ML20087P258
| ML20087P258 | |
| Person / Time | |
|---|---|
| Site: | Beaver Valley |
| Issue date: | 03/30/1984 |
| From: | Woolever E DUQUESNE LIGHT CO. |
| To: | Eisenhut D Office of Nuclear Reactor Regulation |
| References | |
| 2NRC-4-033, 2NRC-4-33, ENRC-4-33, GL-83-28, NUDOCS 8404060210 | |
| Download: ML20087P258 (138) | |
Text
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/e 2NRC-4-033 (412)787 - 5141 Telecopy Nuclear Construction Division March 30, 1984 Robinson Plaza, Building 2, Suite 210 Pittsburgh, PA 15205 United States Nuclear Regulatory Commission Washington, DC 20555 ATTENTION:
Mr. Darrell G. Eisenhut, Director Division of Licensing Office of Nuclear Reactor Regulation
SUBJECT:
Beaver Valley Power Station - Unit No. 2 Docket No. 50.-412 Response to Generic Letter 83-28 Gentlemen:
In Generic Letter 83-28, " Required Actions Based on Generic Impli-cations of Salem ATWS Event s," the NRC req ue s ted the s tatu s of current conformance with the positions contained in that letter. The date required to res pond to this letter was delayed to April 1,1984, by NRC letter of October 18, 1983. The Beaver Valley Power Station, Unit No. 2, response is enclosed.
Should you require further information conce rning this res po ns e,
please contact my staf f.
DUQUESNE LIGHT COMPANY By
'/7 -
E. fJ. Woolever Vice President KAT/wjs Enclosure cc:
Mr. H. R. Denton, Director NRR (w/ enclosure)
Mr. M. Lacitra, Project Manager (w/ enclosure)
Mr. G. Walton, NRC Resident Inspector (w/ enclosure)
SUESCRIBED AND SWORN TO BEFORE ME THIS J/9// DAY OF 7JJg.ted
, 1984.
delu M a h> h Notary Public ANITA ELA!NE REITER, NOTARY PUBUC ROBINSON TOWNSHIP, ALLEGHENY COUNTY MY COMMISSION E: TIRES OCTOBER 20,1986 8404060210 840330 PDR ADOCK 05000412
/lf f A
. United Statec Nuclect R gulatory Commission Mr. D:rrill G.. Eicenhut, Director Page 2 COMMONWEALTH OF PENNSYLVANIA )
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SS:
COUNTY OF ALLEGHENY
)
On this J9 day of _[//
///
, be fo re me,
a Notary Public in and for said Commonwealt h and County, pe rso nally appeared E. J. Woolever, who being duly sworn, deposed and said that (1) he is Vice President of Duquesne Light, (2) he is duly authorized to execute and file the -foregoing Submittal on behalf of said Company, and (3) the statements set fo rth in the Submittal are true arti correct to the best of his knowledge.
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Notary Public ANITA ELAINE REITER, NOTARY PUBUC ROBINSON TOWNSHIP, ALLEGHENY COUNTY MY COMMISSION EXPIRES OCTOBER 20,1986 h
BEAVER VALLEY POWER STATION - UNIT 2 l
RESPONSE TO SPECIFIC ITEMS IN GENERIC LETTER 83-28 1.1 POST-TRIP REVIEW (PROGRAM DESCRIPTION AND PROCEDURE)
Position Licensees and applicants shall describe their program for ensuring that unscheduled reactor shutdowns are analyzed and that a detennination is made that the plant can be res tart ed safely.
A report describing the program for review and analysis of such unscheduled reactor shutdowns should include, as a minimum:
1.1.1 The criteria for determining the acceptability of restart.
Response
Authorization or denial for plant res tart will be the res pon-sibility of the Operations Supe rint endent.
He shall base his decision on the following criteria.
a.
Appropriate po rt ions of the Draft Incident Repo rt are c omplet e, and present an ef fective recons truct ion and analysis of the event, b.
The Draft Incident Repo rt ident ifies the cau se of the event, and the cause has been corrected, c.~
~ A verification that the Reactor Trip System, Safety Injec-tion System, RCS - pres sure, vo lume and temperature control systems, and Auxiliary Feed Systems perfo rmed as expect ed during the event and event recovery, has been performed.
1
d.
If a discrepancy in safety-related equipment or sys tem ope ration was ident ified, correct ive act ions required are complete.
Postion 1.1.2 The res ponsibilities and autho rit ies of pe rsonnel who will perform the review and analysis of these events.
Response
Initial review and analysis of the event will be performed by the Shif t Operating Foreman. He will be responsible to accumu-late data as direct ed by the Shif t Supe rv isor, and record or
~
include this data on a Draft Incident Report.
The Shif t Supervisor will be res pons ib le to ensure that info r-mat ion required to recons truct and analyze the event is included in the Draf t Incident Report.. As a minimum he shall verify that the following information is included:
a.
Draft Incide nt Repo rt N wnb e r.
This provides trace ability of.the report, b.
The event-date and time, c.
The date and time of. report preparation.
- d.. Reporting requirements, e.
Ident ification of event.
This identifies any Technical Specification that may have been violated, f.
Plant conditions prior to the event.
This includes plant
- mode, significant system s tatu s,
surve il lance tes t or 2
i maintenance in-progress, and any additional evolut ions in progress significant to the event.
- g.
A1 description of the event including. sequence of eve nt s -
leading to, during, and af ter the event, method and time of initiating signal or event, prot ect ive system act ions, and operator' actions.
[
h.
Critique minutes.
If a critique is cond uct ed to examine.
the event, the' minutes of the meeting will' be included as part of the Draft Incident Report.
- i. An analysis of -the event for safety implication, ef fect s and cons eque nces of the eve nt, inj uries,- system damage,
exposures, and activity released (gas or liquid).
- j. Applicable strip chart recording s that include as a
minimum:
1.
Pressurizer Pressure
- 5.
Steam Generator Levels 2.
Pressurizer Leve1 ~
6.
Feedwater Flows 3.
Tave-7.
Steam Flows 4.
Stean Pressure k.
Plant < computer pr intout s that include data five. minutes prior to the event.
The Shif t Supervisor -will _ also be responsible to conduct an analysis of the event using the information described, and verify that information from dif ferent sources is cons is-tent, _ any trends contrib ut ing to the event or res ult ing from the event are ident ified, and control, safety and indicating devices functioned as designed.
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The Shif t Supe rviso r will be res po ns ible to conduct a critique, or ensure a critique is conducted to examine the event if for some reason any data, information, or sequence of events is in question.
The Operations Superintendent will be responsible to review the Draft Incident Report concerning the event.
He shall verify that adequa te - information has been included to accurately reconstruct and analyze the event.
The O pe rations Supe rint endent, if not satis fied with the initial review or analysis of the event, or if doubt remains as to the cause of the trip or protective sys t en ope ra t ion, will have the res pons ibility to direct an independent evaluation of the event to be performed.
The Operations Superintendent will have final authority to grant or deny authorization of plant restart.
Position 1.1.3 The necessary qualifications and training for the res po ns ib le personnel.
Response
Qualifications and training fo r the responsible personnel are given below.
OPERATIONS SUPERINTENDENT Qualifications:
1.
Ten (10) years cf powe r plant experience, of which thr ee (3) years shall be nucleam-power plant experience.
4
p 2.
Academic training ~ in an engineering or - scientific field associated with power plants may be substituted on a one-
- for-one. basis with the non-nucle ar expe rience req uired above.
3.
Experience and ' equivalent training normally required to be eligible for a Senior Reactor Operator's license.
TECHNICAL ADIVSORY ENGINEER
. Qualification:
- 1.. Bachelor's Degree in Engineering or Physical-Sciences which includes, as a minimum, one of the following disciplines:
a.
Mathematic s, including. elementary calculus b.
Reactor physics, chemistry and meterials c.
Reactor. the rmod ynamic s,
fluid mechanic s and heat
}
i t rans fer d.
Electrical' ~ engineering,. including- 'reac to r control theory.
2.
Five (5) or more years of res pons ible power plant expe ri-ence, two (2) years of which shall be nuclear.
3.
Must po s se s s, as a minimum, an NRC Senior Reactor Operator License - for BVPS Unit 1 or BVPS. Unit 2.
4.
Has completed specialized Transient and Accident < Response Training, which emphasizes ability for pr anpt recognition
- f and response ' to. unusual Levents beyond normal eme rge ncy and-- cont ingency procedures.
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NUCLEAR STATION OPERATING SUPERVISOR
. Qualificati_ons :
1.
Eight (8) years of res pons ib le power plant ' experience, of which three (3) ye ars shall be nuc le ar powe r ' plant experience.
.y 2.
Academic or related technical training. may be subs t ituted on a one-for-one time basis with the' non-nuclear experience required above.
3.
Hold a Senior Reacto r O pe rato r's License on BVPS-1 ard BVPS-2.
NUCLEAR SHIFT SUPERVISOR Qualifications:
1.
High school diploma or equivalent.
2.
Four - (4) ye ars of res pons ib le power pla nt ex pe rience, of which at le as t one (1) year shall be nuc le ar power ' plant expe rience.
3.
Academic or related technical training may be subs titut ed on a one-fo r-o ne basis for the non-nuc le ar expe rience required above.
4.
Hold a Senior Reactor Ope rator's. License for BVPS-1 and
.BVPS-2.
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NUCLEAR STATION OPERATING FOREMAN:
Qualifications:
1.
High school diploma or equivalent.
2.
Four (4) years of res pons ible powe r plant expe ri ence, of which at le as t one (1) year shall be nuc le ar powe r plant experience.
3.
Academic or related technical' training may be subs titut ed on a one--for-one time basis for the non-nuclear experience required above.
4.
Hold a Senior Reactor ope ra to r's License or Reacto r Operator's License fo r th'e Unit as signed.
Position 1.1.4 The sour ces of plant information necessary to conduct the review and analysis. The sources of information should include the measures and equipment that provide the neces sary detail and type of infonnation to reconstruct the event accurately and in suf ficient de t ail for prope r unde rs t anding.
(See Act ion 1.2)
Response
As a minimum, each Draf t Incident Repo rt involving a reactor trip should include information collect ed from the following sources:
a.
Plant computer system b.
Miscellaneous recorders and indicators 1.
Pressurizer Pressure 7
-2.'
Pressurizer Level 3.
Tave 4.
Steam Pressure 5.
Steam Generator Levels 6.
Feedwater Flows-7.
Steam Flows c.
Annunciators (including first out annunciators )
d.
Status Lights e.
Operators Logs t.
Interviews with personnel Position 1.1.5 The methods and criteria for comparing the event info rmat ion with known or expect ed plant behavior (e.g, that - safety-required by the Technical Speci-related equipment operates as fications or.other pe rfo rmance specifications related. to the
. safety function).
Response
Evaluation of safety-related equipment actuation will primarily be based on information derived from the plant conputer system.
The data and information will be displayed on CRT's, print ers,
and trend recorders.
i The plant computer system sequence of event s (SOE) provides l-initiating signals, and -reference-t imes for safety-related functions.
The time int erval between the. initiating sign al,
['
L and the appropriate control-or safety feature will be de t er-mined, and then compared with maximum expected actuation time.
These ' response ' times will - be recorded in* the Draft Incident-
~.Repo rt.
Strip Chart recordings of RCS pres sure and t enpe ra-ture, - Pres surizer Level, and Steam Ge nerator levels will be.
8 L
l a
compared with minimum and maximum expect ed values to verify expected plant performance.
As previously described, any safety-related equipment that does not ' perform as expected during the event, will be ident ified,
and correct ive act ions must be completed prior to plant restart.
Position
.i 1.1.6 The criteria for detennining the need fo r independent as ses s-ment of an event (e.g., a case in which the cause of the event cannot be positively ident ified, a compe tent gr oup such as Plant Operat ions Review Committee, will be consulted prior to authorizing res tart) and guidelines on the pres e rvat ion of physical evidence (both hardware and sof tware) to support independent analysis of the event.
Response
1 The Ope rat ione' Superintendent will de t ermine the need for independent review of a trip event based on the following criteria:
a.
An ef fect ive recons truct ion and analysis of the event cannot be performed or, f
l b.
The cause of the trip has not been determined or, c.
Performance of specified systems is ~ in question.
l The. information necessary to perform an independent evaluat ion (e.g., comput er printouts, strip ch art s, etc.) will be main-t ained through normal administrative procedures in the Station Document Control File Room.
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Copies ~ of the -informat ion pe rt inent to the l event will be attached to the Draft Incident Report to provide a complete record of the event.
The Draft-Incident Report will be filed by number, and maintained by the Technical Advisory. Engineer.
Position 1.1.7 Items 1 through 6 above are considered to be the basis for the e stab lishment of a sys tematic method to as ses s unscheduled reactor shutdowns. The systematic safety assessment procedures compiled from the above items, which are to be used in conduct-ing the evaluation, should be in the report.
Response
Attachment. I is - Chapter 13 of the Beaver Valley Power Station Station Administrative - Procedure,- Preparation of Draf t Incident Report s and Conduct of ' Critiques.
At pr es ent, this procedure cont ains info rmation specific to BVPS-1, Howeve r, the overall assessment. for.BVPS-2 ~will be performed in accordance with a similar procedure or this procedure.will be modified to. reflect corresponding BVPS-2 information.
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s l
l 10 u
1.2 POST-TRIP REVIEW:
DATA AND INFORMATION CAPABILITY Position Licensees and applicant s shall have or have planned a capability to record, recall and display data and info rmation to pe rmit di agnos ing the causes of-unscheduled reactor shutdowns prior - to res tart and fo r i
ascertaining the proper functioning of safety-related equipment.
