SWGR 24 (3) Y device , I mas "150N" et SWGR NO GERS SWGR 2G1,2421 151A GE LAC 51A 12 TAC 51A101A N NO SWGR 24-1 (1) Y Time dial setting = 3.1; No "HM3" on device NO GERS SWGR 24-1,2421 151B GE BAC51A 121AC51A101A N NO SWGR 24-1 (1) Y Time died seeing = 3, No"Hi-G"on device NO GERS SWGR 24-1,2421 151C GE LAC 51A 12 TAC 51A101A N NO SWGR 241 (1) Y Time disi estling = 3; No "HH3" on device NO GERS I 2-e801 187DG2 WESTINGHOUSE SA-1 1329082A01 D Y NO SWGR 24-1 (1) Y 5A,48/125 VDC , inser. lesAmt 41348.11 NO GERS i SWGR 24-1,2421 187DG2 WESTINGHOUSE SA-1 1329D82A01 D SWGR 24-1 (1) Y 5A, 48/125 VDC , inser. lee 8st 41-348.11 NO GERS SWCR 2C 1,2421 52Y N NO/NC SWGR 24-1 (10) Could not verify No GERS ' Page 12 of 14 i
- . - - - - . - . . ~ . - . - - . . . - - - . . _ _ - . - - - . - - _ _ . - . - . - - - . . . . - . - . _ . - - . - . . . - ,
SQUG ; OUTUERS UNIT 2 AD ; EQP.ID CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON 120 VAC, Time del selling = .9 ; No "H6-G" 2-8801 127-824-1/1-2 GE lAV90A 128AV60A1A Y NC SWGR 24-1 (2) Y on device NO GERS 120 VAC Time dial somng = .8 ; No *HM3" ! 241801 127-824-1/2-3 GE IAVeGA 12tAVeeA1A Y NC SWGR 241 (2) Y on device NO GERS I 1 SWGR 24-1,2421 15eSD2-1 GE lAV60A 128AVOGA1A Y NO SWGR 241 (2) Y Time dial seeng = .7; No "H6-G" on device NO GERS , 120 VAC , Time died eseng = .6, No"H6 G" ! SWGR 24-1,2421 159S02-2 GE lAV80A 12tAV60A1A Y NO SWGR 241 (2) Y on device NO GERS Tone dial aseng = 3.6, No "Hi-G" on SWGR 24,2413 151BLA GE RAC51A 121AC51A101A N NO SWGR 241 (4) Y device NO GERS Tone diet oseng = 3.6, No"HM3" on SWGR 24-1,2423 151Bl.A GE IAC51A 12iAC51A101A N NO SWGR 24-1 (4) Y device NO GERS Time dial somng = 3.6, No "Hi-G" on SWGR 241,2421 151BLA GE BAC51A 12 TAC 51A101A N NO SWGR 241 (4) Y device NO GERS [ Tone dial setting = 3.6, No "Hi-G" on , SWGR 241,2421 151BLC GE LAC 51A 12 TAC 51A101A N NO SWGR 241 (4) Y device NO GERS [ Time dial aseng = 3.6, No "Hi-G" on f SWGR 24,2413 151BLC GE BAC51A 12 TAC 51A101A N NO SWGR 24-1 (4) Y device NO GERS I Time dial eseng = 3.6 No"HM3* on i SWGR 231,2423 151BLC GE LAC 51A 12 TAC 51A101A N NO SWGR 241 (4) Y device NO GERS j Tone dial samng = 2.3, No "Hi-G" on ' SWGR 24-1,2421 151NBLB GE LAC 51A 128AC51A3A N NO SWGR 241 (4) Y device NO GERS l Time dial aseng = 2.3, No "Hi-G"on i SWGR 24,2413 151NBLB GE LAC 51A 12 TAC 51A3A N NO SWGR 241 (4) Y device NO GERS Time dial seeng = 2.3, No "Hi-G" on SWGR 24-1,2423 151NBLB GE LAC 51A 12 TAC 51A3A N NO SWGR 24-1 (4) Y device NO GERS Time dial seeng = 1.1, No "Hi-G" on f SWGR 241,2427 150/151A GE LAC 51B 12 TAC 51B113A N NO SWGR 241 (8) Y device NO GERS ! Tone dial esthng = 1.1, No"H6-G" on 4 SWGR 24-1,2427 150/151C GE LAC 518 12 TAC 51B113A N NO SWGR 24-1 (8) Y device NO GERS i SWGR 28,2829 52X N NOMIC SWGR28 Could not vanly No GERS 3 SWGR 28,284C 52X SWGR28 Could not wenty No GERS ! SWGR 28,2829 52Y N NC SWGR28 Could not venly No GERS j SWGR 28,2829 52Z N NO SWGR28 Could not worify No GERS SWGR 28,2851 52X N NO SWGR 28 (2888) Could not verify No GERS SWGR 29,2928 52X N NO SWGR 29 Could not vertfy No GERS SWGR 29,2928 52Y N NO/NC SWGR 29 Could not vertfy No GERS SWGR 29,296A 52X SWGR 29 (296A) Couki not venly No GERS SWGR 29,296A 52Y N NO/NC SWGR 29 (296A) Could not wenty No GERS i Page 13 of 14 , 1 I
SQUG OUTUERS ' UNIT 2 AD EQP. ID CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL MTG COMMENTS OUTUER REASON No GERS(wrong SWGR 28,284C 227-818X1 GE HFA151 12HFA151A3F N NO SWGR 18 (182A) Y 62.5VDC,4 NO / 2 NC vanage rutin 0) 2A,28 VDC or 120VAC ;Not sure how relay (K1) is mounted to to ckt board but board is 250VDC CHGR #2 DSHW2 SIGMA 70RE22-1100C 250VDC CHGR #2
, rnounted to panel.
250VDC CHGR #2 TIMER ZENITH 250VDC CHGR #2 Y interval tuner, Cat # 1417 ; 15A,120 VAC Page 14 of 14
l I I 1 APPENDIX H i i SEISMIC CAPACITY SCREENING QUAD CITIES STATION UNITS 1 & 2 i SEPERATED BY SCREENING METHOD EVAL - MERC GERS - 7000 GERS - AR660 ! GERS - CONT GERS - CRZ810 GERS - DG GERS - ETR GERS - HFA151 4 GERS - HGA110 GERS - ITE , GERS - MCCS GERS - SG GERS - SOR
4 i 3 EVAL-MERC Eauinment Data Mercoid type DA 7043-804 R.21E pressure switches ! Cumb l Not available , Caveats l 1) Can not be a mercury type switch. i
- 2) Device shall be located below elevation 595' and shall not have a panel amplification greater than 1.
1 References i
- 1) EPRI document NP-5223-SL, rev. I ; Generic Seismic Rug-Anem of Power Plant Equipment" i 2) Appendix B of relay report;" Seismic Demand Values by Area" i
2 Demand l The pressure switches qualified by this form are listed below. They utilize snap acting switches and are
- mounted such that no panel amplification factor is required. The seismic demand (PSA / ZPA) at their location below elevation 595' is .41g / .29g which is the lowest floor acceleration used at Quad Cities j Station.
, PS 1-l#2-A PS 2-1M2 A j PS 1IM2-B PS 2-142 B l I Conclosion i Due to the low level of seismic demand and the fact that this device does not use a mercury type switch, this switch is sufBeiently rugged based on engineeringjudgement. This form is referred to in the Method j of Screening column (SAT) in the SQUG relay report as " EVAL-MERC" for all switches screened by this i evaluation. Y 1 i i
SQUG UNIT 1 RELAYS ' GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhMENTS i 1-0203-3A-RV PS 1-1462-A MERCOID DA-7043-804 R21E t-1401-1 A EVAL-MERC Y N/A 1-0203 38-RV PS 1-1462-A MERCOID DA-7043-804 R21E 1 1401-1A EVAL-MERC Y N/A 102Gk3C.RV PS 1-1462-A MERCOID OA-7043-804 R21E 1-1401-1 A EVAL-MERC Y N/A
, 1NV PS 1-1462-A MERCOID DA-7043404 R21E 1-1401-1 A EVAL-MERC Y N/A 1020:k3E-RV PS 1-1462-A MERCOID DA-7043404 R21E 1-1401-1A EVAL-MERC Y N/A 1-0203-3A-RV PS 1-1462-8 MERCOID DA-7043404 R.21E 1-1401-1 B EVAL-MERC Y N/A 1-020:k38-RV PS 1-1462-8 MERCOIO DA-7043404 R21E 1-1401-1 B EVAL-MERC Y N/A 1-0203-3C-RV PS 1-1462-8 MERCOID DA-7043404 R21E 1-1401-1 B EVAL 44ERC Y N/A 14203-3D-RV PS 1-1462-B MERCOIO DA-7043-804 R21E 1-1401-18 EVAL-MERC Y N/A IN-RV PS 1-1462-B MERCOID DA-7043404 R.21E 1-1401-1 B EVAL-MERC Y N/A t
, i i t l I l t i Page 1 of 1
. . _ -. __ . . . . . _____-_...m_.__ ___.- _ _._._.__ . _ - _ . _ m _._ -_
SQUG UNIT 2 RELAYS GERS SCREENING AD EQP.lD CONTACT MFGR TYPE MODEL ENERG NOMC PANEL SAT MTG COMENTS 3-0203 3A-SO PS 2-1462-A MERCOID DA-7043-804 R.21E 2-1401A EVAL-MERC Y WA 3-0203-38-RV PS 2-1462-A MERCOID DA-7043-804 R21E 2-1401 A EVAL-MERC Y WA 3-0203-3C-RV PS 2-1462-A MERCOID DA-7043-804 R.21E 2-1dO1 A EVAL-MERC Y WA 3-020A30-RV PS 2-1462-A MERCOIO DA-7043404 R.21E 2-1401A EVAL-MERC Y WA 2-02033E-RV PS 2-1462-A MERCCID DA-7043-804 R.21E 2-1401 A EVAL-MERC Y WA 2-020K3A-SO PS 2-1462-8 MERCOIO DA-7043404 R.21 E 2-14018 EVAL-MERC Y WA 3-020A18-RV PS 2-1462-P MERCOID DA-7043404 R.21E 2-1401B EVAL-MERC Y WA 3NV PS 2-1462-8 MERCOID DA-7043-804 R.21 E 2-14018 EVAL-MERC Y WA 2-0203-30-RV PS 2-1462-8 MERCOID DA-7043404 R21E 2-1401B EVAL-MERC Y WA 3-0203-3E-RV PS 2-1462-8 MERCOID DA-7043404 R.21E 2-14018 EVAL-MERC Y WA Page 1 of 1
GERS - 7000 l l Eeuinment Data I l i l Agastat 7000 series pneumatic timing relays Canacity ! Models E7012. 7012. 2412 i PSA ZPA Non-Operate Operate Transition Non-Operate Operate Transition NO/NC NO/NC NO/NC NO/NC NO/NC NO/NC l 12.5g 12.5g 12.5g 5g 5g $g 1 i Models E7014. 7014. 2414 ' PSA ZPA l i l Non Operate Operate Transition Non-Operate Operate Transition ! NO/NC NO/NC NO/NC @EC NO/NC NO/NC 10g 10g 10g 4g 4g dr. l l Models E7022. 7022. 2422 ! l PSA ZPA Non-Operate Operate Transition Non-Operate Operate Transition i NO/NC NO/NC NO/NC NO/NC NO/NC NO/NC ! 6g 10g 4g 2.4g 4g 1.6g l Caveats l i
- 1) Time delay setting shall be greater than .3sec.
- 2) The relay shall be mounted in a vertical position.
References
- 1) EPRI document NP-7147-SL, Appendix B -(seismic capacity data)
Demand Listed below are pacels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. MCC 1S/19 5 MCC 28/29-5 Coeclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-7000" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. l
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COamAENTS SWGR 18,1851 CR19A Agnetet 7012 E7012P9002 Y NO GERS-7000 Y MCC 18/1M (D3) 125VDC, Tune range = .5-5eec; est at 1.8 SWGR 19,1951 CR19A A0estet 7012 E7012P9002 Y NO GERS-7000 MCC 18/19-5 (D3) Y 125VDC, Time range = .5.h est at 1.8 Page 1 of 1
SQUG UNIT 2 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COMMENTS SWGR 28,2851 CR29A AGASTAT 7012 E7012P9002 Y NO MCC 28/29-5 (D3) GERS-7000 Y 125VDC Taming .5-5 sec. ;est et 1.8 SWGR 29,2951 CR29A AGASTAT 7012 E7012PB002 Y NO MCC 28/29,5 (D3) GERS-7000 Y 125VDC, Tuning .5-5 sec. ; est et 1.8 Page 1 of 1
GERS - AR660 Eaulseneet Data i Westinghouse AR660A industrial type relays 1 Canacity PSA ZP.A Non. Operate Operate Non-Operate Operate NO/NC NO/NC NO/NC NO/NC
- log / 7.5g log 4g/3g 4g Y,
None References
- 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data)
Demand Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. 2251 97 2252-97 2251-100 2251-98 2252 98 Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-AR660" for all relays screened by this capacity vs demand evaluation.
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO44C PANEL SAT MTG Cnuus NTS 1G-5749A 1/2-3903-RA WESTINGHOUSE AR AR680A N NO 2251-100 GERS-AR680 Y 600V,10A , style 786A028G01 , 1G-57498 1/2-3903 RA WESTINGHOUSE AR AR680A N NO 2251-100 - GERS-AR600 Y 600V,10A , style 766A020G01 SWGR 18,184C 1/2-390MtA WESTINGHOUSE AR AR600A N NC 2251-100 GERS-AR660 Y 600V,10A , style 766A028G01 1/3-5749A 1/2-390MtN WESTINGHOUSE AR AR680A N NO 2251-100 GERS-AR660 Y 600V,10A , style 766A020G01 ? 1/2-57498 1/2-390MtN WESTINGHOUSE AR AR660A N NO 2251-100 GERS-AR660 Y 600V,10A , style 766A028G01 SWGR 18,184C 1/2-3903-RN WESTINGHOUSE AR AR660A N NO 2251-100 GERS-AR660 Y 600V,10A , style 766A020G01 1-5727 1-5727-CRA WESTINGHOUSE AR AR660A N NO 2251-97 GERS-AR660 Y Style 766A028G01 ; 600VAC,10A 1-5749A 1300M4A WESTINGHOUSE AR AR600A N NO/NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A 1-57498 1-300MtA WESTINGHOUSE AR AR680A N NO/NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A SWGR 10,196A 1-3903-RA WESTINGHOUSE AR AR660A N NO/NC 2251-98 GERS-AR680 Y Style 766A028G01; 600VAC,10A 1-57494 1-3003-RN WESTINGHOUSE AR AR600A Y NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A 1-57498 1-3003-RN WESTINGHOUSE AR AR680A Y NC 2251-98 GERS-AR680 Y Style 766A028G01; 600VAC,10A SWGR 19,196A 1-3003-RN WESTINGHOUSE AR AR660A Y NO/NC 2251-98 GERS-AR660 Y Style 766A028G01; 600VAC,10A Page 1 of 1
i SQUG UNIT 2 RELAYS GERS SCREENING EQP.10 CONTACT MFGR AD TYPE MODEL ENERG NOINC PANEL SWGR 28,2tMC SAT MTG CORAENTS 1/2-300MtA WESTINGHOUSE AR AR680A N NO 2251-100 GERS AR680 Y 600V,104, style 798A028G01 SWGR 28,2tMC 1/2-300MtN WESTINGHOUSE AR AR680A N NC 2251-100 3-5727 CRA GERS-AR680 Y 600V,10A , style 798A028G01 WESTINGHOUSE AR AR680A N NO 2252-97 SWGR 29,298A 2-300MtA GERS-AR680 Y 600V,10A : Style 768AtNant WESTINGHOUSE AR AR680A N NOINC 2252-98 2-5740A 2-390MtA GERS-AR680 Y 600VAC,10A ; style 7WA028G01 WESTINGHOUSE AR AR680A N NOtNC 2252-98 3-5740s 2-3o0MtA GERS AR680 Y 600VAC,10A ; style 768A020G01 WESTINGHOUSE AR AR680A N NOtNC 2252-98 SWGR 29,298A 2 300MtN GERS-AR680 Y 600VAC,10A : style 788A028G01 WESTINGHOUSE AR AR680A Y NOINC 2252-98 3-574GA 2-300MtN GERS-AR680 Y 600VAC,10A ; style 788A028G01 WESTINGHOUSE AR AR680A Y NC 2252-98 2-57498 2-300MtN GERS-AR680 Y 600VAC,10A ; style 788A028G01 WESTINGHOUSE AR AR680A Y NC 2252-98 GERS-AR680 Y 600VAC,10A ; style 798A028G01 Page 1 of 1
GERS-CONT Eeuisinest Data All makes of contactors located in panels. Canacity PSA = 4.5 ZPA = 3 Caveats
- 1) Contactors must be of the low voltage type (<600V) and have contact ratings less than 100A.
- 2) Motor starters must be NEMA Size 1,2,3 or4.
- 3) Device must be mounted to a metal panel by bolts or brackets per manufacturer specifications.
Demand Listed below are panels in which contactors qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. 2201-75 2251-97 2202-75 2252-97 2251-100 2251-98 2202 76 2252-98 References
- 1) EPRI document NP-5223-SL, rev.1; " Generic Seismic Ruggedness of Power Plant Equipment" Conclusion This form is referred to in tne Method of Screening column (SAT) in the SQUG relay report as "GERS-CONT" for all contactors screened by this %wity vs demand evaluation. These components meet the requirements of the above listed cr.veats and therekm the referenced capacities are applicable.
l
SQUG UNIT 1 RELAYS GERS SCREENING 1 AD EQP.lO CONTACT MFGR TYPE MODEL ENER NOlNC PANEL SAT MTG COtedENTS i 1-57 6 1A WESTINGHOUSE A210M1CAC Y NOINC 2201-75 GERS-CONT Y NEMA 1; Model J. Mfg code CIIET 1-57468 1N WESTINGHOUSE A210M1CAC Y NO/NC 2201-75 GERS-CONT Y NEMA 1: Model J. Mfg code CllET 6710C58G02 ; Model J , mig Code CSCET, also 1G-576 1A WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , IWg Code CSCET, else 1G-5740A 1Alb WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , Mfg Code CSCET, else 1/2-5740A IN WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y ', 6710C58G02 ; Model J , Mig Code CSCET, else 1/2-5740A 1 Nib WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J . mig Code CTTET, else 1/2-57498 2A WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y 1 4710C58G02 ; Model J , Mig Code CTTET, aime , 1 0-57498 2A/b WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , Mig Code CTTET, eine 1 0-57498 2N WESTINGHOUSE A210M1CAC N NO 2251-100 GERS-CONT Y 1 6710C58G02 ; Model J , Mig Code CTTET, stes 1G-57498 2 Nib WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y 1 0.L BA13A8 is part of reveremg alorier A210M1CAC for 1N1N and is quellnad as part of 1/2-5740A OL WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y starter ? ~
^
1. O.L BA13A8 is part of reversing eierter
#210M1CAC for 1N1N ond is queRRed as part of 1G-57498 OL WESTINGHOUSE A210M1CAC N NC 2251-100 GERS-CONT Y ete.%r auslificetbn 1-57R7 2A WESTINGHOUSE A210M3CX N NO 2251-97 GERS-CONT Y Model J , Mig code STRET , NEMA 3 6710C58G02 ; Model J ; Mfg code CalET; NEMA 1-5740A 1A WESTINGHOUSE A210M1CAC N NO 2251-98 GERS-CONT Y 1 6710C58G02 ; Model J ; Mfg code CllET; NEMA i 1-57498 2A WESTINGHOUSE A210M1CAC N NO 2251-98 GERS-CONT Y 1 i
Page 1 of 1
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT MFGR AD TYPE MODEL ENERG NOMC PANEL SAT MTG COtm4ENTS 24 7488 1A WESTINGHOUSE A210M1CAC 1 of 3 mounen0 bots loose; Mr delJ. 2202-75 GERS-CONT N MFGR Code CilET, NEMA 1 247488 1N WESTINGHOUSE A210M1CAC 1 of 3 mounung boas loose; P.dodelJ. 2202-75 GERS40NT N MFGR Code CilET, NEMA 1 24746A IA WESTINGHOUSE A210M1CAC 6710cW, MedalJ; MID code CalET; 2202-76 GERS-CONT Y NEMA 1 2474GA IN WESTINGHOUSE A210M1CAC 671M-W, ModelJ; Mfg code CilET; 24727 2A 2202-76 GERS-CONT Y WESTINGHOUSE A210M3CX NEMA 1 N NO 2252 4 7 GERS-CONT Y ModelJ ; NEMA slee 3 24740A 1A WESTINGHOUSE A210M1CAC N NO 2252-08 6710cW, ModelJ, Mfg code CilET. GERS-CONT Y NEMA mize 1 247408 2A WESTINGHOUSE A210M1CAC N NO 6710ryn?, Model J. mig code CalET. 2252-98 GERS-CONT Y NEMA size 1 I l 1 l l Page 1 of 1 j,,.,_....., . . . . - . - - ' ' ' ' ' ' ' - ' ' '
- - - --- - ' ~ ~
GERS - CR2810 Jouloasent Data General Electric type CR2810A relays Casacity P_EA ZP_A Non-Operr. ./ Operate Non-Operate Operate { NO/NC FCEC NOMC NO/NC 6g/h, 10g 3.6g / 2.4g 6g Caveats None s References
- 1) EPRI document NP-7147-SL, Appendix B -(seistaic capacity data)
E Demand Listed below an panels in which rehys qualified by this form are located. See Appendix D of the relay report for seisinic demand at each panel. MCC 18-1A Cocclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-CR2810" for all relays screened by this capacity vs demand evaluation. E F E = F. b I
--m QJ
. _ _ . . . _ . _ _ _ . _ . _ . _ . . . ~ . . - _ . . . - _ . _ _ . _ _ . . _.. _ . _ . . _ - . . . _ _ . _ . . _ . . . _ _ _ _ _ . . .
EQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhWENTS
; 1/2-5727 CR GE l CR2810A CR2810A 14 AA N NO MCC 18-1 A (G2) GERS-CR2810 Y com - 22D135G22 i
i L t Page 1 of 1
GERS - DG Eeulement Data Relays and instruments which are mounted on the Diesel Generator skid or in panels mounted on the skid. Capacity 4
; The equipment described above is considered sufficiently rugged due to its mounting location on a i reciprocating engine which routinely sees high vibration during operation.
Caveats i
- 1) Components can not be on the bad actor list.
) 2) Instruments can not have mercury type switches. l References 4 l
- 1) Senior Seismic Review and Advisory Panel (SSRAP) report, rev. 4, dated February 28,1991; "Use of
- Seismic Experience and Test Data to Show Ruggedness of Equipment in Nuclear Power Plants"
{ Demand l Demand values do not apply as components qualified by this form have been considered sufficiently ; i rugged based on their mounting location. LisW below are panels mounted on the Diesel Generator skids
! which contain essential relays.
4 2251-113 2252-113 2212-125 16601 2-6601 1/2-6601 Conclusion i This form is referred to in the Method of Screening column (SAT) in the SQUG report as "GERS-DG" These relays and instruments meet the requirements of the above listed caveats and therefore can be considered sufficiently rugged. i d 1 4 i 4
t Sous ! UNIT 1 RELAYS GERS SCREENING I EQP.ID AD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COWAENTS 4 1-8801 PS 1-1984-MB1 S;r D AGW
. SQUARE D AGW25 S8 1-8801 GERS-DG
#4LTON ROSS ? !
^
1-8001 PS 1-6841-CPS CONTROLS 8382040 1-8801 GERS-DG 1-8801 TS 1-1884-TC S;r D !
- BGW SQUARE D BGW-2S13 1-8801 GERS-DG MILTON ROSS 1/24801 PS 1/2-8841-CPS CONTROLS 8382040 f 1/2-6601 GERS-DG '
1/24801 PS 1/24841-LWS Square D AGW SOUARE D AGW5S48 1/24801 GERS-DG 1/3-8801 TS 1/2-8841-TC ir-- D BGW SQUARE D BGW-2S9 1/2-6801 GERS-DG t GM Electro-Mo8ve , 1/2-5727 1/24801-VSR DMelon 37530803-03 by VAPOR N ! NO 2212-125 GERS-DG Y 120 VDC. ElO 9535875 1/24801 CP MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y 1/24801 ECR Agamlet 120 VDC, EMD NW); Timing Range = 340 ' 7022 7022PHC898 N NO 2212-125 GERS-DG Y min ; could not wth seeing i Could not see mounung bone but appeens to be i , GM Electro 44ctive 1/24801 ES DMason We ; cap around relay holds t to bene; 8271098 N NO 2212-125 GERS-DG Y "AYLZ 6805-102"on nameplete i CLASS 1/24801 ESR Square D 7001 PO4 S3 8283337 CW N NO/NC 2212-125 GERS-DG Y ! 104801 HE MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y 1/24801 LW MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y " 1/24801 OP MERCOR CORP EMD 88380774 N ' NC 2212-125 GERS-DG Y 1/24801 OT MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y ! [ t tt34801 Did not lacers in panel;looko Ehe a entch on W/D OTLS N NO 2212-125 GERS-DG
, - , P:a S/D what R is for to he5 locelo R. [
1G 8801 PS 1/2-8841-MB1 Squue D AGW AGW25 S8 2212-125 GERS-DG 1/2-6801 SF MERCOR CORP EMD 88380774 N NC 2212-125 GERS-DG Y I 1/2-480841040 STR 115 VDC coE, Inst.13574 ; Contact : 6011H19A . [ i CUTLER-HAMMER 0011H2A N NO 2212-125 GERS-DG Y une only with 904, 905,1085 relays, Inst 1511k r I 1G-5208 115 VDC co8, inst.13574 ; Contact : 0011H19A . STR CUTLER-HAMMER 6011H2A Y NO 2212-125 GERS-DG Y use only with 904, 905,1085 relays, inst.15119 it24Ent 115 VDC cod, inst 13574 ; Contact : 8011HitA . : STR CUTLER-HAMMER 6011H2A N NO 2212-125 GERS-DG Y une only wAh 904,905,1085 relays, inst.15119 CLASS 1/24801 TD1 Squero D 9050 EQ 1933G2, SERIES B N NO 2212-125 GERS-DG Y EMD 8253244 FT Page 1 of 3 t i
. _ . _ . - -- - _ - -. __ _._ --_-_ -_ --- --_. - --- _-_ ----_- - _ .+--- - - -~.-r ,. . .- - ,,
STUC UNIT 1 RELAYS GERS SCREENING AD EOP.ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS CLASS 1/2-6601 TD2 Square D 9050 EQ 1933G2, SERIES B N NO 2212-125 _ GERS-DG Y EMD 8253244 FT 1/2-6601 T33 Agostet 7014 7014PF N NO 2212-125 GERS-DG Y 125 VDC, timirc rev = 90-900 sec.