Adequate data and information shall be provided to correctly diagnose the cause of unscheduled reactor shutdowns and the proper funct ioning of safety-related equipment during these events using sys tenatic safe a s ses sment' procedures ( Action 1.1).
The data information shall be displayed in a form that permits ease of assimilation and analysis by persons trained in the use of systematic safety assessment procedures.
A report shall be prepared which describes and justifies' the adequacy of equipment. fo r diagnos ing an unscheduled reacto r shutdown.
The report shall describa as a minimum:
1.2.1 Capability for assessing seque nce of event s (on-of f indica-4
'tions)
Response
l The capability ' for as ses sing seque nce of event s is addr es sed below.
1.
Brief Description of Equipment The ' majo r station monitoring sys tems at the Beaver Valley Power Star. ion - Unit No. 2 are the:
W
.a.
Plant Computer System b.
ERF Computer Sys tem -
c.
PAM Recorders and Indicators 11 i-
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Annunciato rs e.
Status Lights Computer Systems The computer systems are used for the monitoring of primary and secondary plant paramet ers. The plant canputer obtains data by scanning analog and digital sensors.
The ERF computer obt ains data from the same sensors as the plant canputer over a 1.54 MB c anmunications loop.
The canput er systems then logs da t a, perfo rms analog and digital tr ending, pe rfo rms ala rm limit s upe rvis ion and annunci at es of f-normal conditio ns.
Also included are reactor control and protection system monitoring, secondary plant pe rfo rmance calculat io ns, and core phys ic s monitoring.
Miscella.eous Recorders and Indicators The safety-related display ins trumentation needed to enable the operator to - perform required manual safety functions fo r pos t-accident monitoring involve the following parameters:
Tcold or Thot (measured, wide range)
Pressurizer Water Level System Pressure (wide range)
Containment Pressure Steam Line Pressure Steam Generator Water Level (wide range)
Steam Generator Water Level (narrow range)
Feedwater Flow Steam Flow For each of the parameters, there are at le as t two channels of instrumentations, of which, one channel is recorded.
12
Annunciators and Status Lights The annunci ator sys tem cons is t s of a large numbe r of window displays segregated into groups generally according to proces s or funct ion.
One group of display windows has a firs t out feature, i.e., if a number of alarms on this group are annunci-ated almos t simult aneou sly a means is provided to indicate which alarm occurred first.
The status of safety-related ins trument bistables is monitored by status lights, annunciators and the comput e r.
Cont ainment isolation trip valves and safety-related motor-operated valves have their status monito red by lights on the main control board..
Safety-retated switchge ar is monito red by indicating lighta on the main control board.
.2.
Parameters Monitored Parameters monitored are as listed in Attachment II.
- 3. Time Discrimination Between Events Plant Computer System Sequence of Events (SOE) contacts time discrimination is Im sec.
4.
Format for Displaying Data and Information SOE log print format will be similar to that shown in l
Figure 1.
Parameters are presented in the order the events took place.
5.
Capability for Retention of Data and Information a.
Plant Computer System 13 i
L
Sequence of. events records from the control room high s pe ed printer will be cons ide red pa rt of the logs of facility operation.
They will be collected on a daily basis and transmitted to the Document Control Room.
There they will be handled similar to quality assurance records.
The record s will be logged in and filed by date.
Access to the record s will be controlled and logged.
They will be maint ained for at le as t five
_ years.
The reac to r firs t out annunciator will be recorded during the pos t-t rip review along with the initiating event from the plant comput er sys tem seque nce of eve nt s.
Also a copy of the plant comput er sys tem sequence of event s printout will be attached to the.
post-trip review, b.
ERF Computer System The sto rage of data in real time fo r specified input s commencing two hours prior to an event and continuing for 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> af ter an event.. The retention of data and information will be done on three levels.
They are immediate sto rage on~ bulk memory ( semi-c ond ucto r),
a moving heal disk (MHD), and int ermediate sto rage on long term storage on magnetic t ap e.
Any of this - data or information can be printed ' or displayed if the data or information is in immediate sto rage or has been j
recalled from long ' term storage.
L
- 6. ~ Power Sources The plant comput er is powe red from-the 120 V ac es sent ial busses.
i 14 k.'.
The ERF computer is powered from the ERF substation.
The Annunciator system is powered from the non-Class 1E 125 V de station batteries.
The control board. status lights are powered from a non-Class IE-120 V ac power distribution panel.
Position T
1.2.2
. Capability for as ses sing the time history of analog variables needed to detennine the cause of unscheduled reactor shutdowns, and the functioning of safety-related equipment.
Response
i The capability for assessing the time history of needed analog variables is addressed below.
t 4
1.
Brief description of equipment (same as 1.2.1)
-2.
Parameters monitors sampling rate, and bases or sele ct ed parameters and sampling rate.
.a.
Plant Computer System (PCS) i.
Analog Scan The PCS ecans. samples of analog data, examines it, checks for. high and low alarms, ami stores the data in. memory.
All analog point s are scanned ' at least once within a 60 sec. pe riod.
Analog ~ scan rates of 5 sec.,10 sec.,15 sec., 30 sec., and 60 L
s ec. are pos sib le. The basic sampling rates are 5
- sec, for flow measurement s, 10 sec. for level 15
t me as urement, and 30 sec. for temperature measure-ment.
The ba' sic naninal analog scanning capabil-ity is 100 points pe r second.
It is possible to change the sampling rate of all analog points from PCS consoles, ii Alarming The input alarm program compares the input value with present (operator addressable) high and low alann values, activates an audible alann, displays i.
the-alarm on a status CRT and prints out an alann mes sage in red ink on the operations journal (0J) print er.
The CRT with display point s in-alann that have been acknowled ged by the ope rato r.
A return to normal message will be print ed in black ink on the OJ printer.
iii. Analog Outputs for Trend Recorders i
Sixteen operator addr es sab le analog output s are assigned for simult aneous analog trending 'on two
. dedicat ed trend recorders.
The operators console provides for select ing any addressabic desired
.inp ut, and s tart ing and stopping the ' tr ending.
This analog trend function can be used to record suspected fluctuations in any measurement or to obtain data-for futur e. analysis of trans ient s during plant startup or load changing.
iv CRT for Visual Display Three alarm CRTs, two status CRTs, and - a utility provided.
.These CRTs. are eight-c olor,
CRT are alphanumeric, 25 in. diagonal units, with double 16 nw
+
' width / double height ASCII character sets, 24 lines x 40 characters. The CRTs have full screen memory capability' in the refresh buffer with a 60 frame per second refresh rate.
Four console CRT's are provided. These are eight-color, alphanumeric,19 in. diagonal, 48 line x 80 character displays.
Each console includes an alphanumeric keyboard, nume ric keyboard, control keyboard,- 32 backlighted funct ional select push-but to ns, 96 backlighted group select /annunci ato r pushbuttons, and a keylocked switch.
v.
P_re/ Post Trip Review-The post trip log collect s the values of up to 120 analog po int s.
The - value of each analog point will be evaluable from a time window of 30 minutes prior to and 15 minutes after an unscheduled
. reactor shutdown at 15 second intervals. Printout
.of the log will automatically occur at 15 minutes after the un sch ed uled reactor shutdown as initiated. by the reactor trip breakers.
-The printout will be on the control room high speed line pr int er.
The ' ope ra to r can initiate a printout of' the thirty minut es worth of data currently s to red.
Att achment 111 lists the data recorded by this log.
t l
vi.
Data Logging Functions.
The Data' Logging ' Funct ions wil1 use the Process
-Data Base to provide 1 required historical data records - of selected plant variab les.
These vari-ables will be assigned Comput er Point-Numbe rs 17
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(CPNs) and could be ins tant aneous, calcula ted,
' boolean variab les, and result s from engineering /
operat ional calcula tions.
The data logging fo rma t s are print ed by the cam put e r, arx! the log fo rma t s, associated CPNs and data, output device, or logging periods may be ad ded, ch anged, or deleted by on-line log generation procedures. All bad CPNs will be ident ified on the log output formats.
The PCS is cur rently logging up to 500 analog inputs automatically on log sheets with camputer print ed he ad ing s.
These shift review logs can collect the values of the points, assigned by the operator, for an eight hour pe riod at one hour int erv al s.
The log will automat ically pr int at the end of eight hours or on operator demand. The log s are print ed on the control room high spe ed line printer, or trend printer.
The Daily Logs will contain the values of up to 200 CPNS.
The value of each CPN is sto red each hour.
The log will be recorded on a high spe ed line print er at midnight and shall contain the
~
1ast 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of collected data, daily averages,
4 and accumulated tot als.
The computer generates all headings and descriptions, b.
ERF Computer System (ERFCS) i.
Analog Scan The ERFCS scans analog - point s similar to the PCS but with the following dif ferences.
The 2 second scan clas s is ' reserved for select ed critical 18
paramet ers, in order to provide 2 second reso lu-tion of data on the Safety Parameter Display Systen (SPDS) displays.
The renaining parameters are 'as signed to 'tha other scan cla s'ses to the limits of the tot al sys tem scan-rate - capability.
Paramet ers requiring a 3 second resolution will be assigned to the.5 second scan class. Whenever any other data is upda ted in dis plays, these are automatically moved to the 5 second scan class, up to the limits configured for the scan class.
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ii. Alarming Alarming on the ERFCS is the same as the PCS, except there is no alarm status CRT display avail-able to the ERFCS in the. control room.
- However, annunciator type alarms will be provided via the 96 backlighted group and elect / annunciator push-buttons on each user's console..
. iii. Analog Outputs for Trend Recorders Up to thirty-two ad dr es s ab le inputs may be s elect ed fo r analog trending on 10 2 pen strip chart recorders in the TSC and 5 2 pen strip chart '
r recorders in the ATSC.
iv CRTs for Visual Display I
Two programmer's CRT terminals (each assigned to a j
red undant CPU) will be provided.
-The display fo rmat will be in black and white with 24 lines. x
~80. characters and a 95 ASCII character ser.
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Seven user's console s will be provided: two fo r the cont rol room, two for the TSC, two for the ATSC, and one for the EOF.
These CRTs are eight-color, alphanumeric,19 in, diagonal units, and 48 lines x 80 characters.
The CRTs have full screen memory capacity in the refresh buf fer with a 60 frame per second refresh rate.
Each user console has the. same user's console funct ions capability as the PCS console.
3.
Duration of Time History (minutes before trip ami minutes after trip)
Same as 1.2.1.4, paragraph 5.
4.
Format for displaying data including sc ale of time histories.
Display formats have not yet been determined.
5.
Capability for retention of data, information, and physical evidence.
The plant comput er printout s ani strip ch art s will be cons ide red part of the logs of facility ope ration.
The printouts will be collected on a daily basis and trans mi t-ted to the Document Control Room. The strip charts will be collected when the roll is completed and transmitted to the.
Document Control Room.
There they will be handled similar to quality assurance record s.
The records will be log ged in and filed by date.
Access to the records will be controlled and logged.
They will be maint ained fo r. at.
least 5 years.
20 m
u --
6.
Power sources The plant comput er is powered from the 120 V ac es sent ial bu s se s. The 120 V ac essential busses are non-Class 1E and are unint errupt able power supplies which have reliable backup from station emergency batteries.
The ERF computer is powered from the ERF substation.
The Annunciator sys tem is powe red from non-Class lE 125 V de station batteries.
The control board status lights are powered from non-Class lE 120 V ac power.
Position 1.2.3 Other data and information provided to assess the cau se of unscheduled reactor shutdowns.
Response
Information points listed in 1.2.1 and 1.2.2 address the normal sources checked when attempting to ident ify the cause of an unscheduled ! reactor trip.
In the event the Nuc le ar Shift Supervisor determines further information is need ed, he wil1 direct which indications should be checked based on the info r-mation available from checks of equipment listed in items 1.2.1 and 1.2.2.
Per Station Administration Manual Chapter 13, there are also res tart criteria such that "If the cause of the trip cannot be determined, or there is question concerning the proper perfor-mance of equipment or systems during the trip, the Superinten-dent shall direct the Nuclear Station Operating Supervisor to 21
investigate the. event."
The cause of an unpla nned event or Reactor Trip will determine the course of action to be t aken during the inves tigation due to the amount of data realized from items 1.2.1 and 1.2.2.
Position 1.2.4
-- Sched ule for any. planned changes to existing data and info rma-tion capability.
Response
The Beaver Valley computer design is, at this time, not fully finalized. However, no significant changes are anticipated.
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2.1
- EQUIPMENT _ CLASSIFICATION AND VENDOR INTERFACE (REACIOR TRIP SYSTEM COMPONENTS)
Position Lic ens ees and applicants shall confirm that all components whose ftmic-tioning is required to trip the reactor are ident ified as safety-related on documents, procedures, and information handling systems used in-the plant to control safety-related activities, including mainten-ance, work orde rs, and part s replacement.
In addi tion, for these component s, licensees and ap plicant s shall es tab lish, implement and maint ain a continuing program to ensure that vendor information is complete, current and controlled throughout the life of the plant, and appropriately referenced or incorporated in plant ins truc t ions and procedures.
Vendors of these component s should be contact ed and an interface es tab lished.
Where vendors cannot be identified, have gone out of business, or will not supply the information, the licensee or applicant shall assure that sufficient attention is paid to aquipment maintenance, replacement, and repair, to compens ate for the lack of vendor backup, to assure reactor trip system reliability.
The vendor interface program shall include periodic communication with vendors to assure-that all applicable information has been received.
The program should use a system of positive feedback with' vendors fo r mailings containing technical information. This could be accomplished by licen-see acknowledgement for receipt of technical mailings.
The programs shall also define the interf ace and division of responsibilities among the licensees and the nuclear and nonnuclear divisions of their vendors that provide service on reactor trip system components to assure that requisite control of and applicable ins truct ions for maintenance work i
are provided.
Response
A list _of components whose function is required to trip the reactor has
~
been developed and, in general, includes the control rods, control _ rod c -
23
'T
a drive mechanisms, reacto r trip switchge ar, solid state prot ect ion system, and the instrumentation and controls associated with the list of reactor trips in the Beaver Valley Power Station Unit No. 2 (BVPS-
- 2) Final Safety Analysis Repo rt, Table 7.2-1.
These component s are clas sified as safe ty-rela ted with the exception of the devices which initiate Reactor Cool' ant Pump Bus Jnde rvolt age, tmde r-freq uency 8 33 breaker open trip.
These reacto r trips are backup or ant icipato ry trips which supplement the loss of flow protect ion provided by the loop flow ins trument at ion, diich is de s igned as Class lE equipment.
No credit is taken for these trips in the Safety Analysis.
The various source document s which will be used as references for equipment classification are discussed in the res po ns e to Iten 2.2.
They are consistent in classifying the systems and components required for reactor trip as safety related.
- The component s identified as being required fo r a reacto r trip are supplied through Westinghouse.
Westinghouse has established a program by which information supplement ing or revising ins truct ions books or information _ necessary for proper and safe' ins talla t ion, ope ration, maintenance or repair of WRD supplied equipment or parts is provided in the form of Technical Bulletins.
Safety related Technical Bulletins are accompanied by a return receipt and if the receipt is not acknowl-edged within a reasonable amount of time, the bulle tins are retr ans-mitted.
In addit ion, a list of current Technical Bulletins and Data Letters will be prepared and transmitted periodically via a Technical Bulletin.
The technical bulletins will be received and evalua ted to de t ermine what; actions need be taken.
T 24
4
- 2.2-EQUIPMENT CLASSIFICATION AND VENDOR INTERFA (PROGRAMS FDR ALL SAFETY-RELATED COMPONENTS) 4 Position t
Licensees and applicants shall submit, for staf f review, a description of their programs. for safety-related equipment clas sification and vendor interface as described below:
2.2.1
.For equipment cla s sifica tion, licensees and applicant s shall describe their program for ensuring that all. compenents of s afe ty-related sys tems neces sary fo r accomplishing required safety functions. are identified as safety-related on documents, procedur es, and information handling systems used in the plant to control safe ty-rela ted act ivit ies, including maintenance, work orders and replacement - pa rt s.
This desc ription shall include:
2.2.1.1 The criteria for ident ifying canponent s as safety-related within sys tens cur rently.cla s s if ied as s afe ty-r el at ed.
This shall not. be' int erpret ed to I
require changes in safety clas sification at the systems level.
J-
Response
. The Duquesne Light Quality Assurance Progran provides for classification of component within safety related systems in accordance with' the following definitions:
i
" Safety Related" - Those plant fe atures necessary to assure the integrity of the reactor coolant pr es sure boundary, the capability to. shut down the reactor and maintain it in. a safe shutdown condition, or the capability to prevent or mitigate the consequences of 25
,.w.
accident s which could result in offsite expos ures comparable to the guideline exposures of 10CFR100.
" Quality Assurance Category I"
Plant sys t ens or po rt ions of sys tem s, structures and eq uipment whose failure or malfunct ion could cause a rele ase of radioactivity that would endanger public safety.
This category also includes equipment which is vital to a safe shutdown of the station and the renoval of decay and sensible heat, or equipment which is neces-sary to pr event or mitigate cons eque nces to the public of a postulated accident.
Thus, all safety related equipment is QA Category I.
BVPS-2 FSAR 3.2 provides additional de tail on the classification of structures, compo nent s,
and systems.
Position 2.2.1.2 A description of the information handling system used to ident ify safety-related component s (e.g., caput-erized equipment list) and the methods used for. its development and validation.
l.
Response
L_
l.
I' The Mas ter~ Equipment List is being _ developed and-l l.
identifies safety-related component s.
This is a l
comput erized ' index by equipment mark numbe r on l
Duquesne Light Company's computer which is accessible l:
on tenninals throughout. the Station _ and at.other
. Duquesne. Light Company locat ions.
The Master Equip-in addition ~ to other information such as
, me nt List,.
F 26 L
manufacturer model numbers, drawing references, etc.
will list the Quality Assurance Category.
In developing the Master Equipment List, one or more of the following source documents are used as ref e r-for determining the safety classification:
ences BVPS Unit 2 Quality Assurance Program - FSAR Section 3 Tab le s 3.2-1 and 3.2-2 include structures, sys t ens and major compo nent s cove red by the Ope rations Quality Assurance Program.
BVSP Unit 2 Operating Manual - the Operating Manual clas sifies each sys t en (ch ap t er) by QA Category aM cont ains valve lists with the QA Catego ry of each valve.
The system ca tego ry is based on QA Program Appendix B and the valve lists are being developed on the flow di agr ams.
piping de s ignat ion based on The Operating Manual falls within the Quality Assur-ance program and any revis ions would be subject to review in ac cordance with the QA program including review by the Onsite Safety Committee.
Mechanical Drawings - Fluid sys tem schemat ic s aM i sometric s have the piping de s ignated ANSI Safety Class 1,
2, aM 3.
These drawings may be used to detennine safety-r ela ted clas sifications of piping,
- pumps, valves and other mech anical c om po nent s.
Verification is in accordance with established design control programs.
Electrical Drawing and Raceway Sch edules - These documents may be used in some cases an an aid in determing the safety-related classification of elec-trical equipment. Cable and conduit entering safety-27 2
related electrical eq uipme nt would have ide nt ifica-t ion numbe rs on the dr awing s corres ponding to the color code used to ident ify Class 1E circuits.
Verification is in accordance with established design control programs.
Original Equipment Specifications - The QA Category originally assigned to the equipment by the sys t ems designer may be determined by reference to the original procurement specification.
In cases of discrepancies or missing information, the classification will be based on an engineering evalu-ation of the funct ional requirement s. ve rs u s the definitions of safety-related equipment in the Quality Assurance program.
Position 2.2.1.3 A description of the process by which station person-nel use this information handling system to detennine that an act ivity is safe ty-r ela ted and what proce-dures for maintenance, surve il lance, part s replace-me nt and other activities defined in the introduction to. 10CFR50, Appendix B,
apply to safe ty-r ela ted components.
Response
-Where applicability of procedures. is - depe ndent upo n activity or equipment classification, the classifica-tions are specified by. station personnel on.appropri-ate document s.
These classifications will be made.by reference to one or more of the sources of informa-tion -- discussed unde r the res po ns e. to Itan 2.2.1.2
.u 1
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and/or an engineering judgement based on the defini-tion of Safety Related or QA Category I as defind in the Quality Assurance Manual.
St at ion proced ures will reference the Master Equipment List as the primary information handling sys tem to be used by s tation pe rsonnel in making de t erminat ions as to equipment classification.
Position 2. 2.1.4 A description of the management controls utilized to ve rify that the pr ocedures for preparation, valida-t ion and routine ut iliza tion of the infoncation handling system have been followed.
Response
Control and update of the Maater Equipment List will be performed under written procedures.
Ins truct ions for routine utilization of the Master Equipment List will be incorporated into written pr oced ur es.
Approval and adherence to written procedures is performed in accordance with the requirements of the DLC Quality Assurance Program and these act ivit ies are subject to audit by the DLC Quality Assurance Department, t
Position l
2.2.1.5 A demonstration that appropriate design verification and qualifica tion testing is specified fo r pr ocur e-ment of safety-related components. The specifications shall include qualification testing for expect ed safety service conditions and provide support for the 29 i
t
licensees' r ece ip t of testing document ation to su p-port the limits of life recommended by the supplier.
Response
o Procur ement document ation requirements fo r safety relateEl equipment and spare part s are developed by review of the original procur ement documents includ-ing any addenda or revisions.
Where required, a Procurement Quality Do cument at ion form is pr epared s pecifying these requirement s to the ve ndo r.
In addition, all Class 1E electrical c om po nent s,
replacement parts ard spare parts require env iron-me nt al and seismic qualification documentation s ubmittal s to comply with NUREG 0588.
The Procure-ment Quality Documentation fo rm for such Class IE equipment will be reviewed for identification of the necessary supplier submittals.
Procurement Quality Document ation fo rms for safety related equipment are reviewed by Quality Control to ensure compliance with the procedure described above.
Position 2.2.1.6 Licensees ard applicant s need only to submit for staf f review the equipment classification program for s af ety-rela ted compo nent s.
Although not required to be submitted for staf f review, your equipment classi-fication program should also include the broade r class of structures, systems, ard component s impo r-tant to safety required by GDC-1 (defined in 10CFR Part 50, Appendix A,
" General Design Criteria Introduction").
30 o
b
Response
For Beav er Valley, the tenn "important to safety" as used in GM-1 (for which the es tab lishment of a Quality Assurance program is required) is the same as Safety R+1s ted (Quality Assurance Catego ry I).
Electric equipment impo rt ant to safety is as defined in 10CFR50.49.
Position 2.2.2' For vendor interface, licensees and applicants shall establish, implement, and maintain a cont inuing program to ens ure that vendor information for safety-rela ted compo nent s is comple te,
current and controlled throughout the life of their plants, and appropriately referenced or incorporated in plant ins truct ions and procedures.
Vendors of safety-related equipment should be cont act ed and an interface es tab lished.
Where vendors cannot be ident ified, have gone out of busines s, or will not supply information, the licensee or applicant shall assure that 'suf fi-cient attention is paid to equipment maintenance, replacement, and repair, to compe ns ate fo r the lack of vendor ba ckup, to reliability commensurate with its safety function (GDC-assure 1).
The _ program shall be closely coupled with act ion 2.2.1 above (equipment qualification)..
The program shall include periodic communication with vendors to assure that all appli-cable information-has been received.
The program should.use a system of positive feedback with vendors for mailings contain-ing. technical - info rmation.
This could be accomplished by licensee acknowledgment for receipt of technical mailings.
It shall also de fine the interface and division of responsibili-ties among the licens ae and the nuclear and ' nonnuclear divi-sions of "their vendors that provide' service on safety-related equipment - to assure that requisite control of and applicable ins truct ions for maintenance work on safety-related equipment are provided.
~
31 b
a 1
(
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L
Response
DIE is a member of a Nuclear Utility Task Action Committee (NUTAC) formed on September 1, 1983, for the speci fic purpos e of defining an appropriate vendor interface program. After the NITTAC's ef forts are complete, the results will be reviewed for applicability to Beaver Valley.
Described below are the past and current programs and the established information sources on de fect ive or problem component s implement ed to assure the reliability of safety related components.
a.
In accordance with 10CFR50, Appendix A,
BVPS-2 structures, sys tans and compo nent s import ant to safety are designed, fab rica ted, erect ed and t es ted to quality standard s commens urate with the impo r-
- tance of the safety functions to. be performed.
The Operations Quality Assurance Program, which applies. to all safety relat ed, s tructur es, sy s tens, and compo nent s,
~*'
was es tablished to ' as sur e that. the ins talled quality' of BVPS-2. is maintained throughout the life of the plant.
b.
Vendors of Class 1 safety related equipment are required by 10 CFR 21 (this is included as a provision of DIE procure-
- ment document s) to immediately notify the Commission of defects which could create a substant ial safety hazard.
The NaC in turn informs utilities of the possible signifi-cant matter through the IE. Information Not ice, Circula rs,
Bulle t ins, etc.
Therefore, there-is already a regulatory mechanism designed to make. utilities aware of defects known to vendors.-
32 a
. _ - _- ~ _ _.
~
A 5
An informal cont act based program could tenpt a vendor to accumvent' 10 CFR 21 and codified QA req uirenent s to maintain lower visibility on de fect ive eq uipment thereby avoiding the undesirable marketing aspects of reporting.
i In addition to information documents issued by the NRC, DIL receives information on many topics through INPO's NUCLEAR NETWORK, including:
Ope rations and Maintenance Reminders; Significant Event Repo rt s; and Operating Plant Expe rience Repo rt s which augment the programs in place to identify substandard equipment performance, c.
There is a high potential that vendo rs would not act ively part icipate in this interface based on the ext ens ive administrative burden as sociated ~ with it in consideration of existing QA requirements imposed on them by regulation and the costs associated with this program at a time when orde rs for new equipment are in a rapid de cline.
There could - be a tendency to " dump" overstocked equipment under e
the' pretext of " improvement" which would force a utility to continuously ch angeout component s without an explicit engineering bases, which has been qualified by testing and s ubs tant ially setback the environnent al
-qualification program and increase personnel exposure drastically in the process.
These past and current' programs and es tab li shed information sources on defective or problem components were implemented to
-assure the reliability of safety related component s comme n-surate with their safety function.
In addition, the extensive surveillance and maint enance program being established will s erve to. insure ' by. tes ting that safety relat ed equipment is operational.
1 33
3.1 POST-MAINTENANCE TESTING (REACTOR TRIP SYSTEM COMPONENTS)
The following actions are applicable to post-maintenance testing:
Position 3.1.1 Licens ees and applicant s shall submit the results of their review of test and maintenance procedur es and Technical Speci-fications to assure that pos t-maint enance operability t es t ing of safety-related cmpo nent s in the reactor trip sys ten is required to be conducted and that the testing demonstrates that the equipment is capable of perfo rming its safety funct ions before being returned to service.