"AYLZ 6885-10T was on nen@; could not 1G6601 VS BARBER COLMAN 8271096 N NO 2212-125 GERS-DG see rnots;l-- g bots; cNp held relay to bene GM Electro-Motive 112 4 801 VSR DMeion 3753089343 by VAPOR N NO 2212-125 GERS-DG Y 120 VDC, EMD 9535875 GM Electro-Matrve 1/24001-EXC VSR DMaion 37530893-03 by VAPOR N NO 2212-125 GERS-DG Y 120 VDC, EMD 9535875 1-8601 CP MERCOR CORP EMD #8380774 N NC 2251-113 GERS-DG Y 1-6801 120VDC, EMD 83tti352, Time range = 3-30 min; ECR Agentet 7022 7022PHC896 N NO 2251-113 GERS-DG Y *11rnin-15eec" hand wwitten on relay G.M. Elodro Motive 1-8801 ES DMaion EMD 8409612 N NO 2251-113 GERS-DG Y 6885-702 CLASS 1-8801 ESR Square D 7001 EMD 8263337AU N NO!NC 2251-113 GERS-DG Y Type PO S3 1-6601 HE MERCOR CORP EMD 838C774 N NC 2251-113 GERS-DG Y 1-8601 LW MERCOR CORP EMD #8380774 N NC 2251-113 GERS-DG Y 1-8601 OP MERCOR CORP EMD 8380774 N NC 2251-113 GERS-DG Y 1-8601 OT MERCOR CORP EMD 8380774 N NC 2251-113 GERS-DG Y 1-6601 PS 1-6641-LWS Square D AGW SQUARE D AGWSS48 2251-113 GERS-DG 1-6601 SF MERCOR CORP EMD 8380774 N NC 2251-113 GERS-DG Y Contacts : 0011H19A,"use only with #
904,7 ~ 1085 relays", instr pub 15119 ; co8 - 1419N10-SO S1R CUTLER-HAMMER 6011H2A N NO 2251-113 GERS-DG Y 115V 'STR PUB 13574 Corh ' 411H19A,"use only with # 904,905,10d5 relays", instr pub 15119 ; cod - 1-5208 STR CUTLER-HAMMER 6011H2A 2251-113 GERS-DG Y 115VDC : INSTR PUB 13574 Contacts : 6011H19A,"use only with # 1-8801 904,905,1085 releys", instr pub 15119 ; cod - STR CUTLER-HAMMER 6011H2A N NO 2251-113 GERS-DG Y 115VDC : INSTR PUB 13574 CLASS Type EQ1933-G2, Series B ; No increments on 14601 TD1 Square D 9050 EMD 8253244 KA N NO 2251-113 GERS-DG Y " Slow-Fast" diet CLASS Type EQ1933-G2, Series B ; No increments on 14801 TD2 Square D 90$0
, EMD 8253244 KA Y NO 2251-113 GERS-DG Y " Slow-Feet" diet 1-6809 TD3 Agentet 7012 E7012PE00't N NO 2251-113 3 4S-DG Y 125VDC, Tirne range = 20-200 sec., setting = 104 G M. Electro Matrve 1-6601 VS Dmsion EMD 8409613 N NO 2251-113 GERS-DG Y 6884-702 Page 2 of 3
CQUG UNIT 1 RELAYS GERS SCREENING l AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COnsdENTS CLASS 15727 VSR Square D 7001 EMD 8263337 AU N NO 2251-113 GERS-DG Y Type PO S3 CLASS 161 VSR Square D 7001 EMD 8263337 AU N NO 2251-113 GERS-DG Y Type PO S3 CLASS 1-8801-EXC VSR Square D 7001 EMD 8263337 AU N NO 2251-113 GERS-DG Y Type PO S3 Page 3 of 3
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO AD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG CO4WENTS 1 MILTON ROSS ' 3-8801 PS 2-8841. CPS CONTROLS 8382040 2-8801 GERS-DG 2-8801 PS 2-8641-LWS SQUARE D AGW SQUARE D AGW5S48 2-8801 GERS-DG 2-8801 PS 2-8641-M81 SQUARE D AGW SQUARE D AGW25 S8 24801 GERS-DG 2-8801 TS 2-8841-TC SQUARE D SQUARE D 2-8801 GERS-DG 2-8801 CP MERCOR EMD #8380774 N NC 2252-113 GERS-DG Y 24801 ECR AGASTAT EMD 8385352 ;120 VDC : Time range 1-2422 2422PG1JA2 N NO 2252-113 GERS-DG Y 20 min : 11 min written on time estun0 dlel G.M. Electro- ' bT1 ES Mouve DMeion 8409812 N NO 2252-113 GERS-DG Y 8885-702 2-8801 ESR SQUARE D PO 82 63337 AW Model #9% due to physical N NO/NC 2252-113 GERS-DG Y 2 8801 HE MERCOR meerferences at r_.7 & EMD #8390774 N NC 2252-113 GERS-DG Y 2-8801 LW MERCOR EMD #8380774 N NC 2252-113 GERS-DG Y 3-8801 OP MERCCR EMD #8380774 N NC 2252-113 GERS-DG Y 2-8801 OT MERCOR EMD #8380774 N NC 2252-113 GERS-DG Y a-8801 SF MERCOR EMD #8380774 n NC 2252-113 GERS-DG Y CUTLER-3-8801 STR HAMMER Instr pub 13574 : ~6011 H19A" on contacts ( 8011ts2A N NO 2252-113 GERS-DG Y for use with # 904,905,1085 ri,;) CUTLER-2-4899 310-S O STR HAMMER Instr pub 13574 ; "8011 H19A" on contacts ( 8011H2A N NC 2252-113 GERS-DG Y for use with # 904,905,1085 ri,;) CUTLER. 3-S208 STR HAMMER Instr pub 13674 ; "8011H19A" on contacts ( 8011H2A 2252-113 GERS-DG Y for use with 8 904,905,1085 ri,;) 2-8001 TD1 SQUARE D Series A ; EMD 8253244,711272-A; V; EQ. 33G2 N NO 2252-113 GERS-DG Y No #s on time dial 3-8801 TD2 SQUARE D Class 9050, Series 8 ; EMD 8253244ET , EQ1933G2 Y NO 2252-113 GERS-DG 24t41 TD3 Y 711272-ALV , No #s on time dial AGASTAT 7012 E7012PE003 N NO 2252-113 GERS-DG Y 125VDC;T' r,;rs 20-200 sec, set at 110 G.M. Ee 3-8801 VS Motive DMemn 8409813 N NO 2252-1*3 GERS-DG 2-8801 VSR Y 6884-700 SQUARE D PO? 8283337 AW N NO 2252-113 GERS-DG Y 34801-EXC VSR SQUARE D PO? 826?337 AW N NO N-113 GERS-DG 2-5Y27 VSR Y SQUARE D PO? 82&S337 AW N NO 12252-113 GERS-DG Y t Page 1 of 1
GERS-ETR sedaratnata Agastat type ETR timing relay I Canacity l ESA ZP.A Non Operate Operate Non-Operate Operate NO/NC NO/NC NO/NC NO/NQ 3.8g 10g 1.52g 4g Caveats None References ,
- 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data)
Demand i Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. l 901-32 901-33 Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-ETR" for all relays screened by this capacity vs demand evaluation.
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.10 CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG CohMENTS SWGR 13-1,1322 1*E310 Agostat ETR ETR14D30002 N NO 901-32 GERS-ETR Y 125 VDC, T .aw .55-15 see SWGR 14-1,1422 1430 312 Agostet ETR ETR 14038002 N NO 901 GERS-ETR lY 125 VDC, Timire .55-15 eac Page 1 of 1
l l GERS - HFA151 l I 1 Eemissent Data General Electric type HFA151 relays
.CARRENI ESA ZPA l Non@ rate Operate Non Operate Operate NO/NC NO/NC NO/NC NO/NC j
l 7.5g / 3g 15g 3g /1.2g 6g I CRYGP2
- 1) No more than 3 Normally Closed (NC) contacts.
i 2) Voltage shallbe 120ViSV, { 3) NO contact gap and NO/NC contact wipe shall be per GE SIL No. 44, Supplement 4. Referteces
- 1) EPRI document NP ~il47-SL, Appendix B -(seismic capacity data)
- 2) Quad Cities procedure QCEM 700-6, rev. 4; "HFA relay magnetic core assembly replacement and relay ,
calibration" ' DSEtad Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. 901-32 901-47 902-32 902-47 901-33 901 48 902-33 902-48 ) 901-39 2201-32 902-39 2202-32 l 901-46 902-46 l Conclusion ! This form is referred to in the Method of Screemng column (SAT) in the SQUG relay report as "GERS-HFA151" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable.
t SQUG UNIT 1 RELAYS i GERS SCREENING - AD EQP, ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG CORAAENTS t 1-020S3A-RV 287-108A GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-0203-38-RV 267-1088 GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-0203-3C-RV 287-108C GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-02053D-RV 287-108D GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 1-0203 3E-RV 287-108E GE HFA151 12HFA151A2H Y NO 2201-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC SWGR 13-1,1324 10A-K10A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO ceremds SWGR 13-1,1328 10A-K18A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads SWGR 13-1,1324 10A-K21 A GE HFA151 12HFA151A2H N NO 901-32 s GERS-HFA151 Y 125 VDC,6 NO cordacts
- 1-1001-34A-MO 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-348-MO 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cordects 1-100138A-MO 10A-K5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads l 1-1001-388-MO 104-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO conences !
SWGR 13-1,1324 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts - SWGR 131,1328 10A-MSA GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts l EWGR 14-1,1424 10A-M5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 101,1428 10A-K5A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts i 1-1001-29A-MO 104-M86A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-1001-298440 10A-M67A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-1001-34A-MO 10A-K7A GE HFA151 12HFA151A2H N NO [ 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-34tM40 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts t 1-1001-36A-MO 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-368-MO 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,3 NO contacts i 1,'t301-3 440 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts i SWGR 13-1,1324 104-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO conences I SWGR 13-1,1326 10A-K7A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads SWGR 14-1,1424 104-K7A IGE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cortects SWGR 101,1426 10A-K7A !GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts i 1-1009-34A-MO 104-MSA GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-100136A-MO 104-MSA GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts ; SWGR 13-1,1328 10A-MM GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO conte As 1-8801 1430-103A GE [ HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-8801 1430-103A GE HFA151 12HFA151A2H l 64 NO 901-32 GERS-HFA151 Y 125 VDC 6 NO contads i 1-8801 1430-104A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cordects 1G-8801 1430-104A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contads 1-1301-61-MO 1430-105A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-8801 1430105A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO cordacts ; 1/2 8809 1430-105A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1-8801 1430108A GE f HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-8801 1430106A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,6 NO contacts , 1G-8809 1430-108A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,4 NO / 2 NC SWGR 93-1,1322 1430-111 A GE HFA151 12HFA151 A2H 3 N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC [ Page 1 of 3
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- - - - - - - - . - ~ . - - - - - - . - - . - . . . - - ~ ~ _ - - .