Response
A procedure de fining requirement s for los t-maint enance ope r-ability testing will be included in the BVPS-2 Ope rat ing Manual.
The proced ur e will require the Operations Group ~ to review maintenance requests prior to the initiation of work and again following the empletion of work to detennine what, if any, post maintenance operability testing is required and to verify satis factory emple t ion of tes t ing prior to returning the equipment to an ope rable status.
Pos t-maintenance ope r-ability tes t ing will be pe rfo rmed in accordance with written procedures when required to demonstrate operability as defined in the Technical Specifications.
Position 3.1.2 Licensees and applicants shall submit the results of their check of vendor and engineering reemmendations to ensure that any appropriate test - guidance is included in the tes t and maintenance ' procedures or the Technical Specifications, where required.
34 i
, Response The maintenance procedures and Technical Specifict ions are currently being prepared. The vendor and engineering recommen--
dations are being included in these as they are written.
Position 3.1.3
- Licensees and ap plicant s shall ident ify, if applicab le, any post-maintenance test requirements in existing Technical Speci-fications which can be demons trated to degrade rather than enhance safety.
Appropriate changes to these test require-me nt s, _ wi th suppo rt ing justifica t ion, shall be submit ted fo r staf f approval. (Note that action 4.5 discusses on-line systen functional testing.)
Response
This req ues t is n'ot applicable to Beaver Valley Unit No. 2 (BVPS-2); as the BVPS-2 Technical Specifications have not ye t
'been written.
r 35
3.2 POST-MAINTENANCE TESTING (ALL OTHER SAFETY-RELATED COMPONENTS)
The following actions cre applicable to post-maintenance testing:
Position 3.2.1 Lic ens ees and applicant s shall submit a report documenting the extending of tes t and maint enance procedur es and Technical Specifications review to assure that post-maintenance operabil-ity testing of all safety-related equipment is requi red to be cond uct ed and that the testing demons trates that the equipment is cabable of performing its safety funct ions be fore being returned to service.
1
Response
A ' procedure de fining requirements for pos t-maint enance ope r-ability testing will be included in the BVPS-2 Operating Manual as stated in 3.1.
The procedure will require the Operations
_ Group to review maintenance requests. prior to the initiation of work and again following the completion of work to de termine
~
what, if any, post maintenance operability testing is required
~
and to verify satis factory comple t ion of testing prior to returning the equipment to an operable status.
Pos t-maint e-
-nance operability testing 'will be performed in acordance with
' written procedures when required to demonstrate operability as defined in the Technical Specifications.
l The requirement for post-maintenance testing will be controlled using the work order or Maintenance _ Work Req'uest (MWR) and 'not individual maintenance procedur es.
This must be done in this f ashion since specific procedures for troubleshooting electri-cal - and instrumentation problems are not provided.
Often, the correct ive action will be applied during ~ the troubleshoot ing atage which would negate ' the ' need for the no re ext ens ive 36
' Correct ive. Maintenance Procedures.
Prior to the shif t supe r-visor signing the work order as being acceptable for return to -
~
service, he must perform the appropriate surveillance test or a test written for the component to verify its operability.
Through' the requirement that safety related work be pe rfo rmed with an. MWR,
assurance is provided that post maintenance testing by ope rations will be pe rfo rmed and comply with the applicable component surveillance requirement s.
The t es t procedures written for each safety related component will verify its operability in accordance with its unique surve il-lance specification (s)
Position 3.2.2 Licensees and. applicant s shall submit the results of tl)eir check of vendor and engineering recommendations to ensure that any - appropriate test guidance is included in the test and maintenance procedures or the Technical Specifications where required.
Response-The' maintenance procedures and Technical Specifications are currently being prepared. The vendor and engineering recommen-dations' are being included in these as they are written.
Position-
-3.2.3 Licensees and applicant s shall identify, if applicable, ' any post-maintenance test requirements in existing Technical Speci-fications. which are perceived to degrade rather than enhance safety.
Appropriate changes to these test requirenent s, with s up po rt ing j u s t if ic a t io n ~, shall. be. submit ted. fo r staff approval.
37
Response _
This reque s t is not applicable to Beaver Valley Unit 2 (BVPS-2); as, the BVPS-2 Technical Specifications have not yet be en written.
38
V a
. 4.1 REACTOR ' TRIP SYSTEM' RELIABILITY (VENDOR-RELATED MODIFICATIONS)
Position All vAndo r-recommended reactor trip breake r modifications shall be reviewed to verify that either:
(1) each modification has, in fact,
been implemented; or (2) a written evaluation of the technical reasons for not implementing a modification exists.
For example, the mo'difications recommended by Westinghouse in NCD-Elac-18 for the DB-50 breakers and a March 31,1983, letter for the DS-416 b reake rs shall be implemented or a justification for not implement ing shall be made available.
Modifications not previously made shall be incorporated or a written evaluation shall be provided.
Response
1 The only vendor-recommended reactor trip breaker modification ap pli-cable to BVPS-2 is that discu~s sed in the March 31, 1983 Westinghouse letter.
This letter applies to DS-416 WTA's only, and addresses UVTA dimensional variations. Subsequent to this letter, on April 21, 19 83 a -
letter requiring DS-416 WTA replacement with modified shaft widened grooves ~ for the retaining ring was issued. (NS-EPR-27 53,- E. P. Rahe of -
Westinghouse to R.
C.
DeYoung of NRC).
As indicated in the letter.of April 21,. Westinghouse has committed to replace UVTAs on the DS-416 f'
reactor trip switchgear supplied for its Nuclear Steam Supply Systen so I
- that, 1) the new attachments have modified (widened) grooves to accom-modate ' the new retaining; rings, 2)' manufacturing drawings have been l.
l revised and quality control procedures modified so that critical design i
dimens ions are maintained' during manufacture, and 3) a field ins talla-tion. procedure has been' provided ' for proper alignment and interf ace of the attachment with the breaker ' trip shaf t.
These replacement devices will be marked with a serial numbering sy s tem. _ The UVTA replacement for BVPS-2 will be completed prior to startup.
. 39
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rr 4.2 REACTOR TRIP SYST!M RELIABILITY -(PREVENTATIVE MAINTENANCE AND SURVEILLANCE PR(X; RAM FOR REACTOR TRIP BREAKERS)
Position Licensees and applicants shall describe their preventative maintenance and surveillance progr am to ens ure reliab le reactor trip breake r operation. The program shall include the following:
4.2.1 A planned program of pe riodic maintenance, including lub rica-t ion, houseke eping, and other items recommended by the equip-ment supplier.
Response
Westinghouse is conducting, for the Westinghouse Owner's Group, a compilation of all existing maintenance information regarding-switchgear, including les sons learned in the pos t-S alem l
interval.
When the WOG program is finalized, DLC will review the program l;
and adopt the pr eve nt at ive maintenance r ec ocimend a t ions determined necessary-to maintain the reactor trip breakers.
Each reactor trip breaker au tomatic trip funct ion will be tested at a bi-monthly frequency.
A manual reactor trip test will be conducted within seven days prior to each s t a rt-up.
This tes t will include a visual verification of breaker position for the reactor - trip and bypass. breakers and will. be actuated from each manual trip
.' switch in the' control room.
In ' addition, the response t ime of each - reactor. trip breaker will be tes ted at a refueling' frequency.
This - tes t. will.
40
include actuation with both the undervoltage coil and the shunt coil in service, actuation with only the smdervolt age coil in service, and actuation with only the shunt coil in service.
Position 4.2.2 Trending of parameters af fecting operation and measured during testing to forecast degradation of operability.
Response
A program to tr end the trip and bypass breakers ope rational res pons e time and a select set of ad j ustment s, repairs and component failures that may aid in identifying degradation in the safety-related function of the breakers will be developed.
The trending program vill utilize data obt ained from periodic surveillance testing and from actual actuation times of reactor trips produced by plant transients.
The time response data of the reactor trip breakers, along with other pert inent information used to analyze each s itua t io n,
will be recorded af ter each reactor trip breaker event.
This data will be reviewed and evaluated to' de termine if the b reake rs f tmet ioned' properly and to. fo recas t any pos sible degradation -in future operability.
l-
~ Trend report res ult s of the reactor trip breake rs will be issued periodically to the plant's upper. management staf f.
Any
~
Lsignificant. degradations found 'during the breaker trending will be immediately.ident ified to Operations, Maintenance, and upper-L management.for corrective action, f
41
~
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Position 4.2.3 Life testing of the breakers (including the trip attachment s) on an acceptable sample size.
Response
See response to Position 4.2.4.
Position 4.2.4 Periodic replacement of breakers or component s cons isent with demonstrated life cycles.
Response
Duque sne Light is part icipating with the Westinghouse Owners Group on this' issue and will evalua te the recanmenda t ions issued following completion of this analyses.
However, DIE is t aking except ion to replacement of these component s based strictly on life cycles as Duquesne Light Company's interpreta-tion of action item 4.2 is to provide a high degree of confi-dence that the reactor trip breakers wi11' perform their safety f tmet ion wh e'n required.
. This j assured through a planned program of preventative maintenance and surveillance that would
~
I
' detect breaker degradation.
In. view of. this act ion itans 4.2.3 and 4.2.4 appear to be an extension of the environmental quali-fication rule as publiished in 48 FR 2729. Paragraph 50.49 (c) states in part that electrical equipment impo rt ant to ; safety and located in a mild environment is not included under 10 CFR L
50.49.
Since the reactor trip breaker are safety-related and located in a mild environment they should not-be required to be qualified per 10 CFR 50.49 (e).
42
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Clarification is provided fo r not including mild environnent equipment in the ' Comments On The Proposed Rule' published in 48 FR 2729. The response to issue 3 of the commente states:
"The Commission has concluded that the general quality and surveillance req uirement s applicab le to electric eq uipment as a result of ot he r commis sion regula t ions,
. are suf ficient to ensure adequate performance of electric equipment impo rt ant to safety located in mild environment s.
Since it has been concluded.
. provided they fully satisfy all other applicable regulations, the Commission has determined that no additional requirenent s are necessary in order for licensees to satisfy,
, existing license conditions or technical s pe ci fic a t ions calling for qualification of safety-related electric equipment The res po ns es to act ion items 4.2.1 and 4.2.2 desc ribes the Beaver Valley Power Station Unit 2 planned program for maint e-nance and surveillance of the reactor trip breakers and bypass b reake rs.
Provided below is a brief desc ription of the programs described under action items 4.2.1 and 4.2.2 and the programs which satisfy other applicable regulations.
a.
An 18 month preventative maintenance program for the trip and _ bypass breakers based on Westinghouse recommendations.
This program will incorpo rate all pe rt inent Wes tinghou se recommendations.
b.
An 18 month time test of the trip breakers which is used to evaluate the overall trip times assumed in the FSAR.
c.
Independent testing of the shunt and unde rvolt age trip device on the trip breakers during the 18 month time test.
43
d.
Funct ional testing of the trip and bypass breakers via the manual trip circuitry prior to start-up.
e.
A bi-monthly funct ional test of the trip breakers via the solid state protection system.
f.
Po s t-trip review of the trip breaker's time res po ns e to a reactor trip signal to verify acceptable trip time, g.
A trending program cove ring trip and bypass breakers t ime res po ns e (actual trips and tes t ing ) and a select set of adjustments, repairs and component failures, h.
Quality Assurance audits of Maintenance and Technical Specifications to ens ur e compli anc e with station programs and technical specification requirements.
The very heart of surveillance and time response testing is to assure that a
saf ety-r elated component will pe rform its int ended funct ion within the required limits necessary to meet the assumptions and analysis for the accidents evaluated in the FSAR and delineated in the technical spe ci fic a t ions.
Dif I
recognizes that the reacto r trip breake rs are of paramount import ance in meeting these FSAR assumptions. DLC believes the trending of breaker performance, an active maintenance program and insitu testing will provide a more realistic representation of breaker ope rat ion since this node of tes ting addres ses unknowns and variables such as test methodology, plant speci fic maint enance/ ope rating pr act ices and mild environnent as pe c t s.
Therefore, the insitu test and trending programs are equivalent and perhaps superior, to life cycle testing and replacement.
Reliability is maximized when res ult s of ins itu t es t data is t rended over pe riods of time, thus es t ab lishing a realis t ic bases for maintenance.
Replacement based on time cons traint s 44 L _
or cycles alone would preclude this important as pect from being observed and perhape only correct symptoms of the problem while leaving the problem's primary contributor uncorrect ed.
In addit ion,
replacement of a device that is perfonning as designed, based solely on expe riment al data could introduce more variables through manu facturing, installation or handling realized by Salem and ident ified in sect ions 2.3.2, errors as 2.4 and 3.2.5 of NUREG-1000 Volume 1.
Based on the items discussed ab ov e, DIA believes that BVPS-2 will satis fy the safety as pect s and criteria on the reacto r trip and bypass br eake rs,
thus, providing the qualitative j ustification fo r as suring the highest confidence level is maintained to ensure adequate performance as indicated in 48 FR 2729.
Periodic replacement of the breakers arvi their cou po-nents will be pe rfo rmed when surve illance, ma int enance or trending identifies degradation.
DLC will also review the Westinghouse Owners Group Report wh en it is issued and adopt the recommendations determined necessary in maintaining the trip breakers in the highes t pe rfo rmance state available.
45
4.3 REACTOR TRIP SYSTEM RELIABILITY (AUTOMATIC ACTUATION OF SHUNT TRIP ATTACHMENT FOR WESTINGHOUSE AND B&W PLANTS)
Position Westinghouse and B&W reactors shall be modified by providing automatic reacto r trip system actuation of the breakers shunt trip at t achme nt s.
The shunt trip at t achment shall be cons ide red safety-rela t ed (Class IE).
R_esponse The reactor trip system on Westinghouse Pressurized Water Reactors has been demonstrated to be a highly reliable sys tem through many accumulated years of reactor operation.
Des pite the event at the Salem plant, the system remains a highly reliable system as shown by many studies. The Salem ATWS event result ed primarily from the lack of maintenance.
Since that time, much greater at tent ion has been given to reacto r trip breaker maintenance.
The Westinghouse Owners Group has been developing ext ens ive documents on the maintenance of the reac tor trip breakers.
However, even before the Salem event, Beaver Valley Unit I had maintenance procedures in place for these. breakers.
This regular maintenance has been at le as t partly responsible for the excellent breaker reliability record at Beaver Valley.
As discussed in Sect ion 4.2, a similar program will be ins t ituted for Beaver Valley Unit 2.
In addition, even if the most severe ATWS event were to occur, the Westinghouse design has been shown to remain within the appli-cable ASME limitations on over pres sure (see WC AP-8330).
Despite this, the NRC has recently required Westinghouse plants to install an additional ATWS mitigation system (AMSAC) and may require a diverse sc ram system.
Both of these modifications would increase the cost and complexity of the plant with very little resulting improvement.in the level of public safety.
46
Thus, ~because of the record of reliability of reacto r trip breakers ' and because of the additional, redundant requirement s being placed upon Wes tinghouse pla nt s, DIE does not believe that the shunt - trip actuation will provide substant ial, addi-
'f "
tional protection which is required for the public health and safety.
1 i'
j 4
4 47 I
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4.4 REACIOR TRIP SYSTEM RELIABILITY (IMPROVEMENTS IN MAINTENANCE AND TEST PROCEDURES FOR B&W PLANTS)
Position Licensees and applicant s with B&W reactors shall apply safety-related ma int enance and test procedures to the diverse reactor trip fe ature provided by interrupting powe r to control rods through the silicon controlled rectifiers.
This act ion shall not be int erpr et ed to require hardware ch anges or additional environmental or seismic qualification of these components.
Response
J Beaver Valley Unit 2 has a Westinghouse nucle ar stean supply systen, therefore, this item is not applicable.
t 48
4.5 REACIOR TRIP SYSTEM RELIABILITY (SYSTEM FUNCTIONAL TESTI!C)
Position On-line funct ional testing of the reactor trip system, including independent testing of the diverse trip features, shall be performed on all plants.
4.5.1 The dive rse trip fe atures to be tested include the breake r unde rvolt age and shunt trip features on Westinghouse, B&W (see Action 4.3 above) and CE plants; the circuitry used for power interruption with the silicon controlled rect ifiers on B&W plants (see Action 4.4 abcee); and the sc ram pilot valve and backup scram valves (including all initiating circuitry) on GE plants.
Response
a.
Automatic Inputs - Ins trument ch annel,
relay ch annel,
breake.r and valve cont act inputs to the Automatic Reactor Trip System will be calibrated on at le as t a ref ueling frequency (18 mo nths).
The calibrations will include a check of trip status light and annunciator actions.
Instrument ch annel and relay channel inputs will be tes ted at a monthly frequency.
The tests will include a check of the reactor trip setpoint and of the trip status light.
In ad dit ion, instrument channel and relay channel input response times will be tested on a one channel per function basis at a ref ueling frequency.
b.
Automatic Actuation Logic - Combinat ions of input s for reacto r trip and trip permis sive funct ions fo r the Auto-ma tic Actuat ion Logic will be t es ted at a bi-monthly 49
=
t frequency in accordance with vendor supplied testing equip-ment and pr oced ur e.s.
The testing will include an actua5 trip test of the reactor trip breaker.
In addition, required combinations of input response times will be tested on a one channel, one logic train basis at a refueling frequency.
- c. ' Reactor Trip Breakers - Each reactor trip breaker automatic t rip funct ion will be tes ted at a bi-monthly fr eque ncy.
A manual reactor trip test will be conducted within seven days prior ' to each s t art-u p.
This test will include a visual verfication of breaker position for the reactor trip and bypass breakers and will be actuated from each manual trip switch in the control room.
In addition, the response time of each reactor trip breaker
'will be tes ted at a refueli.ng fr equency.
This tes t will include actuation with both the undervoltage coil and the
~
shunt coil in service, actuation with only the undervoltage coil in service, and actuation with only the shunt coil in service.
Position 4
4.5.2 Plants not cur rently designed to pe rmit peirodic on-line t es ting shall justify not making modifications to pe rmit such i
testing. Alternatives.to on-line testing proposed by licensees will be considered where epecial circumstances exist and where
~
the objective of high reliability can be met in another way.
50 r
Response
r Beaver Valley Unit 2's pres e nt reactor trip system configura-tion pe rmits the funct ional tes ting of the reacto r trip b reakers during power operation by the automatic trip ftnct ion which activates the undervoltage trip coil. The present hard-ware configuration will pe nnit an on-line funct ional tes t of the shunt trip coil for the bypass breakers without lif ting leads and installing jumpers.
Functionally testing the bypass breakers during power operating is not justified since:
1.
The hardware configuration will not pe rmit bot h bypass breakers to be racked in at the same time.
2.
The time that a bypass breaker may be in use is limited by Technical Spe cifications.
Based on Beaver Valley 1 experi-ence, this is anticipated to be less than two hours per month.
3.
When a bypass breaker is in service, the automatic reactor trip systen will initiate a trip signal to one of the trip breakers which is functionally tested bi-monthly.
4.
The bypass breakers wilI be functionally tested prior to
~
plant startup.
Position 4.5.3 Existing interval s for on-line funct ional tes ting required by Technical Specifications shall be reviewed to detennine' that the int erval s are cons is tent with achieving high reactor trip
. system availability when. accounting for cons iderations 'such-as:
i 51
r 1.
unce rt aint ies in component failure rates 2.
uncertainty in common mode failure rates 3.
reduced redundancy during testing 4.
operator errors during testing 5.
component " wear-out" caused by the testing Licensees currently not performing pe riodic on-line tes t ing shall determine appropriate test int erval s as described ab ove.
Changes to existing required int ervals for on-line testing as well as the int er-vals to be determined by licens e es currently not pe rfo nning on-line testing shall be justified by information on the sensitivity of reactor trip system availability to pa ramet ers such as the tes t int ervals,
component failure rates, and common mode failure rates.
Response
The Westinghouse Owners Group on February 3,1983 (letter OG-86 from J. J. Sheppard to H. Denton), submitted WCAP-10271 to the NRC for review.
WC AP-10271, " Evaluation of Surveillance Frequencies and out of Service Times for the Reactor Protection Instrumentation System" document s an evaluation of the impact on RPS unavailability of current and ext ended surveillance int erv als.
The WCAP used the hardwa re configur ation of a4 loop RESAR 3S type plant with solid state combinational logic and the testing frequencies in NURFG-0452, Revision 4.. Supple-ment'I to the WCAP (transmitted by OG-106, October 4,1983, from J. J. Sheppard to C. O. Thomas) extends the application of the methodology - to 3 loop plants with solid state combinational logic.
The WCAP considers common mode failure,' operator error, reduced red undancy during tes t ing and' equipment bypass.
WCAP-10271 also. cons ide rs correlative ef fect s on plant ope ra tion and
~
safety including the manpower expe nditure as soci ated with surveillance, the numbe r of inadve rt ent trips which occur 52
during testing and the distraction from plant monitoring on the part of the. control room operator and shif t supervisor associ-ated with testing.
Supplement I to WCAP-10271 which was submitted to the NRC in October 1983 is an extension of the x
l evaluation and provides a discussion of component wearout caused by testing.
The NRC review of WCAP-10271 to date has res ult ed in a request for additional information the NRC felt necessary to complete the review.
Information submitted in October 1983 to the NRC in response to that request included on overall evaluat ion of the impact on plant safety of RPS surveillance, a discussion of the uncertainty of failure rates and common mode failure and more detail concerning the impact of surveillance intervals on RPS unavailability.
WCAP-10271 provides in a comprehensive form the information requested by item 4.5.3.
The conclusion of WCAP-10271 Supplement 1 is that less freque nt testing of RPS components is warranted and would result in the maintenance of plant safety and the improvement of equipment reliability.
In addition to the Westinghouse Owners Group program, the NRC
- has formed a task group to. identify the sc ope, nature and recommend approaches to resolve issues such as tes ting fr e- -
quency, -outage limits and imprope r tes ting.
The result s of. _x this task group will be used by the appropriate NRC of fice for resolut ion of the issues and provide optimized technical specification surveillance requirements.
Periodic surveillance of the reacto r trip system will be performed to ens ur e proper prot ect ive act ion.
This surve il-lance as identified, in Section 7.2 of the FSAR, conforms to the
- requirenent s of IEEE 338-1977 and Regulation Guide 1.22.
The minimum frequency for these checks, calibrations and tests will be defined in Technical Specifications. - These int ervals will be based on experience in operation of both conventional and nuclear unit systems which represent the industry standard.
53
- i
. 7 _,
4 O
- A L
.a..
SECNJENCE OF EVENTS LOO FOR MONDAY 09-20-82 12:37:39 700 PAGE 1
-TILE
-- -- - POINT ID-DESCRIPTION - - - --
- STATE 12:37:39:700 1434 MASTER TURBINE TRIP EHC YES
--12:37:40 041-1431 - -- - LOW ETS PRESS--TRIP
- EHC-YES -- --
l 12:37:40 329 1444 OENERATOR BREAKER BKR NO 12:37:41:587 1431 LOW ETS PRESS TRIP EHC NO 12e37s43s029 1444 OENERATOR BREAKER BKR YES 12:37s44s077 1434 MASTER TURBINE TRIP EHC NO 12:37:44:366 1431 LOW ETS PRESS TRIP EHC 'YES
- -12e37s44s706
- 1431-LOW.- ETS-PRESS -TRIP EHO- -NO --
12:37:45:755' 1434 MASTER TURBINE TRIP EHC YES O
12s37 468442 1431 LOW ETS PRESS TRIP EHC YES 12:37:47s537 -
-- 1434
- -- - - MASTER -TURB INE TRIP -- -- - - - EHC - NO REPORT COMPLETE 09-20-82 MONDAY 12s39s09 RPT-CMP 12s39 09 LOO 26 SEQUENCf OF EVENTS PRINTOUT COMPLETED
~(
1 FIGURE I - SEQUENCE OF EVENTS LOG O
s.
s m
BEAVER VALLEY POWER STATION UNIT NO. 1 STATION ADMINISTRATIVE PROCEDURES r
Chapter 13 PREPARATION OF DRAIT INCIDENT REPORTS AND CONDUCT OF CRITIQUES Chapter Index Page I. PURPOSE,
1 UNCONTROL~LFD "#VPY II. APPLICABILITY 1
III. DEFINITIONS 1
IV. ORGANIZATION AND RESPONSIBILITIES 1
A.
All Personnel 1
B.
Shift Supervisor 1
C.
The Shift Operating Foreman 2
D.
E.
Cognizant Member of BVPS Staff 2
F.
Critique Chairman 2
G.
Station Superintendent 2
H.
Nuclear Station Operating" Supervisor 2
I.
' Independent Evaluator 3
J.
Technical Advisory Engineer 3
V. REFERENCE DOCUMENTS I
A.
BVPS-0M Chapter 48, Conduct of Operations 4
B.
10 CFR 50.72, 10 CFR 50.73, 10_CFR 20.403 and 10 CFR 73.71 4
l C.
BVPS Administrative Procedures, Chapter 4, Plant Operations Group 4
D.
BVPS Technical Specification, Appendix A, Section 6 Administrative Controls, and Section 3/4.3.2 4
Engineering Safety Feature Instrumentation E.
NUREG 1000, Generic Implications of NNS Events at 9
the Salem Nuclear Power Plant 4
s s
.Page 111 of iv Revision 3
- O ATTACHMENT I 4
DUQUESNE LIGHT COMPANY
-BEAVER VALLEY POWER STATION UNIT NO. 1
- STATION ADMINISTRATIVE PROCEDURES
()
PREPARATION OF DRAFT INCIDENT REPORTS AND CONDUCT OF CRITIQUES (continued) l
' Chapter Index Page i
VI. INSTRUCTIONS A."
"'ll Personnel 4
A B.
Shift Supervisor 4
C.
Operating Foreman S
D.
E.
Cognizant Member of BVPS Staff S
F.
Designated Critique Chairman 6
G.
Station Superintendent 6
H..
Nuclear Station Operation Supervisor 7
I.
Independent Evaluator 7
J.
Technical Advisory Engineer 7
Figure 1
- Draft Incident Report 9
Figure 2
- Control and Safety Function Actuation Analysis 19
)( )
Incident Report 21 Appendix A - Typical Events which May Require Draft e,
i l
t O
Page iv of iv Revision 3 l
l
~
DUQUESNE LIGHT COMPANY BEAVER VALLEY POWER STATION UNIT NO. 1 STATION ADMINISTRATIVE PROCEDURES 9
I.
PURPOSE This procedure provides instructions for the administrative A
controls, preparation, and review of DRAFT INCIDENT REPORTS and
-CRITIQUES.