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COWENTS 1/2-8801 143u112A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,4 NO / 2 NC SWGR 13-1,1322 1430114A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 14-1,1424 10A-K108 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y WS VDC,6 NO contacts SWGR 14-1,1428 10A-K188 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads SWGR 16,1851 10A-K18 GE HFA151 12HFA151A2H Y NC 901-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC SWGR 19,1951 10A-K18 GE HFA151 12HFA151A2H Y NC 901-33 GERS-HFA151 Y 125VDC,4 NO / 2 NC SWGR 101,1424 10A-K218 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts 1-':00134A-MO 104-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO carences 1-1001-348-MO 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO antacts 1-1001-36A-MO 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-368-MO 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordness SWGR 13-1,1324 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts SWGR 13-1,1326 10A-K58 GE HFA151 .2HFA151 A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 14-1,1424 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts SWGR 1G1,1426 10A-K58 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-294-MO , 10A-K868 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC 1-1001 P98-MO 10A-K678 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-100134A-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-10D1348-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-36A-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordmets 1-1001 388-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901 33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-it301 3-MO 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO mntacts
- SWGR 131,1324 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts SWGR 13-1.1328 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 101,1424 10A-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads
- SWGR 1G1,1426 104-K78 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO anlads 1-1001348-MO 10A-K98 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordmets 1-1001-368-MO 10A-K98 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cantacts SWGR 101,1428 10A-K98 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1-8801 1430-1038 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 112-6801 1430-1038 GE HFA151 12HFA151A2H N 4
NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads 1-8801 1430-1048 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts , 112 418 01 1430 1048 GE HFA151 12HFA161A2H N NO 901-33 GERS.HFA151 Y 125 VDC,6 NO contacts 1-1301-61-MO 1430-1058 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts i 1-0801 1430-1058 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contads 1G-6801 1430-1058 GE HFA151 12HFA151A2H N NO ' 901-33 GERS-HFA151 Y 125 VDC,6 NO cordacts t-8801 1430-1068 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-8807 1430-1068 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,6 NO cordoces 1-8801 1430 1089 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC EWGR 101,1422 1430-111b GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 9-8801 1430-1128 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC Page 2 of 3
! SQUG UNIT 1 RELAYS GERS SCREENING AD EOP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG 3 COSSAENTS l SWGR 1G1,1422 1430-1148 GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 1-2301 4 440 2330-1008 GE HFA151 12HFA151A2H N NO 901-30 GERS-HFA151 Y 125 VDC,6 NO contacts 1-2301 4 440 2330-1128 GE HFA151 12HFA151A2H N NO 901-39 GERS-HFA151 Y 125 VDC,6 NO cornmets 14t301444O 2330-115 GE HFA151 12HFA151A2H N NO 901-39 125 VDC,6 NO contads GERS-HFA151 Y i 1-100129A-MO - 10A-K37A GE HrA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125VDC,4 NOI2 NC 1-1001 "W8440 104-K37A GE HFA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125VDC,4 NO / 2 NC 1-1001-294 440 10A-K39A ; GE HFA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125 VDC,6 NO contacts 6 1-1001-298 440 10A-K39A GE HFA151 12HFA151A2H N NO 901-46 GERS-HFA151 Y 125 VDC,6 NO contads ; 1 1001-29A400 10A-K43A GE HFA151 12HFA151A2H N NO 901-4ti ' GERS-HFA151 Y 125 VDC,6 NO conteds 1-1001-298 440 10A-K43A GE HFA151 12HFA151A2H N NO 900 4 GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001 294440 10A-K378 GE HFA151 12HFA151A2H N NO '01-47 GERS-HFA151 Y 125 VDC,4 NO / 2 NC i 1-10014'98 440 10A-K379 GE HFA151 12HFA151A2H N NO 101-47 j GERS-HFA151 .Y 125 VDC,4 NO I2 NC ! 1-1001-294440 10A-K398 GE HFA151 12HFA151A2H N NO 901-47 GERS-HFA151 Y 125 VDC,6 NO cantacts 1-1001-298440 10A-K398 GE HFA151 12HFA151A2H N NO 901-47 GERS-HFA151 Y 125 VDC,6 NO cantacts 1-10014WA-MO 10A-K438 GE HFA151 12HFA151A2H N NO 901-47 t GERS-HFA151 Y 125 VDC,6 NO contacts 1-1001-298440 10A-K438 GE HFA151 12HTA151A2H N NO 901-47 GERS-HFA151 Y 125 VDC,6 NO contacts I l 1 1301-61440 13A-K1 GE HFA151 12HFA151A2H N NO 901-48 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-6801 1430-103A GE HFA151 52HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 125 VDC,6 NO contacts, part of nameplate was argummy covered but can be aneumed to be conect 1G-8801 1430-104A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y bened on um_. to e4mcent relays. ! 1G4801 1430105A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO conteds .' 1/24801 1430-106A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contads 1G-6801 1430-112A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,4 NO / 2 NC contacts I 1G-5203 1430135A GE HFA151 12HFA151A2H Y NC 902-32 GERS-HFA151 Y 125 VDC,6 NO cortads I
, SWGR 18,184C 1430-135A GE HFA151 12HFA151A2H Y NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 1G-6801 1430-1038 GE HFA151 12HFA151A2H N NO 902-33
[ GERS-HFA151 Y 125 VDC,6 NO contacts l 10-8801 1430-1048 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts I II2-6809 1430-1068 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordnets 1G-6801 1430 1068 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts ! L 1 i i , Page 3 of 3
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lD AD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COMMENTS 24203-38-RV 287-1088 GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC , 3 NO / 3 NC 3-0203-3C-RV 287-106C GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 3-0203GD-RV 287-108D GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC 102Cl3-3E-RV 287-106E GE HFA151 12HFA151A2H Y NO 2202-32 GERS-HFA151 Y 125 VDC ,3 NO / 3 NC SWGR 23-1,2322 1430-111 A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC, SNO /1NC SWGR 23-1,2322 1430-114A GE HFA151 12HFA151A2H N NO 901-32 GERS-HFA151 Y 125 VDC,5NO f 1NC SWGR 24-1,2426 1430-111 B GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO f 1 NC SWGR 24-1,2428 1430-114B GE HFA151 12HFA151A2H N NO 901-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 23-1. 2326 10A-K10A GE HFA151 12HFA151 A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2324 10A-K18A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cortacts SWGR 23-1,2326 10A-K21A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 3-1001-34A-MO 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 2-1001-348-MO 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 2-1001-36A-MO 10A-KSA GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO mntacts S1001-368-MO 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 231,2324 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2326 10A-K5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 24-1,2424 10A-M5A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 24-1,2426 10A-KSA GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 125 VDC,5 NO /1 NC, part of nameplete was actually covered but can be assumed 3-1001-29A-MO 10A-K66A GE to be correct based on componeon to HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y -4 telays. 125 VDC,5 NO /1 NC, part of nomepiele was actually covered but can be assumed 11001-298-MO 10A-K67A to be correct beeed on compartoon to GE HFA151 12HFA151A2H N NO 902-32 3-33013MO GERS-HFA151 Y '
.- -- -a releys.
10A-K7A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 3-1001-34A-MO 10A-K7A GE HFA151 12HFA151 A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 3-1001-348-MO 10A-K7A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 31001-36A-MO 10A4(7A GE HFA151 12HFA151 A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 41001-36B-MO 10A-K7A GE HFA151 12HFA151A2H N NO 902-32 { y HFA151 Y 125 VDC,6 NO antacts SWGR 23-1,2324 10A-K7A GE HFA151 12HFA151A2H N NO 9G2-32 G7hp HFA151 SWGR 23-1,2326 1CA-K7A Y 125 VDC,6 NO contac's GE HFA151 12HFA151A2H N NO 902-32 SWGR 24-1,2424 10A-K7A GEdS-HFA151 Y 125 VDC,6 NO contacts GE HFA151 12HFA151A2H N NO 902-32 SWGR 24-1,2426 10A-K7A GERS-HFA151 Y 125 VDC,6 NO contacts GE HFA151 12HFA151A2H N NO 902-32 3-10013'^ t'O GERS-HFA151 Y 125 VDC,6 NO contacts 10A-K9A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts 31001-36A-MO 10A-K9A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2324 1M-KSA GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO contacts Page 1 of 3
SQUG UNIT 2 REL.AYS GERS SCREENING EQP.lO AD CONTACT -MFGR TYPE MODEL ENERG NOINC PANEL SAT MTG C04AWENTS 24801 1430-103A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO corences 125 VDC,6 NO cantads, part of nomspede was aceumsy covered but can be 2-6001 1430-104A GE assumed to be corted based on HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y _. lo e4meent relays. 24001 1430-105A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cordade 3-6801 1430-108A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cordeds SWGR 28,284C 1430-135A GE HFA151 12HFA151A2H N NO 902-32 GERS-HFA151 Y 125 VDC,6 NO cordeds SWGR 24-1,2425 10A-K108 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO corends SWGR 24-1,2424 10A-K188 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO corende SWGR 28,2851 104-K18 GE HFA151 12HFA151A2H Y NC 90243 GERS.HFA151 Y 125 VDC,4 NO / 2 NC j SWGR 29,2E1 104-K18 GE HFA151 12HFA151A2H Y NC 902-33 GERS-HFA151 Y 125VDC,4 NO 12 NC ! SWGR 24-1,2426 10A-M218 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO amtects } 3-1001-34A440 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 2-1001-348440 10A-K58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC
- 2-1001-36A440 10A-M58 GE HFA151 12HFA151A2H N i NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 3-1001J88440 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 23-1,2324 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO/1 NC i SWGR 23-1,2326 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS HFA151 Y 125 VDC,5 NO /1 NC f SWGR 24-1,2424 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC SWGR 24-1,2426 10A-M58 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC 3-1001-29A440 10A-M888 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,4 NO / 2 NC 2-1001-298440 104-M578 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,5 NO /1 NC M301-M40 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts i 2-1001-34A440 104-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cortects 3-1001-348440 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts 1 "!-1001-36A440 10A-KFB GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contads 3-1001-388 440 104-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-NFA151 Y 125 VDC,6 NO contads SWGR 23-1,2324 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS HFA151 Y 125 VDC,6 NO contacts SWGR 23-1,2326 104-K78 GE HFA151 l 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordaces j SWGR 24-1,2424 10A-K78 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts i SWGR 24-1,2426 104-K78 GE HFA151 12HFA151A2H H NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contads 2-1001-348 440 104-M98 GE HFA151 12HFA151A2H
' N_ NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordeds 3-9001-388440 1044Gl8 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts ! SWGR 24-1,2424 104-M98 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordams l 24801 1430 1038 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contads 2-6801 1430-1048 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO conences j 3-8001 1430-1058 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO contacts 34801 1430-1088 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,6 NO cordacts l Page 2 of 3
i SQUG UNIT 2 RELAYS GERS SCREENING EQP.ID CONTACT MFGR AD TYPE MODEL ENERG NO/NC I 24801 PANEL SAT MTG 1430-1088 GE HFA151 12HFA151A2H COW 4ENTS N NO 902-33 GERS-HFA151 2-8801 1430-1128 GE 'i 125 VDC. 5 NO /1 NC HFA151 12HFA151A2H N NO 24801 902-33 GERS-HFA151 Y 125 VDC,4 NO12 NC 1430-1128 GE HFA151 12HFA151A2H N NO 902-33 GERS-HFA151 Y 125 VDC,4 NO12 NC 2-2301-344O 2330-1008 GE HFA151 12HFA151A2H N NO 902-39 ! 2-2301-344O 2330-1128 GE GERS-HFA151 Y 125 VDC,6 NO carends HFA151 12HFA151A2H N NO 2-2301-3440 902-39 GERS-HFA151 Y 125 VDC,6 NO certads 2330-115 GE HFA151 12HFA151A2H N NO 902-39 GERS-HFA151 Y 2-1001-29A400 104-K37A GE 125 VDC,6 NO carends HFA151 12HFA151A2H N NO 2-1001-298440 902-46 GERS-HFA151 Y 125 VDC,4 NO / 2 NC 104-K37A GE HFA151 12HFA151A2H N NO 902-46 GERS-HFA151 Y 21001-29A400 104-K39A GE 125 VDC,4 NO / 2 NC HFA151 12HFA151A2H N NO 2-1001-298440 90246 GERS-HFA151 Y 125 VDC,6 NO contads 10A-K39A GE HFA151 12HFA151A2H N NO 902-46 GERS-HFA151 Y 125 VDC,6 NO contads 2-1001-294440 104-K43A GE HFA151 12HFA151A2H N NO 902-46 ; 2-1001-298 440 10A-K43A GE GERS-HFA151 Y 125 VDC,6 NO cordeds I HFA151 12HFA151A2H N NO 90246 2-1001-29A440 10A-K378 GE GERS-HFA151 Y 125 VDC,6 NO contads HFA151 12HFA151A2H N NO 2-1001-298440 902-47 GERS-HFA151 Y 125 VDC,4 NO /2 NC 10A-K378 GE HFA151 12HFA151A2H N NO 902-47 GERS-HFA151 Y 125 VDC,4 NO / 2 NC
&1001-29A400 10A-K398 GE HFA151 12HFA151A2H N NO 90247 2-1001-298440 10A-K398 GE GERS-HFA151 Y 125 VDC,6 NO contacts I HFA151 12HFA151A2H N NO 2-1001-294440 902-47 GERS-HFA151 Y 125 VDC,6 NO contads
, 10A-K438 GE HFA151 12HFA151A2H N NO 90247 GERS-HFA151 2-1001-298440 10A-K438 GE Y 125 VDC,6 NO contads HFA151 12HFA151A2H N NO ; 41301 41440 902-47 GERS-HFA151 Y 125 VDC,6 NO contads 13A-K1 GE HFA151 12HFA151A2H N NO 90248 GERS-HFA151 Y 125 VDC,6 NO contacts i , e i T Page 3 of 3 t , t
i GERS - HGAl1 Eaulnescatlaia General Electric type HGAl1 and HGAlli relays l Canacity 125VDC relays (HGAl1 & HGAl11) ESA ZPA ! Non-Operate Operate Non-Operate Operate NO/NC EQEC NO/NC NO/NC 8.8g / NR 4.4g /10g 3.52g / NR 1,76g / 4g i 115VAC relays (HGAl1 only) ESA ZEA ! Non-Operate Operate Non-Operate Operate ! NO/NC NQ/NQ NQ/NC NO/NC ! 10g / NR 10g 4g / NR 4g ' Caveats I
- 1) Operation time adjustment shall be 17 msec. for 125VDC relays.
- 2) Operation time adjustment shall use "high tension spring setting" for 115VAC relays.
- 3) Voltage shallbe 120ViSV.
- 4) 'Ihere are no GERS available for the NC contact when the relay is deenergized. This configuration has been included in the " bad-actor" list.
References
- 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data)
Ellitalid i Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. 901-32 901-46 902-32 902-46 2212-45 901-33 901-47 902-33 902-47 2212-50 l Conclusion i This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-HGA11" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. t 1 4
. . _ , . . - . . _ .-.- . . - . - ...-~
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.1D CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS 115VAC , MounbnD ocrews were not visible and Ita-5727 1/2-5727-127W GE HGA11 12HGA11J70 Y NO/NC 2212-50 GERS-HGA11 there8ere ** rnourO,vcould not be wartAnd. 125 VDC, part of nam =pt=n= was actuesy covered but can be assumed to be correct h===, eon 1-1001-34A-MO 10A-K101 A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y comparison to W relays. 125 VDC, part of namepiele was actueur covered but can be aneumed to be correct bened on 1-1009-36A-MO 10A-K101 A GE HGA11 12HGA11J52G N NO 901-32 Y GERS-HGA11 comparison to W relays. 1-100129A-MO 10A-K63A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y 125VDC 125 VDC, part of nam =pW= was actueNy covered but can be assumed to be correct bened on 1-02G3-3A-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W ri,;. 125 VDC, part of nameplete was actuesy covered but can be mesumed to be correct bened on 1433538-RV 10A4G8A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to adjacent reisys. 125 VDC, part of nameplete was actuesy covered but can be assumed to be correct beood on I4)203 3C-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to ='-- --a ri, . 125 VDC, part of nameplete was actuesy covered but can be assumed to be correct bened on 1-0203-3D-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y m,W,.uii to =W--e relays. 125 VDC, part of twn=pe=a= was actuesy covered but can be aneumed to be correct booed on 1-0203-3E-RV 10A-K98A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y componeen to =1=c==1t relays. 125 VDC, per* of rwn=pa=n= was actuesy covered but can be soeumed to be correct bened on 1412034A ~tV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y componeon to - '----4 relays. 125 VDC, part of nameplete was actussy covered but can be mesumed to be correct bened on 1-020k36-RV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y componeen to =*-- -a ri,;. 125 VDC, part of nomeplete was actueNy covered but can be assumed to be correct bened on 1-020k3C-RV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to =^'- --a relays. 125 VDC, part of nam =pe=a= was actuety covered but can be assumed to be conect h==-eon 1-020k3tMtV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y w.,y.,e to =*- -e ri, . 125 VDC, part of nameplete wee actueNy covered but can be assumed to be correct bened on 1-030L3E-RV 1430-125A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y m v rs to =W--a relays. Page 1 of 3
-~. . . . . - . . . .. - - - - -
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lD CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhWENTS 125 VDC, part of nameplete was adM covered txd can be assumed to be correct bened on 10-8801 1430-127A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compermon to W relays. l 125 VDC, part of nameptete was actueNy covered but can be aneumed to be correct bened on 1-2301.M40 2330-142 GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to % relays. 125 VDC, part of namepiste was =r*=sy covered but can be soeumed to be correct bened on 14203-3A-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y comparison to % relevs. 125 VDC, part of nameplete was adungy covered but can ta soeumed to be arrect bened on 10203-38-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W relays. 125 VDC, part of namep!ste was ar*=ey covered but can be assumed to be correct bened on 1020h3C-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W relays. 125 VDC, part of te was actue#y covered but can be assumed to be correct bened on 14203-3D-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to % relays. 125 VDC, part of nam =f*a= was actueNy covered but can be assumed to be correct bened on 10203-3E-RV 287-112A GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y comparison to W relays. 125 VDC, part of norr=g*a= was actussy covered ; txd can be assumed to be correct bened on ' 14203-3A-RV 287-1128 GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W relays. i 125 VDC, part of narrut**= was ar*=sy covered ; but can be assumed to be correct bened on 1-020308-RV 287-112B GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W ri,;. 125 VDC, part of namepiele was adueNy covered tud can be assumed to be correct beoed on 1-02033C-RV 287-1128 GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W s /_,;. 125 VDC. part of narr=9eam was actuesy covered but can be assumed to be correct booed on 1-0203 3D-RV 287-112B GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to W ri,;. 125 VDC, part of narr=rea= was adueNy covered i but can be assumed to be correct bened on bO2G3-3E-RV 287-112B GE HGA11 12HGA11J52G N NO 901-32 GERS-HGA11 Y compenson to aqarard relays. 125 VDC. part of nameplete was actueNy mvered but can be assumed to be corred bened on 1-1004348-MO 10A-K1018 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y compenson to W ii ,a Page 2 of 3
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP. ID CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COMMENTS 125 VDC, part of re was ar*=ey covered but can be assumed to be arred bened on 1-1001-368-MO 10A-K1018 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y componean to W relays. 1-10014!98-MO 10A-K638 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 14%3A-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1-0203-38-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901 33 GERS-HGA11 Y 125 VDC 1 6 -RV 10A-K988 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1630-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1-0203-3E-RV 10A-K968 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1493-3A-RV 1430-1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1-0203-38-RV 1430-1258 GE HGA11 12HGA11J52G N NO '91-33 GERS-HGA11 Y 125 VDC 1-0203-3C-RV 1430-1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC INV 1430 1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 1N-RV 1430-1258 GE HGA11 12HGA11J52G N NO 901-33 GERS-HGA11 Y 125 VDC 125 VDC, part of nameplete was ar*=ey covered but can be assumed to be corred bened on 1-til801 1430-1278 GE HGA11 12HGA11J52G N NO 901 33 GERS-HGA11 Y compenson to W relays. ' 125 VDC, part of nernepiele was aremey covered txt can be assumed to be correct bened on 1-1001-29A-MO 10A-K36A GE HGA11 12HGA11J52G N NO 901-46 GERS-HGA11 Y comparison to % relays. 125 VDC, part of namepines was ar*=ey covered t:ut can be assumed to be correct bened on 1-1001-298440 10A-K36A GE HGA11 12HGA11J52G N NO 901-46 GERS-HGA11 Y compenson to W relays. 6 125 VDC, part of te was actussy covered tad can be eseumed to be correct bened on 1-1001-29A440 10A-K368 GE HGA11 12HGA11J52G N NO 901-47 GERS-HGA11 Y comperleon to adjacent relays. 125 VDC, part of nameplete was ar*=ey covered but can be assumed to be correct bened on 1-1001-29EM40 10A-K368 GE HGA11 12HGA11J52G N NO 901-47 GERS-HGA11 Y comparison to % relays. 125 VDC. part of te was ar*=ey covered but can be assumed to be correct bened on 113-8801 1430-127A GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y compenson to % relays. Page 3 of 3
SQUG UNIT 2 RELAYS GERS SCREENING EQP. tD CONTACT MFGR AD TYPE MODEL ENERG NO/NC SWGR 231,2329 PANEL SAT MTG OP GE HGA111 12HGA111A2F COMMENTS N NO 2212-45 GERS-HGA11 Y 125VDC 125 VDC, part of r@ ens aduesy 3-1001-34A-MO 10A-K101A GE HGA11 covered but con be assumed te be correct 12HGA11J52G N NO 90242 GERS-HGA11 Y w on w.,, ;.en to =E--e reisys. 125 VDC, part of nemapl=8= was adusty 3-1001-3fM-MO 10A-K101A GE HGA11 covered but can be assumed to be corred 12HGA11J52G N NO 902-32 3-1001-29A-MO 10A-K63A GERS-HGA11 Y beeed on 6.,, 4 to =L -e relays. GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 125 VDC 125 VDC, part of nameplete was ar*W M2013A-SO 10A-K96A GE HGA11 12HGA11J52G covered but can be assumed to be correct N NO 902-32 GERS-HGA11 Y h===<t on compenson to -a c,;. 125 VDC, part of namepiste was actuesy 24203-38-RV 10A-K96A GE HGA11 covered tad can be assumed to be conect 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on w., ; .6 to ='--.-e relays. 125 VDC, part of nameplete was ar*=sy 2-02013C-RV 10A-K96A GE HGA11 covered but can be assumed to be correct 12HGA11J52G N NO 902-32 GERS-HGA11 Y hamari on w., ;.ea to ='----a relays. 125 VDC, part of namepiste was actussy 3-0203-3D-RV 10A-K96A GE HGA11 covered but can be assumed to be correct 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on m., ;.on to =e--e raisys. 125 VDC, part of nameplete was actusBy 242013E-RV 10A-K96A GE HGA11 12HGA11J52G covered but can be assumed to be correct N NO 902-32 GERS-HGA11 Y based on m.w; 06 to :--2--e relays. 125 VDC, part of nameplete was actuspy 3-0203,WSO 1430-125A GE covered but can be assumed to be correct HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on -., ;.un to :-W-e relays. I 125 VDC,part of namepiele was actumpy i 2-020138-RV 1430-125A GE covered but can be assumed to be corred HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y based on compr sn to 1'- -e relays. Page 1 of 4