This procedure is included in the BVPS Unit 1 Administrative Procedures as a management instruction.
l l
II.
APPLICABILITY l-l This procedure applies to all station groups at Beaver Valley Power Station Unit I whose personnel may'be involved in preparation of DRAFT INCIDENT REPORTS, OR CRITIQUES, or may be involved in ar incident or potential incident.
III.
DEFINITIONS an unplanned. event or problem that i
A.
Potential Incident affects the quality, safety, or controlled performance of reactor or turbine plant functions.
This may include
(
testing, maintenance, operations or refueling evolutions.
Events which may be Potential Incidents are listed in Appendix A of tihis chapter.
A critique is a meeting of involved parties that
]
B.
Critique l
is initiated as a result of potential incident for the purpose of determining all the facts pert!.nent to the event.
C.
Incident Report - An incident report'is a forma'lized report
! p)
(
of abnormal occurrences and other reportable events as described in BVPS Technical Specifications, Appendix A, l
Section S, 6.7, 6.9 and 10 CFR 50.72, 10 CFR 50.73, 10 CFR 20.403 and 10 CFR 73.71.
p IV.
ORGANIZATION AND RESPONSIBILITY l
\\
A.
'All Personnel at Beaver Valley Power Station Unit 1 are responsible for:
1.
Reporting potential incidents to the Shift Supervisor.
2.
Notifying the Cognizant Member of the BVPS Staff of the potential incident.
i B.
The Shift Supervisor is' responsible to:
(
1.
If the event is deemed a potential incident, and is an j
l_
Operations Department event, or involves or results in a
reactor
- trip, ensure completion of applicable portions of the Draft Incident Report (Figure-1).
PAGE 1 0F 23 REVISION 3 i
b
i l.,
BVPS - SAP Chtptor 13-P PREPARATION OF DRAFT INCIDENT REPORTS AND CONDUCT OF CRITIQUES (continued) 2.
When a potential incident is reported, but does not involve an operational. event, verify that any affected i
plant system, component-or evolution is placed in a L
safe or stable condition as soon as possible.
l 3.
When.a Draft Incident Report is to be prepared, issue a Draft Incidant Report Number.
C.
The Shift Operacing Foreman is responsible to aid the Shift l
Supervisor in collection of data or information regarding potential incidents that involve, or result in rea.ctor trip l
or operational events.
D.
The Shift Technical Advisor is responsible to review and sign the completed Draft Incident Report when the Draft Incident Report resulted from an operational event.
E.
The Cognizant Member of the BVPS staff shall:
1.
When notified of a potential incident that involves subjects within his assigned responsibility,
ensure completion of applicable portions of the Draft Incident
(.
Report (Figuri 1).
?
=
2.
Determine the need of convening a critique to examine the potential incident.
1 l
3.
Appo' int a chairman to conduct the critique when a critique is required.
4 Review and sign all draft Incident Reports generated by groups within his assigned responsibility.
5.
Cognizant members of the Beaver Valley Power Station are:
a.
Station Superintendent b.
Chief Engineer c.
Station Maintenance Supervisor d.
Nuclear Station Operating Supervisor e.
Instrument and Control Supervisor f.
Supervisor of Testing and Plant Performance g.
Superintendent of Technical Services h.
Radiation Control Supervisor i.
Refueling Supervisor j.
Reactor Control Chemist
~
k.
Nuclear Shift Supervisor 1.
Director of Administrative Services PAGE 2 0F 23 REVISION 3 L
BVPS - SAP Chrpter 13 PREPARATION OF DRAFT INCIDENT REPORTS AND CONDUCT OF CRITICUES (continued)
F.
The Designated Criticue Chairman.shall conduct the critique in accordance with this chapter.
G.
The Station Superintendent or his designee shall:
1.
Review all Draft Incident Reports to verify completion and accuracy.
2.
Determine if events described by Draft Incident Reports are in fact incidents, requiring formal Incident Report preparation.
3.
If the eyent is a reactor trip, or results in a raactor trip, grant or deny authorization for plant start up.
4.
If the criteria for restart cannot be met he shall direct the Nuclear Station Operating Supervisor to appoint an experienced SRO to conduct an independent evaluation of the event prior to authorizing plant startup.
H.
Nuclear Station Operating Supervisor, when directed by the Station Superintendent is responsible to:
1.
Appoint an exp.cienced SRO to perform an Independant Evaluation of the event.
l 2.
Review the results of the independent evaluation.
l 3.
Forward recommendations concerning the event to -he j
Station Superintendent.
4.
Review and sign all Draft Incident Reports generated by the Operations Group.
I.
The Independent Evaluator when appointed by the Nuclear Station Operating Supervisor is responsible to:
1.
Review the event to verify that automatic safety.ind control features were activated in the expected t tme and sequence.
2.
Verify that corrective actions are identified to l
resolve the cause of the trip or corrective actions.tre identified to correct any equipment deficiencies noted i
during the transient.
L 3.
Submit the results of his evaluatica to the Nuclear Station Operating Supervisor.
O PAGE 3 0F 23 REVISION 3
BVPS - SAP Chcpter 13 PREPARATION OF DRAFT INCIDENT REPORTS AND CCNDUCT OF CRITIQUES (continued) 7~,)
J.
The Technical Advisorv Engineer is responsible to:
iV 1.
Prepare all formal Incident Reports.
2.
Maintain a file of all Draft Incident Reports.
3.
Verify all Draft Incident Reports initiated are completed, in a timely mannar to facilitate compliance with reporting requirements.
I V.
REFERENCES A.
BVPS OM Chapter 48, Conduct of Operations.
B.
10 CFR 50.72, 10 CFR 50.73, 10 CFR 20.403 and 10 CFR 73.71.
C.
BVPS Administrative Procedures, Chapter 4 Plant Operations Group D.
BVPS Technical Specification, Appendix A,
Section 6,
Administrative Controls, and Section 3[4.3.2 Engineering Safety Feature Instrumentation.
E.
NUREG 1000, Generic Implications of ATWS Events at the Salem Nuclear Power Plant.
VI.
INSTRUCTIONS A.
All eersonnel at Beaver Valley Power Station Unit i shall notify the Nuclear Shift Supervisor of all potential incidents and will contact the applicable member of the BVPS Staff to advise.him of the event.
The reporting personnel shall provide the Shif t Supervisor with as much information pertinent to the event as possible.
B.
The Shift Supervisor shall, when made aware of a potential incident, ensure that any affected plant system, component or evolution is placed in a safe, or stable condition as soon as possible.
When a safe or stable condition is achieved, the Shift Supervisor shall:
1.
If the event is an operational event, or involves.or results in a reactor trip, ensure that applicable portions of the Draft Incident Report (Figure 1) are completed.
The Shift Supervisor may delegate the responsibility of collecting the data relevant to the event to the Operating Foreman, but the Shift Supervisor must reivew and sign the completed Draft 7sY PAGE 4 0F 23 REVISION 3 1
l
.J
~
PREPARATION OF DRAFT INCIDENT REPORTS AND CONDUCT OF CRITIQUES (continued)
,~
,(,/
Incident Report to verify the following information as a of.nimum is complete and correct:
a.
Item No. 1.
Draft Incident Report Number b.
Item No. 2.
Date/ Time of Event c.
Item No. 3.
Report Date d.
Item No. 4 Reporting Requirement e.
Item No. 5 Identification of Event f.
Item No. 6.
Cond'itions Prior to Event g
Item No. 7a.
Description of Event h.
Item No. 7b.
Critique Minutes (when a critique is convened) 1.
Item No. S.
Plant Control.and Safeguards Review j.
Item No. 10 Analysis of Event k.
Copies of Appropriate Strip Chart Recordings and Computer Printouts are Attached.
1J Item No. 14 Check for Harsh Environment 2.
If the potential incident is not an operational event, provide the individual responsible for completing the Draft Incident Report with the next sequential number from the Draft Incident Report Index and log the event in the In'dex.
) (r;
determine the need of convening a critique to examine l
3.
If the potential incident is en operational event,
_,)
the potential incident.
4.
Forward the Draft Incident Report to the Nuclear Station Operating Supervisor.
C.
The Ooeratinge Foreman shall as directed by the Shift Supervisor collect pertinent data (e.g.,,
strip chart recordings, computer printouts, etc.),
and perform the initial analysis of this Laformation to complete the applicable portions of the Draft Incident Report.
He shall sign the Draft Incident Report as the preparer,*and present the information to the Shift Supervisor for fina1 review.
D.
The Shift Technical Advisor shall:
1.
Review and sign completed Draft Incident Report with the Shift Supervisor, and based on t,his
- review, make recommendations to the Station Superintendent as to applicability of plant restart.
E.
The Cognizant Member of the BVPS Staff shall:
1.
When notified of a Potential Incident within his cognizance, ensure the completion of a Draft Incident
)
PAGE 5 0F 23 REVISION 3
-s PREPARATION OF DRAFT INCIDENT REPORTS AND CONDUCT OF CRITIQUES (continued)
(
reporting requirements) and foward the report to the, Station Superintendent.
2.
Based on information provided by the individual reporting the event determine the need for convening
'a critique.
This determination shall be made by verifying that sufficient information is available to allow the cause, effect,and corrective actions related to the event to be determined.
3.
If a critique is required, he shall act as chairman, or appoint a chairman to conduct the critique.
4.
Review and sign the completed Draft Incident Report verifying the following information as a minimum is.
included and accurate:
a.
Item 1.
Draft Incident Report Number b.
Item 2.
Date/ Time of Event c.
Item 3.
Report Date d.
Item 4.
Reporting Requirement e.
Item 5.
Identification of Event f.
Item 7a.
Description of Event g.
Item 7b.
Critique Minutes,(when a critique is convened).
F.
The Designated Critique Chairman shall:
l.
Ensure all individuals involved in the event are properly assembled, including any observer who may be able to contribute to the critique.
t 2.
Ensure that minutes of the meeting are recorded as Step 7.b of the Draft Incident Report.
Minutes shall include as a minimum, the information speci'fied on the Draft Incident Report Step 7.b.
3.
At conclusion of the critique, the Chairman shall read j
I the minutes to the assembled group fo.r accuracy of contents.
In case of a disagreement as to the facts of the event, the person conducting the critique shall contact the cognizant staff member for further instructions prior to disbanding the critique.
Each dissenting comment will be inserted _ into the minutes of the critique and signed by the representative of the station group making the dissenting comment.
A critique may be reconvened if required to obtain more or further information.
An additional set of minutes shall be written.
1 PAGE 6 CF 23 REVISION 3
BVPS - SAP Ch;pecr 13 PREPARATION OF DRAFT INCIDENT REPORTS AND CONDUCT OF CRITIQUES (continued)
(,)
4 The original copy of the Draft In~ident Report shall be c
sent to the Station Superintendent for review.
G.
The Station Superinrendent shall:
1.
Review all Draft Incident Reports.
2.
Determine if events described by the Draft Incident
- Report, are in fact Incidents requiring a formal Incident Report, and indicate this decision on the last page of the Draft Incident Report.
NOTE:
'The Station Superintendent may elect to base his decision for plant restart on review of the trip conducted by telephone in direct conference with the Shift Supervisor.
3.
If the event involves a reactor trip, grant or deny approval to start the plant by the following criteria:
a.
Appropriate portions of the Draft Incident Report are comp 1.ete, and present an effective reconstruction and analysis of the event.
} r-3 b.
The cause of the event has been properly lF
)
identified and corrected.
c.
All ' equipment and systems are verified to-have functioned as designed during the event and recovery actions,. or corrective actions required are complete.
4 If the cause of the trip cannot be determined, or there is question concerning the proper performance of equipment or systems during the trip, a.
The superintendent shall direct the Nuclear Station Operating Supervisor to appoint an experienced SRO to conduct an independent-evaluation of the event prior to the authorizing plant startup.
b.
Review the results of independent evaluations performed, solicite comments of appropriate group supervisors, and evaluate authorization of plant restart per Step E.3.
5.
Forward the completed Draft.Lacident Report to the Technical Advisory Engineer for Incident Report ew preparation.
~~,
s
)
N PAGE 7 0F 23 REVISION 3
'M
BVPS - SAP Chrptcr 13 PREPARATION OF DRAFT INCIDENT REPORTS AND CONDU'T OF CRITIQUES (continued)
C r~N
', ).
H.
Nuclear Station Ooorating Suoervisor shall:
1.
When directed by the Station Superintendent appoint an experienced SRO to perform an independent evaluation of the event.
He shall review the results of the independent evaluation, and make recommendations to thu Station Superintendent concerning the applicability of plant restart.
2*
Review and sign all Draft Incident Reports generated by the Operations Group.
3.
Foiward all Draft Incident Reports t'o the Station Superintendent.
I.
Indeoendent Evaluator when appointed by the Nuclear Station Operating Supervisor shall review the Draft Incident Report, and all available information (this may include Laterviews with operators etc.) to determine the cause of the event, verify that all automatic safety and control features were activated in the expected time and sequence.
He shall
~
verify that corrective actions are identified to resolve the-cause of~the trip and correct any equipment deficiencies
~
noted during the t'rans ient.
He shall then submit the results of the review to the Nuclear Station Operating Supervisor.
J.
The Technical Advisorv Engineer shall:
1.
Review all draft incident reports, and for those designated by the Station Superintendent as incidents shall prepara an Incident Report based on the Draft Incident Report and Critique Minutes.