SQUG UNIT 2 RELAYS GERS SCREENING EQP.10 CONTACT MFGR AD TYPE MODEL ENERG NOINC PANEL SAT MTG COhS4ENTS 125 VDC, part of nomepisen mee actueur 2-02053C-RV 1430-125A GE HGA11 covered but can be eseumed to be corred 12HGA11J52G N NO 902-32 GERS-HGA11 Y bened on c -. to acgocent relays. 125 VDC, part of namepiste was adummy 3-020L30-RV 1430-125A GE HGA11 12HGA11J52G covered but can be assumed to be corred N NO 902-32 GERS-HGA11 Y bened on { .. -. to are=r=W relays. 125 VDC, part of namepiste was actussy 2-02053E-RV 1430125A GE HGA11 12HGA11J52G wvered but can be ameumed to be corred N NO 902-32 GERS-HGA11 Y beood on -n _. to afecent relays. 125 VDC, part of namepiste was actussy 2-2301-M40 2230-142 GE HGA11 12HGA11J52G covered but een be emeumed to be correct N NO 902-32 GERS-HGA11 Y 3-0203-3A-SO 287-112A GE HGA11 12HGA11J52G N beoed on - .- -i to ~ * .; relays. NO 902-32 GERS-HGA11 Y 125 VDC 2-0203-38-RV 287-112A GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 3-0203-3C-RV 287-112A GE 125 VDC HGA11 12HGA11J52G N NO 902-32 24303 30-RV GERS-HGA11 Y 125 VDC 267-112A GE HGA11 12HGA11J52G N NO 902 32 GERS-HGA11 Y 125 VDC 2-0203-3E-RV 287-112A GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 3-0203 3A-SO 297-1129 Y 125 VDC GE HGA11 12HGA11J52G N NO 902-32 24203-38-RV GERS-HGA11 Y 125 VDC 237-1128 GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 125 VDC 342053C-RV 287-1128 GE HGA11 12HGA11J52G N NO 902-32 GERS-HGA11 Y 125 VDC
'M1203-30-RV 267-1128 GE HGA11 12HGA11J52G N NO 902-32 GERS-HCA11 Y 342CG-3E-RV 267-1128 125 VDC GE HGA11 12HGA11J52G N NO 902 C GERS44GA11 Y 125 VDC i
125 VDC, part of nameplete wee actuesy j 3-1001-348440 104-K101B GE HGA11 12HGA11J52G covered tud can be assumed to be correct N NO 902-33 GERS-HGA11 Y beood on- _. _, to arq=rwt relays. i 125 VDC, part of nameplete was =r*ammy 2-1001-388440 10A-K1018 GE HGA11 12HGA11J52G covered but can be assumed to be correct N NO 902-33 GERS-HGA11 Y beood on r , _ -. to esqecent relays. a 125 VDC, part of nomspete wee actussy 2-1001-298 440 10A-K838 GE HGA11 12HGA11J52G covered but can be eseumed to be correct N NO 902-33 GERS-HGA11 Y bened on c_. -, to actocent relays. Page 2 of 4
.- .- ~ . - . . . - . . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- l SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT AD MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COMMENTS I 125 VDC, part of nameplete was ar*amey 3N-SO 10A-K968 GE HGA11 12HGA11J52G N NO covered but can be eseumed to be correct 902-33 GERS-HGA11 Y bened on -.w 6. to ; _-a relays. 125 VDC, part of nomepiele was ar*amey 30203-38-RV 10A-4G68 GE HGA11 12HGA11J52G N covered but can be mesumed to be conect NO 902-33 GERS-HGA11 Y bened on w.wL~ to ;- _--a relays. 125 VDC, part of nameplete was ar*amey 2-0203-3C-RV 10A-K968 GE HGA11 12HGA11J52G cowred but can be aneumed to be correct t N NO 902,33 GERS-HGA11 Y bened on w.w' ua to * --a relays. i; 125 VDC, part of nameplete was actuesy 2-020130-RV 10A-K968 GE HGA11 12HGA11J52G covered but can be AW to be correct N NO 902-33 GERS-HGA11 Y hamare on w.w n to *---e relays. 125 VDC, part of nameplaw was actussy 3-0203-3E-RV 10A-K968 GE HGA11 12HGA11J52G covered but can be aneumed to be correct N NO 902-33 GERS-HGA11 Y hamad on w.we. to ad scent relays. 125 VDC, part of nemarinha wge aClumsy 2-0203-3A-SO 1430-1258 GE HGA11 covered but can be amoumed to be correct ' 12HGA11J52G N NO 902-33 GERS-HGA11 Y hamad on a .y R. to ~ - 4.c ,a 125 VDC, part of namepiele was actuesy 3-0203-38-RV 1430-1258 GE HGA11 12HGA11J52G covered but can be aneumed to be correct L N NO 902-33 GERS-HGA11 Y hamad on compenson to =" -4 rolsys. " 125 VDC, part of nomspiele was actuesy 2-0203-3C-RV 1430-1258 GE covered but can be assumed to be correct HGA11 12HGA11J52G N NO 902-33 GERS-HGA11 Y bened on w., 6~. to 19-4 relays. 125 VDC, part of nameplete was actussy 2EJG3-3D-RV 1430-1258 GE covered but can be eseumed to be correct HGA11 12HGA11J52G N NO 902-33 GERS-HGA11 Y bened on w., 6 to " -4 releys. Page 3 of 4
SQUG UNIT 2 RELAYS GERS SCREENING r EQP.l0 CONTACT AD MFGR TYPE MODEL ENERG NOMC PANEL SAT MTG COMMENTS 125 VDC, part of namepiste wee aceumsy 24203 3E-RV 1430-1258 GE HGA11 12HGA11JS2G covered but can be soeumed to be conect N NO 90243 GERS-HGA11 Y h== art on -.W . to art =r=nt relayo. 125 VDC, part of re wee actuesy 1-Ca)1 1430-127B GE HGA11 cowred but can be aneumed to be comet 12HGA11JS2G N NO 902-33 2-1001-29A-MO 10A-K36A GE HGA11 GERS-HGA11 Y bened on w.g .to 1 =4 reimys. 12HGA11JS2 N NO 902-46 GERS-HGA11 Y 2-1001-298-MO 10A-K36A 125 VDC GE HGA11 12HGA11JS2 N NO 902-46 GERS-HGA11 Y 125 VDC 125 VDC, part of namepente woe actumpy ! 2-1001-29A-MO 10A-K368 GE HGA11 12HGA11J52G covered but can be assumed to be coned N NO 902-47 GERS-HGA11 Y h== art on compenson to =7.--a reisys. 125 VDC, part of namepiste wee actumby 2-1001-298440 10A-K368 GE HGA11 12HGA11JS2G covered but can be assumed to be corred N NO 902-TT GER h 11 Y h== art on w.W -. to ='= -a reisys. Page 4 of 4
F l GERS -ITE l l Eeuinment Data l ITE27 solid state unde oltage relays and ITE59 solid state overvoltage relays ! Canaelty PSA R.A . Non-Operate Operate Non-Operate Operate l NO/NC NO/NC l NO/NC NO/NC i 15g 15g 6g 6g l Caveats l i
- 1) Time dial setting must be unity or greater . '
. References l
- 1) EPRI document NP-7147-SL, Appendix B -(seismic capacity data)
EtRABd Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay report for seismic demand at each panel. MCC 18/19-5 MCC 28/29-5 901-32 % 1-33 Conclusion This fonn is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS- . ITE" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are applicable. I l 1 l l , l
CQUG UNIT 1 RELAYS GERS SCREENING AD EQP.1D CONTACT MFGR TYPE MODEL ENER NOiNC PANEL SAT MTG COMMENTS SWGR 18,1851 27NA ABB ITE27 ITE27N N NO MCC 18/1M (D3) GERS-ITE Y Cat 411T4375-L, Time cast osang = 4 SWGR 19,1951 27NA ABB ITE27 ITE27N N NO MCC 18/1M (D3) GERS-ITE Y Cat 411T4375-L Tme chel somng = 4 SWGR 18,1851 59N ABB ITE59 ITES9N N NO MCC 18/1M (D3) GERS-ITE Y SWGR 19,1951 Cat 411U4175-L, Time skal seen0 = 6 59N ABB ITE59 ITE59N N NO MCC 18/1M (D3) GERS-ITE Y Cat 411U4175-L, Time dial aseng = 6 Page 1 of 1
SQUG UNIT 2 RELAYS GERS SCREENING EOP.lO CONTACT AD MFGR TYPE MODEL ENERG NO/NC PANEL SWGR 23-1,2322 SAT MTG COMMENTS 1430-310 AGASTAT ETR ETR14D30002 N NO 901-32 GERS-ITE Y 125VDC, T.. A v .55-15 eec SWGR 24-1,2428 1430 312 AGASTAT ETR ETR14D38002 N NO 901-33 GERS-ITE Y 125 VDC T.. , .55-15 see SWGR 28,2851 27NA ABB ITE27 ITE-27N N NO MCC 28/29-5(D3) GERS-ITE Y Cet 411T437M., Time dial samng = 4 SWGR 29,2951 27NA ABB ITE27 ITE-27N N NO MCC 28/2Ni(D3) GERS-ITE Y Cet 411T437M., Time dial somng = 4 SWGR 28,2851 SON ABB ITE50 ITE-SON N NO MCC 28/2Ni(D3) GERS-ITE Y Cet 411U4175 L. Time dlel samng = 6 SWGR 29,2951 SON ABB ITE50 ITE-5ON N NO MCC 28/29-5 (D3) GERS-ITE Y Cet 411U417M., Trne dial aseng = 6 Page 1 of 1
l 1 GERS - MCCS i l Eaainment Data i 1 All contactors and overload relays located in the following 480 & 208VAC MCCs : l l 18-1A 19-1 28-1A 29-1 ' 18-1A-1 19-1-1 28-1A-1 29-1 1 18-1B 19-4 28-1B 29-4 18/19-5 28/29-5 All contactors and overload relays located in 250VDC MCCs I A, IB,2A, and 2B. i Canacity PSA = 1.5 1 ZPA = 1 l Demand (See Appendix D of the relay report) For all referenced MCCs except 18/19-5 and 28/29-5 : PSA = 1.44 ZPA = .49 For MCCs 18/19 5 and 28/29-5 : PSA= 1.00 ZPA = .41 Refertacts
- 1) EPRI document NP-5223-SL, rev.1; " Generic Seismic Rugd=s of Power Plant Equipment" Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay reportas "GERS-MCCS" for all devices screened by this capacity vs demand evaluation. These components are all adequately mounted within their MCC and therefore the referenced capacities are applicable.
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I f sous ! UNIT 1 RELAYS l GERS SCREENING i i AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG CORA4ENTS E See 1 contador;ima cce 52375 ego 22; rigM I 1-1001-4A-MO 42/MC GE CR109 CR100C0 MCC 18-1 A (A2) GERS-MCC Y cet - 15021G22 i 1-1001-188A-MO 42/MO GE CR109 CR100CO MCC 18-1 A (B2) GERS-MCC Y NEMA size 1 I 1 1402-4A-MO 42/MO GE CR100 CR100CO MCC 18-1 A (84) GERS-MCC Y NEMA size 1 1-0220-1-MO 42/O GE CR100 CR100C0 f MCC 18-1 A (03) GERS-MCC Y NEMA size 1 1 1/2-5203 42/M GE CR108 CR106CO MCC 18-1 A (E1) GERS44CC Y NEMA mire 1 1/2-5201-SO MIa GE [ CR108 CR108CO MCC 18-1 A (E1) GERS-MCC Y NEMA size 1 1-1001-187A-MO 42/MO GE CR109 CR100CO MCC 18-1 A (b;l GERS44CC Y NEMA size 1 1/2-5727 42/M GE CR108 CR108EO MCC 18-1 A (G2, GERS-MCC Y NEMA size 3 1-1201-2-MO 42/MO GE CR109 CR100C0 MCC 18-1 A (H1? GERS44CC Y NEMA sian 1 1-1001-185A440 42/MC GE CR109 CR100CO MCC 18-1 A (Hz) GERS44CC Y NEMA eine 1 [ 1-1001-20-MO 42/O f GE CR108 CR106CO MCC 18-1 A-5 (C1) GERS44CC Y NEMA eine 1 L 1-1001-18A-MO 42/MO GE CR100 CR100C0 MCC 18-1 A-1 (C3) GERS44CC Y NEMA size 1 , 1-1001-23A440 42/MO GE CR109 CR100CO MCC 18-18 (81) GERS44CC Y NEMA size 1 l 1-1001-19A440 42/MC GE CR100 CR100CO MCC 18-1B (82) GERS-MCC Y NEMA size 1 1-1001-43A440 42/MO GE CR109 CR100CO MCC 18-1B (B3) GERS44CC Y NEMA size 1 1-1001-5A44O 42/MO GE CR100 CR100CO MCC 18-1B (84) GERS44CC Y NEMA stre 1 , 1-1001-34A440 42/MO GE CR109 CR100C0 MCC 18-18 (C1) GERS44CC Y NEMA size 1 j 1 1001-50-MO 42/MO GE GERS44CC Y Conlador MCC 18-1B (C2) 1-1001-16A440 42/MC GE CR100 CR100CO MCC 18-1B (C3) GERS44CC Y NEMA size 1 1-1001-38A-MO 42/MO GE CR109 CR109CO MCC 18-18 (D1) GERS44CC Y NEMA site 1 ! 1-1001-7A440 42/MC GE CR109 CR100C0 MCC 18-18 (D3) GERS44CC Y NEMA size 1 1-1001-438 440 42/MO GE CR109 CR100CO GERS44CC Y NEMA eire 1 MCC 18-1B (D4) SWGR 18,1851 42M MCC 1&t9-5 (A2) GERS44CC Y NEMA size 3 SWGR 18,1851 CR18 N NO MCC 1&19-5 (A2) GERS44CC Y contactor ! SWGR 19,1951 CRIS N NO MCC 18/19-5 (A2) GERS44CC Y contactor SWGR 19,1951 M18 N NC MCC 1&19-5 (A2) GERS44CC Y NEMA size 3 f SWGR 18,1851 M18 N NC i MCC 18/19-5 (A2) GERS44CC Y NEMA