W
' _/
i N
PAGE 8 0F 23 REVISION 3 m
'~
e' Chtptor 13 FIGURE 1 i
DUQUESNE LIGHT COMPANY
-~x q,)
Beaver Valley Power Station DRAFT INCIDENT REPORT I.R. NO.
- 1. Draft Incident Report No.
(if applicable)
L.E.R. No.
- 2. Date/ Time cf Event (if applicable) 4.
Reporting Requirement
- 3. Report Date (Immediately, 14 day, 30 day, special, ecc.)
5.
IDENTIFICATION OF EVENT:
Tech. Spec.
- App A or B (App. B effective until Jan. 1, 1984)
LCO Exceeded T -s
- x,)
6.
CONDITIONS PRIOR TO EVENT:
(Plant mode and significant system status)
Plant in operational mode (
) at (
).
Reactor power and
(
) Gross MW electrical power.
The reactor coolant system average temperature (
) and RCS pressure (
).
RCS level in pressurizer (
) or'the RCS drained to (
).
The following tests were in pr~ ogress:
OST's MSP's PMP's BVT's Additional System Status:
OG PAGE 9 0F 23 REVISION 3
/
/
^
D
BVPS - SAP Chrptor 13 FIGURE 1 (continusd)
<x DRAFT INCIDENT REPORT (continued)
L) 7a.
DESCRIPTION OF EVENT:
(sequence of events le,ading up to, during, and after incident including method and time of detection, p rotectiv e system actions and cperator actions to control).
(Include any pertinent 4 harts, SER and Alarm typewriter xerox copies.)
G 9
9 e
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G B
g V-PAGE 10 0F 23 REVISION 3
(,_
BVPS - SAP Chiptor 13 FIGURE 1 (continusd) m._,. _ -. -...
DRAFT INCIDENT REPORT (continued)
O 7b.
Critique !!inutes (when applicable)
DATE/ TIME OF CRITIQUE 1
l A'ITENDANCE :
NAME TITLE STATION GROUP f)g.
~
Provide a detailed chronological description of the event.
If this agrees with step 7a.,
the information need not be repeated.
(continued) 1.
LO PAGE 11 0F 23 REVISION 3 l'.
BVPS - SAP Chaptar 13 FIGURE 1 (continusd)*
_ m _-- _.
DRAFT INCIDENT REPORT (continued) o Provide a d,etailed chronological description of the event.
If this agrees with Step 7.a., the information need not be repeated.
e g.
N
- ~
PAGE 12 0'2 23 -
REVISION 3 l
.s
BVPS - sap Chrpter 13 FIGURE 1 (continued) 3 DRAFT INCIDENT REPORT (continued) 8.
Plant Control and Safeguards Function, Review:
a.
-Did a Steam Generator, Pressurizer, or Power Operated Relief Valve lift during this transient.
YES NO If YES, list the valves that lifted.
l b.
Did the eve'nt result in a reactor trip or safety injection?
YES NO If Yes, steps 8.b through 8.g shall be completed.
If No, mark steps 8.b through 8.9 N/A and continue Draft l
Incident Report step 9.
l c.
Was the reactor trip automatic?
YES NO
,f ~g V
If No, describe the method of trip, and why the trip was initiated.
If Yes, list the FIRST OUT annunciator, and subsequent reactor trip signals received.
r, t
2 N
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PAGE 13 0F 23 REVISION 3-l y%
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FIGURE 1 (continued)
DRAFT INCIDENT REPORT (continued) d.
Was Safety Injection initiated?
YES NO If SI was initiated, was it automatic? YES NO
.If NO, explain why SI was initiated.
If Yes, identify the initiating signal.
e.
Does the First Out Annunciator agree with the Sequence of Events and the P250 computer printout? YES NO __
If NO, explain which First Out Annunciator was received and apparent reasons for the discrepancy.
(e.g. Two alarm conditions actuated simultaneously.)
j.
(Attach copies of printouts that include data five minutes prior to the trip.)
l
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PAGE 14 0F 23 REVISION 3
BVPS - sap 3
Chtpter 13 9
FIGURE 1 (continued) n r.----.
DRAFT INCIDENT REPORT (continued) f.
Do any strip chart recordings indicate trends which may have contributed to the event?
Complete the " Post-Trip Expected Values" table included on Figure 2.
YES NO If Yes, explain.
4 (Attach copies of pertinent str.ip charts.
As a minimum include strip charts for Pressurizer Press.,
Pressurir.or Level, Tave, Steam Pressure, Steam Generator Levels, Fesdwater Flow and Steam Flow.)
g.
Were there any pertinent alarms that annunciated'wnich were unusual for this event? YES NO If Yes, explain.
1 P'
h.
Were all control and safeguard functions actuated at proper setpoints..YES NO Record control and safeguard component actuation on Figure 2.
Compare actual-times to expected values to determine answer t o, the above questions.
If No, explain.
l l, :!)
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L PAGE 15 0F 23 REVISION 3 y
..a
p. -s r--
BVPS - SAP Chaptcr 13 FIGURE 1 (continued)
.--n.
r-DRAFT INCIDENT REPORT (continued) 9.
DESIGNATION OF APPARENT CAUSE OF EVENT:
Design
, Material
, Personnel Procedure Provide detail.,
Component Mark No.:
Manufacturer:
10.
ANALYSIS OF EVENT:
(safety implications, effects and consequences,
)(v~')
injuries, system damage, exposures, activity rele sed (gas or liquid),
i r
(-
I l.%
I L
i
References:
l Technical Manual No.
Drawing - Elementary Operating Manual No.
Wiring i
Piping PAGE 16 0F 23 REVISION 3 W
i h~ ' '
BVPS - SAP Chcpcor 13 Pg FIGURE 1 (continued)
DRAFT INCIDENT REPORT (continued) 11.
CORRECTIVE ACTION:
a.
Immediate (to immedi'ately prevent repetition - not to control
[
event; i.e., Procedure Changes, lift laad, lock valves, etc.).
l
[
i L
I 1
.)
\\
.12.
Long Term (recommended long term actions to prevent repetition:
1.e, engineering memorandum, procedure. change, training, etc.).
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i PAGE 17 0F 23 REVISION 3
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BVPS - SAP Chrptor 13 FIGURE 1 (continued)
DRAFT INCIDENT REPORT (continued)
Previous. equipment failure and 13.
FAILURE DATA:
(if applicable
-identification or equipment).
This information can be obtained from the Tech. Advisor file.
t i
I 14.
Was any equipment exposed to the affects of any harsh environmental conditions which resulted from this avent.
If yes, list ' equipment i
affected, and corrective actions requir'ad.
i i
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Prepared By:
DATE:
Shift Supervisor:
DATE:
j (When Required) l Shift Technical Advisor:
DATE:
(When Required)
Independent Evaluation:
DATE:
(When Performed) 9 Cognizant BVPS Staff Member
.(eg. Nuclear Station l-Operating Supervisor etc.)
DATE:
I l
Potential Incidents : Declared Incident YES NO
's l
Granted
[_
Approval for plant startup:
DATE:
Superintendent PAGE 18 0F 23 REVISION 3 l
l
Chrptor 13 FIGURE 2 Control and Safetv Function Actuation Analysis The listed alarms ar.e control and safety functions that should be checked for reactor trip or safety injection. These alarms are not necessarily listed in the order which they will occur, nor will all of the alarms occur-with every event.
To analyze a function appropriate to the event, the time elapsed from the initiating signal to the desired safety or control function should be determined and recorded. This actual time should then be compared to the maximGm expected time to verify acceptable actuation time of the component or device.
If actual time exceeds expected' time, further testing and evaluation is required.
Functions that are not appropriate for the event should be recorded as being NOT APPLICABLE.
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' West t'nghouse $witchgear Spect f tca tion G 676546 Reactor frtp fechalcal Manual
- Max Espected Times are based on past operating espertence and data collected from survtaliance tests.
l (t) Olesel generator starting and sequence loading delays not included. Offs t te power available.
Response time Ilmt t includes opening of valves to esta5TTsh si path and attatement of discharge pressure for centrifugal charging pumps.
(?) Olesel generator starting and sequence loading delays lacluded. Response time limit facludes opening of valves to estabi tsh $1 path and attainment of discharge pressure for Centrifugal a
charging pumps.
- (1) Olesel generator starting and sequence loadtag delays included. Response time Ilmtt includes opening of valves to estatitsh SI path and attainment of discharge pressure for centrifugal
+
charging pumps Low Head Safety lajection pumps.
(t) fvt. 7e see, for 1/G vater Le.el No.wl.
u)
PAGE 19 0F 23 REVISION 3
BVPS - sap Chrptor 13 FIGURE 2 (continued) l Expected Time Actual Time to initiate to initiate
..ddress Cycles.
. Cycles P250 Alarms Reae Main Tr Bkr A
,Y0006D 10*
Reac Main Tr Bkr B Y0007D 10*
l Reac Aux Tr Bkr A Y0026D
'10*
Reac Aux Tr Bkr B Y0027D 10*
- Westinghouse Switchgear Specification G 676586 Reactor Trip
.To convert cycles to seconds:
Seconds = Cycles x.017 l
Post-Trip Expected Values
)
Expected Actual Expected Actual
' Minimum Minimum Maximum Maximum Parameter ~
Value Value Value Value Tavs 543 F.
549 F Press. Level 18%
24%
l Press. Press.
r1950 psi 2260 psi S/G Level
- A 28%
38%-
B 28%
38%
l C
28%
38%
1
- Following post trip Auxiliary Feedwater recovery with Main Feedwater bypass valve control 1
?
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N N N
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_s' PAGE 20 0F 23 REVISION 3 l '
i I-
- - -. =. -
BVPS - SAP Chrptcr 13 APPENDIX A Typical events which may require a draft incident report include, but are not necessarily limited to the following:
1.
Reportable Occurrences as listed in Appendix A to BVPS Technical Specification, Section 6.
-2.
Significant events requiring prompt notification to the NRC as listed in BVPS Administrative Procedures, Chapter 4, Part U.
3.
Automatic or manual protective functions:
a.
Unplanned reactor protective system action which results in a manual er automatic reactor trip, or unlatching of a rod control cluster assembly which was not specified in an approved test, operating procedure or drill, b.
Safety Injection c.
Misoperation, malfunction or unplanned actuation of any significant plant safety device (s).
4.
Equipment.and material problems:
a.'
Damage to major plant components and equipment, including ESF and
' refueling e'quipment.
b.
Introduction of foreign objects into the reactor coolant or related piping systems.
.c.
Major fabrication or assembly errors such as the use of improper welding electrodes, improper material properties or wrong size materials.
d.
Significant failure or degradation which requires repair or replacement of safety-related equipment, e.
Trends which indicate deterioration in the quality of safety-related equipment.
f.
Any other conditions adverse to the quality of safety-related
(
equipment which are discovered while reviewing logs and surveillance test sheets or while making inspection tours of station or site.
g.
Failure or damage to safety-related equipment not covered above if the time for repair.is likely to exceed the time allowed by the technical specifications.
h.
Continu'al rejection of materials or equipment received from vendors, or similar defects.
.V PAGE 21 0F 23 REVISION 3 4
--m4
--o-<
BVPS -SAP Chtpter 13 g
' APPENDIX A (continued) 1.
Fires which could affect reactor or turbine plant equipment, or flooding or splashing of electrical equipment.
j.
Oil or chemical spill that affects or threatens to affect tho environment beyond the site boundaries.
+
k.
An event that_ causes property damage to the plant in excess of
$2,000, exclusive of labor costs or costs of. purchased power.
5.
Personnel or procedure problems:
I a.
Failure of equipment caused by operator error or inadequate or
-improper operating procedures.
. error caus ing actuation 'of safety devices, or b.
Operating, significant damage or potential damage to equipment or systems.
c.
Degradation of coolant system conditions, system status, or testing control whether or not any degradation results in damage to equipment or exceeding limiting conditions for operations.
Minor pertubations on plant conditions during operation may not necessarily require a critique or incident report.
i d.
Significant problems caused by, inaccurate information in approved 3'
. plans, procedures, or component technical manuals.
0 e.
Significant deviations from approved procedures, plans or instructions ~which affect the ' operation of the plant, test program, or quality'of refueling work.
f.
Improper operation during disassembly or installation and operations which could or did result in malfunctioning or damaged reactor plant or refueling equipment.
g.
Loss of refueling control because of communcations failure, inadequate or improper
,procedu're signoff requirements, proprequisites or sequencing.
'ndicat_e inadequate personnel h.
Establishment of trends that i
training, incomplete or inadequate procedures or questionable material properties.
i.
Serious personnel injuries or hazards resulting from work on plant systems or components.
6.
Radiation Control Problems:
a.
Spread of radioactive contami' nation outside a controlled area in excess of limits, or personnel exposure to airborne radioactivity lj above~ limits wihtout proper respiratory equipment.
'.A PAGE 22 0F 23 REVISION 3 y
BVPS.-SAP
\\
Chrptor 13 c
APPENDIX A (continutd) b.
External-radiation dose in excess of BVPS quarterly / annual administrative guidance levels or 10CFR Parts 20 limits.
c.
Contamination with radioactive material of skin of personnel where a dose asseissment may be necessary.
9 d.
Internally ceposited radioactivity greater than 10 nanocuries.
e.
Entry into a controlled area without proper dosimetry, except as delineated in BVPS Radiation Controf Manual.
f.
Improper control of radiation areas.
i g.
Spill or radioactive material which results in contamination which causes work to be stepped for more than four (4) hours, or, if unexpected, requires more than four (4) hours o decentaminate to acceptable contamination levels.
h.