- 3 1-1001-294-MO 42/MO MCC 1&11Mi(84) GERS44CC Y NEMA see 2 1 1001-28A440 CR-R MCC 18/19-5 (C1) GERS44CC Y contactor ;
1-1001-28A440 R GE CR106 CR108FO MCC 1&19-5 (C1) GERS44CC Y NEMA _ size 4 j SWGR 19,1951 42M MCC 18/19-5 (D2) GERS44CC Y corteciar > SWGR 18,1851 CR19 Y NO MCC 18/19-5 (D2) GERS44CC Y cordoctor SWGR 19,1951 CR19 Y NO Y contactor MCC 18/19 5 (D2) GERS44CC l SWGR 18,1851 M19 Y NO Y contactor ' MCC 18/19-5 (D2) GERS44CC SWGR 19,1951 M19 Y NO Y cor*=r*r MCC 18/19-5 (D2) GERS44CC : 1-1001-298440 42/MO Y NEMA size 2 MCC 18/19-5 (E4) GERS44CC l 1-1001-288 440 CR-R MCC 18/19-5 (F1) GERS44CC Y contactor I i (1-1001-288-MO R MCC 18/19-5 (F1) GERS44CC Y NEMA size 4 ! Page 1 of 2 I a,---- - - - . _ - - - - - - - - - - - - - - - - - - _ - - - . . - - - - - - - -
SQUG UNIT 1 RELAYS GERS SCREENING AD EQP.lO CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG COhWENTS Size 1 contactor; ces - 56 523758G022 or 15021G22 (could not determinem wee ser 1-1001-48440 42/MC GE CR109 CR100C0 MCC 191 (B3) GERS44CC Y close) 1-1001-1868-MO 42/MO GE CR109 CR100C0 MCC 191 (C2) GERS44CC Y NEMAsee1 1-1001-368 440 42MO GE CR109 CR109CO MCC 191 (D1) GERS44CC Y NEMA size 1 1-1402-48440 42/MO GE CR109 CR100CO MCC 19-1 (E1) GERS44CC Y NEMA stee 1 1-1001-1858 440 42/MC GE CR100 CR100CO MCC 19-1 (E2) GERS44CC Y NEMA size 1 1-1001-1878440 42/MO GE CR109 CR100C0 MCC 19-1 (F3) GERS44CC Y NEMA ette 1 1 1001-18B440 42/MO GE CR109 CR100CO MCC 19-1-1 (81) GERS44CC Y NEMA stre 1 1 1001-168440 42/MC GE CR109 CR100C0 MCC 19-4 (A4) GERS44CC Y NEMA stee 1 1-1001-238440 42/MO GE CR100 CR100C0 MCC 19-4 (81) GERS44CC Y NEMA stee 1 1-1001-7C440 42MC GE CR100 CR100C0 MCC 19 4 (83) GERS44CC Y NEMA stan 1 1-1001-43C440 42/MO GE CR100 CR100C0 MCC 1S4 (84) GERS44CC Y NEMA eize 1 1-1001-348 440 42/MO GE CR109 CR100CO MCC 19-4 (C1) GERS44CC Y NEMA stre 1 1-1001-198440 42MC GE CR109 CR100C0 MCC 19-4 (C2) GERS44CC Y NEMA etee 1 1-1001-430 400 42/MO GE CR109 CR100CO MCC 194 (D2) GERS44CC Y NEMA ette 1 1-1001-58440 42/MO MCC 194 (D3) GERS44CC Y Cordactor 1-1201-S440 72/C N NO/NC MCC 1 A (FO2) GERS-MCC Y Contactor 1-1201-5-MO 72M N NO MCC 1 A (FO2) GERS44CC Y Cordactor 1-1201-5 4 0 72/O N NO/NC MCC 1 A (FO2) GERS44CC Y Cordactor 1-2301-3-MO 72/C GERS44CC Y Cordac4ar MCC 1 A (G01) 1-2301-3440 72M MCC 1 A (G01) GERS44CC Y Contactor 1-2301-M40 72/O MCC 1 A (G01) GERS44CC Y Contactor 1-1301-61440 72/C MCC 18 (WO2) GERS44CC Y Contactor 5 1-1301-61440 72M MCC 18 (WO2) GERS44CC Y Contactor 1-1301-61440 72/O GERS44CC Y Contactor MCC 1B (WO2) 1/2-5203 42M GE CR106 CR106CO MCC 28-1 A (A1) GERS44CC Y NEMA size 1 1/2-5727 42M GE CR106 CR106EO MCC 28-1 A (A2) GERS44CC Y NEMA size 3 i Page 2 of 2 1 _ _ . . _ _ __.__________.._.____._..__________.m. _ _ . _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ _ _ _ - __ _-.._m .- _ _ ,-m
SQUG , UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT AD MFGR TYPE MOOEL ENERG NO/NC PANEL SAT MTG C0044ENTS 2-1402-4A440 42MO GE CR100 CR100C0 1-1001-4A-MO MCC 28-1 A (A4) GERS44CC Y NEMA 1 42A4C GE CR100 CR100C0 2 0220 1400 MCC 28-1 A (81) GERS-MCC Y NEMA 1 42tO GE CR100 CR100C0 R-1001-188A440 MCC 28-1 A (C3) GERS44CC Y NEMA 1 42fMO GE CR100 CR100C0 l MCC 28-1 A (F1) GERS44CC Y NEMA 1 l 2-1201-2-MO 42/MO GE CR100 CR100C0 MCC 28-1 A (G1) GERS44CC Y NEMA 1 I 2-1001-185A440 42M C GE CR100 CR100C0 MCC 28-1A (G2) GERS44CC Y NEMA 1 2-1001-20-MO MCC 28-1 A-1 l 42/O GE CR100 CR100C0 (C1) GERS44CC Y NEMA 1 ' l MCC 28-1 A-1
- 2-1001-18A440 42/MO GE CR100 CR100C0 2-1001-23A-MO (C3) GERS44CC Y NEMA 1
( 42M O GE CR100 CR100C0 ( 2-1001-194 440 42fMC MCC 28-18 (81) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-43A440 42fMO MCC 28-18 (B2) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-5A440 42fMO MCC 28-1B (83) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-34A440 42MO MCC 28-1B (84) GERS44CC Y NEMA 1 l GE CR100 CR100C0 2-1001-50400 42M O MCC 28-1B (C1) GERS44CC Y NEMA 1 GE 2-1001-16A440 42MC MCC 28-18 (C2) GERS44CC Y NEMA 2 GE CR100 CR100CO 2-1001-36A440 42/MO MCC 28-18 (C3) GERS44CC Y- NEMA 1 GE CR100 CR100C0 2-1001-187A440 42/M O MCC 28-18 (D1) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-7A440 42fMO MCC 28-18 (D2) GERS44CC Y NEMA 1 GE CR100 CR100C0 2-1001-438 440 42MO MCC 28-18 (D3) GERS44CC Y NEMA 1 GE CR100 CR100C0 MCC 28-18 (D4) GERS44CC Y NEMA 1 SWGR 28,2851 42M MCC 20/205 (A2) GERS44CC Y NEMA 5 SWGR 20,2051 42M MCC 28/295 (A2) GERS-MCC , V NEMA 5 SWGR 28,2851 CR28 N NO MCC 28/2M(A2) GERS44CC Y contactor SWGR 20,2051 CR28 N NO MCC 28/20-5 (A2) GERS44CC Y contactor SWGR 28,2851 M26 N NC MCC 28/20 5 (A2) GERS44CC Y NEMA 5 SWGR 20,2051 M28 N NC MCC 28/29 5 (A2) GERS-MCC Y NEMA 5 3-1001-294-MO 42M O GE MCC 28/20-5 (B4) GERS44CC Y NEMA 2 Page 1 of 3 a
~ _ . _ . . _ _ . - - -- - - - - ~~
SQUG UNIT 2 RELAYS GERS SCREENING EQP.lO CONTACT AD MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COhA4ENTS 2-1001-28A440 CR-R MCC 28/2EMi(C1) GERS44CC Y contactor SWGR 28,2851 CR29 Y NO MCC 28/29-5 (D2) GERS44CC Y contactor SWOR 29,2951 CR29 Y NO MCC 20/29-5 (D2) GERS44CC Y contactor SWGR 28,2851 M29 Y NO/NC MCC 28/29 5 (D2) GERS44CC Y NEMA 5 SWGR 29,2951 M29 Y NOINC MCC 28/21Mi(D2) GERS44CC Y NEMA 5 2-1001-298440 42/MO GE MCC 28/2EMi(E4) GERS44CC Y NEMA 2 2-1001-288440 CR-R MCC 28/29 5 (F1) GERS44CC Y contactor 2-1001-28EN40 R 2-1402-48440 42/MO MCC 28/21Mi(F1) GERS44CC Y NEMA 4 GE CR109 CR100CO 2-1001-48440 MCC 29-1 (C1) GERS44CC Y NEMA 1 42/MC GE CR109 CR100C0 2-1001-1858440 MCC 29-1 (H1) GERS44CC Y NEMA 1 42/MC GE CR109 CR100CO 2-1001-1868 44O MCC 29-1 (H2) GERS44CC Y NEMA 1 42/MO GE CR109 CR100CO 2-1001-1878440 MCC 291 (H3) GERS44CC Y NEMA 1 42/MO GE CR100 CR100C0 MCC 29-1 (H4) GERS44CC Y NEMA 1 2-1001-188440 42440 GE CR109 CR100C0 2-1001-238440 42440 MCC 29-1-1 (81) GERS44CC Y NEMA 1 GE CR109 CR10BCO 2-1001-7C440 MCC 294 (A1) GERS44CC Y NEMA 1 42/MC GE CR100 CR100CO 2-1001-348440 MCC 29-4 (A3) GERS44CC Y NEMA 1 42440 GE CR109 CR100CO MCC 294 (B1) GERS44CC Y NEMA 1 2-1001-198440 42/MC GE CR109 CR100CO MCC 29-4 (B2) GERS44CC Y NEMA 1 2-1001-43C440 42/MO GE CR109 CR10BCO MCC 294(84) GERS44CC Y NEMA 1 2-1001 368 440 424AO GE CR100 CR100C0 MCC 294 (C1) GERS44CC Y NEMA 1 2-1001-430440 42/MO GE CR109 CR100C0 2-1001-58440 MCC 29 4 (C2) GERS44CC Y NEMA 1 42440 GE CR109 CR100C0 MCC 29-4 (C3) GERS44CC Y NEMA 1 2-1001-188440 42/MC GE CR109 CR100C0 3-1201-S440 72/C MCC 294 (D4) GERS44CC Y NEMA 1
- N NO/NC MCC 2A (FC2) GERS44CC Y 2-1201-EM40 7244 N NO MCC 2A (F02) GERS44CC Y 2 1201-5400 72tO N NO/NC MCC 2A (F02) GERS44CC Y 2-2301-3440 72/C R-2301-3440 MCC 2A (G01) GERS44CC Y 7244 2-2301-3440 MCC 2A (G01) GERS44CC Y 72/O 2-130141440 MCC 2A (G01) GERS44CC Y 72/C MCC 2B (RO1) GERS-MCC Y Page 2 of 3
SQUG UNIT 2 RELAYS GERS SCREENING l AD EQP.lD CONTACT MFGR TYPE MODEL ENERG NO/NC PANEL SAT MTG COhWENTS 2-130141-MO 72/M MCC 2B (Rot) GERS-MCC Y 2-1301-61-MO 72/O MCC 28 (RO1) GERS-MCC Y Page 3 of 3
j s i GERS-SG Eeminement Data i Westinghouse type SG(DC) relay Canacity DC relays only } i P.SA 3 ZP.A Non-Operate Operate Non-Operate Operate ! NO/NC NO/NC NO/NC NO/NC i j . 9g / NR 8g/Sg 5.4g / NR 4.8g / 3g l Caveats , 1)The GERS data does not apply to the normally closed, deenergized contact con 6guration.
- 2) Voltage shall be 120ViSV.
l References ?1
- 1) EPRI document NP-7147-SL, Appendix B - (seismic capacity data) 4 DSEtad i
Listed below are panels in which relays qualified by this form are located. See Appendix D of the relay 1 repat for seismic demand at each panel. i' 2251-12 2252-12 2212-46 ~
- Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-SG" for all relays screened by this capacity vs demand evaluation. These relays meet the requirements of the above listed caveats and therefore the referenced capacities are apphcable.
4 i i i i I J 1
\
lll S T N E 4 4 0 0 C C D V 5 2 1 DG A T Y M T G A S S - S R E G L E N A P 2 1 1 5 2 2 G C SN N YI / O C A N L E N N 1 GEE R f o U Q RR C E Y 1 N S 1 S E e g T S I lll a NR P UE G L E D O 0 M 2 A 5 S 2 B 3 9 2 E P G Y S T E S U R O G H F G M IN T S E W T C A T N OX C R-D S 9 2 4 1 1, 4 1 O l P. G R QW E S = ll .
S T N E A R O C CC DD V 5 5 V 2 2 1 1 D TG Y Y AM T G G A S S S - - S S R R E E G G L E N A 2 P 4 1 2 2 1 5 2 2 2 2 C G M SN O N O C YI N N AN L E G 1 R GEE E f o U Q RR C N E N Y 1 S 2 S e T S I g NR a UE P G L E D O 0 0 M 2A 2A 5 5 5 5 2 2 8 8 3 3 9 9 2 2 E P G G Y S S T E E S S U U O O R H H G G G F M TN TN I I S S E E W W T C A T N 1 O X- X-CRR D D S S 1 C 4 4 2 0 6 2, 2, 1
. 1 P
Q 2 2 8 4-E R R GG W S S W
i GERS -SOR l l Emdamnent Data I S-O-R type 6N and 12N pressure switches Cmacity PSA = 3g ZPA = 1.2g Caycats
- 1) Setpoint diffeiential should approximately exceed 10% of standard system operating values.
l 2) All mounting bolts are in place. l Demand Listed below are panels / racks on which the switches qualified by this form are located. See Appendix D of l the relay report for seismic demand at each panet/ rack. l l 2201-5 2201-59A 2202-5 2202-59A ms-l 2201-6 2201-59B 2202-6 2202-59B l l References
- 1) EPRI document NP-5223-SL, rev.1; " Generic Seismic Rugg~i== of Power Plant Equipment" Conclusion This form is referred to in the Method of Screening column (SAT) in the SQUG relay report as "GERS-SOR" for all switches screened by this capacity vs demand evaluation. These components meet the igulie cats of the above listed caveats and therefore the referenced capacities are applicable.
I i t i
.=._--
SQUG UNIT 1 RELAYS GERS SCREENING AO EQP.1D CONTACT MFGR TYPE MODEL ENER NO/NC PANEL SAT MTG
+
CO4WENTS 1-2301-3 MO PS 1-1001-89A S-4 R 12NG-884-US C1 A-TTNQ 2201-5 GERS-SOR Y 1 1001-34A400 PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 2201-5 GERS-SOR Y 1-1001-348-MO PS 1-1001-90A S-O-R 12N6 88406-CI A-TTNQ 2201-5 GERS-SOR Y 1-1001-36A-MO PS 1-1001-90A S-O-R 12NIHl84-U6-C1 A-TTNQ 2201-5 GERS-SOR Y 1-1001-388440 PS 1-1001-90A S-O-R 12NtHl84-US-C1 A-TTNQ 2201-5 GERS-SOR Y 14801 PS 1-1001-90A S-O-R 12N6-884-US-C1A-TTNQ 2201-5 GERS-SOR Y 1/24801 PS 1 1001-90A S-4 R 12N6-884-US-C1 A-TTNQ 2201-5 GERS-SOR Y i SWGR 13-1,1324 PS 1 1001-90A S-4 R 12N6-884US-C1A-TTNQ 2201-5 GERS-SOR Y r SWGR 13-1,1326 PS 1-1001-90A S-O-R 12NS-88+US-C1 A-TTNQ 2201-5 GERS-SOR Y r i SWGR 141,1424 PS 1-1001-90A S-O-R 12NS 88406-C1 A-TTNQ 2201-5 GERS-SOR Y SWOR 1+1,1426 PS 1-1001-90A S-O-R f 12N6-884-US-C1 A-TTNQ 2201-5 GERS-SOR Y { 1-6801 PS 1-1001-90C S-O-R 12NS-884-USC1 A-TTNQ 2201-5 GERS-SOR Y 1/2-6121 PS 1-1001-90C S-O-R 12NEMB84UELCIA-TTNQ 2201-5 GERS-SOR Y 1-0203-3A-RV PS 1053A S O-R 6NtHl5-US C1 A-JJTTNQ 2201-50A GERS-SOR Y N/A i 14203-38-RV PS 1053A S-O-R 6NIHl5-USC1A4JTTNQ 2201-59A GERS-SOR Y N/A ! 10203-3C-RV PS 1053A i S-O-R 6NEMBSU6-C1A-JJTTNQ 2201-50A GERS-SOR Y N/A 1-020530-RV l PS 1053A S-O-R 6NIHl5-US-C1A-JJTTNQ 2201-59A GERS-SOR Y N/A ' 1-020S3E-RV PS 1053A S-O-R 6N6-85-US-C1A-JJTTNQ 2201-50A GERS-SOR Y N/A 1-020S3A-RV PS 10538 S-O-R 6 nth 15-USC1A4JTTNQ 2201-59A GERS-SOR Y WA 1-020538-RV PS 10538 S-O-R 6NIHl5-US C1 A-JJTTNQ 2201-50A GERS-SOR Y N/A ? 1-0303-3C-RV PS 10538 S-O-R 6NIHl5USC1A-JJTTNQ 2201-50A GERS-SOR Y N/A 1-0203-30-RV PS 10538 S-O-R 6NEL85-USC1A-JJTTNQ 2201-59A GERS-SOR Y WA t 10203-3E-RV PS 10538 S-O-R 6 nth 15-US C1 A4JTTNQ 2201-59A GERS-SOR Y N/A 1-020S3A-RV ! PS 1053C S-O-R 6N6-85-US C1 A-JJTTNQ 2201-598 GERS-SOR Y N/A I 1-0203-38-RV PS 1053C S-4 R ONS-85-USC1A-JJTTNQ 2201-598 GERS-SOR Y N/A 1-0203-3C-RV PS 1053C S-O-R 6NIHl5-U&C1A4JTTNQ 2201-598 GERS-SOR Y N/A 1-0203-3(MtV PS 1053C S-O-R 6NIHl5-US-C1A-JJTTNQ 2201-598 GERS-SOR Y N/A i 1-0203-3E-RV PS 1053C S-O-R 6NIH15-US-C1A4JTTNQ 2201-598 GERS-SOR Y N/A
- 1-0203-3A-RV PS 10530 S-O-R 6NIH15-UILCIA4JTTNQ 2201-598 GERS-SOR Y N/A 1-0203 38-RV PS 10530 S-O-R 6NIH15-US-C1A-JJTTNQ 2201-598 GERS-SOR Y N/A 1-0203-3C-RV PS 10530 S-O R 6NIHl5-UELCIA-JJTTNQ 2201-598 GERS-SOR Y N/A 10203-3D-RV PS 10530 S-O-R 6NtHl5-USC1A4JTTNQ 2201-598 GERS-SOR Y N/A 10203-3E-RV PS 1053D S-O-R 6 nth 15-UELC1A-JJTTNQ 2201-598 GERS-SOR Y N/A 1-2301-3-MO PS 1-1001-898 S-O-R 12NEA84UELC1A-TTNQ 2201 4 GERS-SOR Y 1-1001-34A-MO PS 1-1001-908 S-O-R 12N6-884-US-C1 A-TTNQ 2201 4 GERS-SOR Y 1-1001-348-MO PS 1-1001-908 S-O-R 12NENB84-U&C1A-TTNQ 2201 4 GERS-SOR Y 1-1001-36A-MO PS 1-1001-908 S-O-R 12NS884UlkC1A-TTNQ 2201 4 GERS-SOR Y 1 1001-368400 PS 1-1001-908 S-O-R 12NIHl84-UELCIA-TTNQ 2201 4 GERS-SOR Y 1-8801 PS 1-1001-908 S-O-R 12NEL8B4-US-C1 A-TTNQ 2201 4 GERS-SOR Y 1/2-6801 PS 1-1001-908 S-O-R 12NEL884-US-C1 A-TTNQ 2201 4 GERS-SOR Y SWGR 13-1,1324 PS 1-1001-908 S-O-R 12NEL884-US-C1 A-TTNQ 2201-6 GERS-SOR Y Page 1 of 2 r
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _____________ __ _________}
.. .-. <v CQUG UNIT 1 RELAYS GERS SCREENING EQP.10 CONTACT Ao MFGR TYPE MODEL ENER NOMC PANEL SAT SWGR 13-1,1328 MTG COhWENTS PS 1-1001-008 S-4R 12N6484-LEC1A-TTNQ 2201 4 SWGR 14-1,1424 GERS40R Y PS 1-1001-008 S-4 R 12N6884t& CIA-TTNQ 2201 4 GERS-SOR Y SWGR 14-1,1428 PS 1-1001-008 S-O-R 12N6 884t& CIA-TTNQ 2201 4 GERS-SOR Y 14801 PS 1-1001-900 S-O-R 12N8-884t& CIA-TTNQ 2201 4 GERS-SOR Y 1/24801 PS 1-1001-900 S-4 R 12NEL884-t&C1A-TTNQ 2201 4 GERS-SOR Y 1/24801 PS 2-1001-904 S-0 4 12NEL884t& CIA-TTNQ 2202-S GERS-SOR Y 1/2-6801 PS 2-1001-00C S-O-R 12NELS84-t& CIA-TTNQ 2202-S GERS-SOR Y 1/24801 PS 2-1001-008 S-O-R 12N8-884-US-C1A-TTNQ 22024 GERS-SOR Y 1/2-8001 PS 2-1001-900 S-O-R 12N6484-t& CIA-TTNQ 22024 GERS-SOR Y-l Page 2 of 2
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t t SQUG t UNIT 2 RELAYS , GERS SCREENING EQP.lD CONTACT AD MFGR TYPE MOOEL ENERG NO/NC PANEL 2-2301 4 440 PS 2-1001/AhA SAT MTG COIM4ENTS ! S-O-R 12N6-884-US-CIA-TTNQ 2202-5 2-6601 GERS-SOR Y ! PS 2-1001410A S-O-R 12NHl844J8-CIA-TTNQ 2202-5 GERS-SOR Y 2-1001-34A440 PS 2-1001-90A S-O-R 12NS-884-US-CIA-TTNQ 2202-5 GERS-SOR Y 2-1001-348-MO PS 2-1001-904 S-O-R i 12NS-884-US-CIA-TTNQ 2202-5 GERS-SOR Y 3-1001-36A-MO PS 2-1001-90A S-O-R 12N6-884-US-CIA-TTNQ 2202-5 GERS40R Y 3-1001-368 440 f PS 2-1001-00A S-O-R 12N6-884-US-CIA-TTNQ 2202-5 GERS-SOR Y SWGR 23-1,2324 PS 2-1001-90A S-O-R ; 12NS-884-US-CIA-TTNQ 22024 GERS-SOR Y SWGR 23-1,2326 PS 21001-90A S-O-R 12NS-884-US-CIA-TTNQ 2202 4 GERS-SOR Y SWGR 24-1,2424 PS 2-1001-904 S-O-R 12N6-884-US-CIA-TTNQ 2202-5 GERS-SOR Y SWGR 24-1,2426 PS 2-100180A S-CNt j 12N6 884-US-CIA-TTNQ 2202 4 GERS-SOR Y ' 2-6601 PS 2-1001-00C S-O-R 12N6-8844& CIA-TTNQ 2202-5 GERS40R Y 242034A-SO PS 2-1053A S-O-R 6NHIMJ8-CIA 4JTTNQ 2202-50A GERS-SOR Y 3-0203-38-RV PS 2-1053A S-O-R I 6NNIMJ8-CIA-JJTTNQ 2202-5GA GERS40R Y 2-0203-3C-RV PS 2-1053A S-O R 6NNIM& CIA 4JTTNQ 2202-50A GERS-SOR Y l 24203-30-RV PS 2-1053A S-G-R j 6NHIM& CIA 4JTTNQ 2202-5GA GERS-SOR Y 242030E-RV PS 2-1053A d-O-R 6NH&US-CIA-JJTTNQ f 2202-5GA GERS40R Y 24203-3A40 PS 2-10538 S-O-R 6NHB54J8-CIA 4JTTNQ l 2202-5GA GERS-SOR Y 2-0203 38-RV PS 2-10538 S-O-R f 6NH&US CIA-JJTTNQ 2202-5GA GERS40R Y 34203-3C-RV PS 2-10538 S-G R 6N6-85-LECIA4JTTNQ 2202-5GA GERS-SOR Y 3-0203-30-RV PS 2-10538 S-O-R j 6N6-BM& CIA-JJTTNQ 2202-5GA GERS-SOR Y 2-0203-3E-RV PS 2-10538 S-O-R 6NS-8HJS CIA-JJTTNQ 2202-504 GERS-SOR Y 24203-3A40 PS 2-1053C S.O-R 6NNIM& CIA 4JTTNQ 2202-508 GERS-SOR Y 2-0203-38-RV PS 2-1053C S-O-R Ma**MJS CI A4JTTNQ 2202-508 GERS450R Y 4 3-0203-3C-RV PS 2-1053C S-O-R 6NNIMSC1A4JTTNQ 2202-508 GERS-SOR Y 3-020MID-RV PS 2-1053C S-O-R GN645-US-C1A4JTTNQ 2202-598 GERS-SOR Y 3-0203 3E-RV PS 2-1053C S-O-R O"MECIA4JTTNQ 2202-508 GERS-SOR Y 2-02034A-SO PS 2-10530 S-O-R - "MJ6-C1A4JTTNQ 2202-508 GERS-SOR Y 3-0203-38.RV PS 2-10530 S-O-R 6NHIMSC1A-JJTTNQ 2202-508 GERS SOR Y 2-0203 3C-RV PS 2-1053D S-O-R 6NHIMSC1A4JTTNQ 2202-598 GERS40R Y 3-0203-3D-RV PS 2-10530 S-O-R 6NNIMJ8 C1 A4JTTNQ 2202-598 GERS40R Y 3-0203-3E-RV S-O-R PS 2-1_0530 _ _ SNahiA4JTTNQ 2202-508 GERS-SOR Y 2-2301-MAO PS 2-1001898 S-O-R 12NHl84-US-CIA-TTNC 2202 4 GERS40R Y 2-6601 PS 2-1001-908 S-O-R 12NHl84-US-C1 A-TT!N2 2202 4 GERS-SOR Y 2-1001-34A440 PS 2-1001-908 S-O-R 12N6484-US-C1A-TTNQ #4 GERS-SOR Y 2-1001-348440 PS 2-1001-008 S-O-R 12NHl844&C1A-TTNQ 12202-C GERS-SOR Y 2-1001-36A4AO PS 2-1001-908 S-O-R 12NHl844&C1A-TTNQ 2202 4 GERS-SOR Y 3-1001-368440 PS 2-1001-908 S-O-R 12NHl84-US-C1A-TTNQ 2202 4 GERS-SOR Y SWGR 23-1,2324 PS 2-1001-908 S-O-R 12NHl84-US-cia-TTedQ 22024 GERS-SOR Y SWGR 23-1,2326 PS 2-1001-908 S-O-R 12N6484-08-C1A-TTW 2202-8 GERS-SOR Y Page 1 Of 2
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