Monitored rel. ease to the environment in excess of MPC limits for an isotopic mix in a liquid release, or in excess of E.T.S. for a gaseous release.
1.
Any unplanned or unmonitored liquid. or' gaseous radioacetive release to the environment via an unmonitored p,ath';
or any unplanned release via' a monitored path.
q NJ Unauthorized disposal of solid. radioactive waste.
j l
k.
. Unexplained automatic termination of radioactive discharge.
1.
Automatic diversion of ventilation systems to the main charcoal
. filter banks.
m.
Significant radiological event offsite occurring duriag transport of material for which the licensee was either shipper or intended receiver.
.n.
Lost radioactive material in excess of 10CFR20 Appendix C values.
7.
Security. Violations:
i-For both~an' obvious or a suspected security violation a Draft Incident Report should be completed.
Because security matters are confidential, the security department incident and (significant) l Licensee Event Report will be handled per appropriate procedures but the Draft-Incident Report should be used.
.f\\
u PAGE 23 0F 23 REVISION 3
STCHE & HESSTER ENGINEE21tG CO2P01ATIDH PA0E 106 CC!PUTE2 Its'UT/0UTPUT LIST DIIITAL REPORT PAGE 1 0F 2
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STWI S HE85TEJ ENGINEE2ItG CORFORATI0t4 PAGE 107 CottPUTE] ItFUT/0UTPUT LIST DI! ITAL KEPORT PAGE 10F Z -
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a "Y20020 "STSEatt0IS SEP DH RCVR PP A BHR SH "SHR SH "att0Rit " TRIP "
OtlE" 3"
1"CFF "0lt
" Ho" "Y20030 "STSE"Il0IS SEP DN RCVR PP 5 BMR Sil "BHR SH
""NORtt " TRIP Ot4E" 3"
1"0FF "0N
- HO"
/
=
"Y29360
- STSE" BUS 2AE AC52A10 AUTO BHR SH "St3 Sil
""fl0Rit " TRIP orlE" 3"
1"0FF "Off HO" "Y29370 "STSE" BUS 2AE ACB2E7 AUTO BHR SH *EHR SM
"*tLRH " TRIP "
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1"0FF "Otl fl0" a
"Y29390 "STSE"2-ell FOR Ela DHR CH "StR SH
""HORH " TRIP OtlE" 3"
1"0FF "0N HO"
=
"Y29510 "STSE"48W SL5 2-9P StP BIR FDRCHR Sll "Di2 SH
""NORit " TRIP OtlE" 3"
1"OFF "0N
- f40" e
"Y29520 "STSE"DG 2 1 ACB 2E10 AUTO EIGt Sit *Bla SH
""HORit " TRIP Cl4E" 3"
1"0FF "Ott
- HO" s
"Y29770 "STSE"OG 2-2 ACS 2FIC AUTO Btm SH "812 Sil
""HGmt "CL/TW "
OrlE" 3"
1"0FF " Ort tl0*
~
"Y30450 "STSE"480V BUS 2A SUP ACB El3t SH "BHR SH
""t40Rit " TRIP "
Cite" 3"
1=0FF "Ott fl0" "Y30440 "STSE"480V EUS 28 SUP ACS BHR S!I "Cidt SH
""t40ftH " TRIP "
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1"0FF "Ori
" HO" s
"Y30470 "STSE"400V EUS 2C SLP ACS 863t $18 "Et2 Sit
""fl0Rtt " TRIP CrlE" 3"
1"0FF "Ott N0*
HO" i
1 "Y30400 "STSE"400V BUS 20 StP ACS BHR SH "E!3t $14
""t10ftli " TRIP OrlE" 3"
1"CFF "CH
=
5 "Y30490 "STSE"400V BUS 2E Str ACS BHR SH "8HR SH
""It0Rit " TRIP =
OtIE" 3"
1"0FF "Ott HO" I
i f
i
P.'
9 STSE & NESSTER EtHINEE*ItC CORPORATICH PAGE 109 Ca!PUTEJ IIFUT/ OUTPUT LIST '
EIIITAR. CEPORT PAGE 1 OF 2 CEPORTItG CATE 03/12/04
'JO 1224100-OUQUEStE LICHT CO.
BEAVER VALLEY LRtET2 REVISIOtt idUtCER 07 SORTED BT POItti TYPE taABER e
1 em 2
se T ePOINT ePT m3ESCRIPTION eIIISTRUllENT ee0EV 60EV mALRH eCRT mALRN ofLRileCHG eltlVSaRLY
/ (No.
eTYPEm eTAG te.
eeSTAT eSTAT more otto, aCUT aCUT *STAToSPECaCCFR Ca e
a e
eeCCflT eC0!4T eC014 e
eCONT aCot!To e
eTIllE o
e e
e ee0PEH eCLSO eSTAT
- ePT.tIO.
eSTATm a
e
' O te el et e5 met et e3 m3 e4 e5 e4 e4 e7 1 e4 e7 et e5 mm7 e4 al e4 e3 e4 el e4 el eIDEM eP e0 ESC eSIT esZSOS *0505 mALCO mALPReACIO
" ACSUmRPT0mitNDeRLT.4 ECCCCCCCCCCCCaCCCC=CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCCeCCCCCCaCCCCCCat 5322ta!2831.It3tattaattal.CCCCeCCCCaCCCCattC3484 Otl~"
3" 1"0FF *0H N0*
"Y30500 "STSE"460V BUS 2F SW AC8 812 SH "BIGt SH "tIORif " TRIP HO*
Ct:E" 3a 1"0FF "0H
' "Y30510 "STSE"400V BUS 2G SUP ACS
' Elm Sit "BIR SH
"*tIORN " TRIP Ot tE" 3"
1"0FF "CH
" N0*
"Y30520 "STSE"460V BUS 2H SW ACS Bee SH " sir 514
- NORif " TRIP OtlE" 3"
1"0FF "Ott
" tt0*
"Y30550 "STSE"4SOV EllER BUS 2P SUP ACECHR SH "B!3t SH
""NORif " TRIP OtiE" 2"
1"0FF "CH N0*
"Y30S30 "STSE" AUX BLOG ACU211A AUTO BHR TH "813 SH "t40Ril "STOP OrlE" 2"
1"0FF "Ctl Noa "Y30840 "STSE" AUX BLOG ACU2118 AUTO BIGt SH ' "8!R SH
""NORH "STOP
=
ONE" 3"
1"OFF "0H NO"
/
"Y44050 "STSE"HTR ORAIN RCVR PP21A BHR SH "Bla SH
"" NORM "STOP "Y44040 "STSE"HTR ORAIN RCVR PP218 Ole SH "BHR SH
""NORH "STOP "
CHE" 3"
1"0FF "0N
- ND*
Ot4E" 3"
1"0FF "0H HO" "Y44310 "STSE"480V EUS 2J SW ACS BHR SH "0HR SH
""NORH " TRIP ONE" 3*
1"0FF "0N NO" "Y44320 "STSE"460V BUS 2H SW ACB BHR SH "8HR SH "tIORM " TRIP OtE" 3"
1"0FF "0N NO" "V24900 "STSE"125VOC $1:30 2-1 BHR BHR-SM "8HR-SM "att0RH " TRIP ONE" 3"
1"0FF "Ott
" N0*
"V289IO "STSE"12SVOC 5620 2-2 BHR BHR-SM "8HR-SM
"'440RH " TRIP "V29410 "STSE"OC Fit. OCE-12 CONT Ptet BNR-SM *8HR-SH
"" LOSS "NORH " ZER0" 1"
1"0FF "0N
= H0a ZERO*
1" 1"0FF "0H N0*
"V29400 "STSE"0C PtL OC2-13 CONT P6R BHR-SM "EHR-SM
" LOSS "NORH Ol4E" 3"
1"OFF "Ott HO" "Y29440 "STSE"4HV-460 SUS 2-1/2-3 FOR BHR SH "8HR-SM
- tt0RH " TRIP
~
"Y29450 "STSE"4HV-460 stb 2-2/2-4 FOR BIGt SH "8HR-SM
""NORH " TRIP "
Ot4E" 3"
1"0FF "0H
" NO" CNE" 3*
1"0FF "Ott "Y29440 "STSE"4HV-480 SUS 2-3/2-1 FOR BNR SH "8 hit-SM "NORH " TRIP HO*
OtIE" 3"
1"0FF *0N
" #40" "Y29470 "STSE"4HV-460 SUS 2-4/2-2 FOR SHR SH "0HR-SM
""NORH " TRIP ONE" 3"
1-0FF "Ott "Y29480 "STSE" BUS 20F ACB 2010 AUTO Ble SH "8HR-SM
""fl0Rtl " TRIP
" HO" T "Y29490' "STSE"OUS 20F ACS 2F7 AUTO BHR SH "8HR-SM
""NORH " TRIP OtlE" 3"
1"0FF "0N
" NO" I
- ST0tE & DESSTE2 EHEIIEE"IHS CORPORATION
~ PAGE Ile C00 MITE] IB5Mff/0UTPUT LIIT '.
OIIITA4. CEPORT PAGE 1 0F 2 REPORTIt'S EATE 03/12/84 JO 1224100 OUQUESHE LIGHT CO.
SEAVER VELEY LRtIT2 REVISION IAREER 87 SORTED SY POINT TYPE PGASER
~1 em 2
I em
.T-epo!NT ePT e0ESCRIPTION eINSTRtAIENT ee0EV e9EV mALRN eCRT =ALRN eALRIIeCHG eItiVSePLY
./ eHO.
eTYPEe
.eTAG HO.
eeSTAT eSTAT
- 0N eHO. eCUT eCUT eSTAToSPECaCORR
,Ce.
's e
e eeCONT eCONT ECON e
eCotlT mCor!To e
eTIME e-e e
eeOPEN eCLSO eSTAT
- ePT.NO.
ESTATE a
e r
_ *1 e2
.e5 mal e2 m3 m3 e4 e5 e4 e4 e7 8 te I e4 e7 et e5 me7 e4 el me e3 e4 el e4 el eIIEN eP
=0 ESC eSIT meZSOS. n050S MAL 0th eALPReACIO mACSO RPTOeIHWO RLTH eCCCCCCCCCCCCeCCCCeCCCCrrrrrrrCCCCCCCCCCCCCCCCCCCCCeCCCCCCCCCCCCCCCCCaCCCCCCaCCCCCCatasettletateletsstatstattet CCCC CCCCeCCCCatt38tet i
~
HO" "Y3205B "STSE"CotSEftSER AVAILABLE CAN
. "CAX
""fl0T
" SET ONE" 2"
1*0FF "0N e
HO"
[
ONE" 3"
1"0FF "0N "V28830 "STSE" BAT 2-5 CHARGER CHG2-5 "CHG 2 5
"*HORH " TROL l
ONE" 3"
. 1"0FF "0H " HO" "V24450-
"STSE" SAT 2-4 CHARGER CHG2 4 "CHS 2-4
""HORit " TROL "YM200 "STSE"SI HAIRML ACT 1 CAUS RX CONT SH " CONT SH
- "HORH "CPER "
OtlE" 2"
1*0FF "0N HO" l
HO" l
ONE" 2"
1"0FF "0H
'"Yt9210 "STSE"SI HAtFJAL ACT 2 CAUS RM CONT SH " CONT SH -
""NORN "0PER 2
l
-"YSO450 "STSE"RX HAN TR 2 CAUSE RX cst-RT "CS 2-RT
""NORN " TRIP "
OllE" 2"
1"0FF "0H HO" ONE" 2"
1"0FF "0N
- N0*
"YteMO "STSE"RX HAN TR 1 CAUSE RX cst-RTC "CS 2-RTC
""HORH " TRIP OllE" 3"
1"0FF "GN HO" "Y20250 "STSE"TtSt91tlE THRUST SEARING ET CAS "E TRIP CAS
""HORM *HCAR "
"Y2 M00 "STSE* DOS VAC LON ET CAS "E TRIP.CAS
"" HORN " TRIP "
CHE" t"
1"0FF "0H N0*
]
+
ONE" 2"
1*0FF "0N
- HD*
"Y2M10 "STSE"TL5tB THRUST BRG FAILtRE ET CAS "E TRIP CAS
""HORM " TRIP i
OllE" 2"
1"OrF "GN HO*
' "Y2 H2O "STSE"TL5tB OVERSPEED ET CAS "E TRIP CAS-
"* HORN "TRIF
=
HO*
{
ONE" 3"
1"0FF "GN "Y20100 "STSE"TURS OVSP PROT C0 tit EHC
- EHC
""NORtt "0PER Ct:E" 2"
1"OFF *Cil
"=tiCHN "YRIP HD*
Ot tE" 1"
1"OFF "Ott "Y31530 "STSE" IIP TtC8/GLO STH A FIRE ElR-Z1 "D R-Z1
""IICnit "ALRH Ot:E" 1"
1"0FF *0N
" flD*
"Y01490
- STSE"TLOS B23 AREA LP EtB EIR-ZZ *E!:P-Z2
""Il0Rif " FIRE
~'
Ot;E=
la 1"0FF "0N HO*
i "Y01700 "STSE"TURS GEN C26 LP Ele E!:hZ3 "E!R-Z3
""fl0Ril " FIRE I
I "Y31540 "STSE" GEN EXC EllCLOSURE FIRE EIR-Z4 "[ID-Z4
""NORH "ALRN
- OllE" 1"
1*0FF " Oil HO*
OrlE" 3"
1"0FF "0H 80*
"Y28410 "STSE"v0LT REG FIRE CNT 1 FUSEEXC -
" EXCITER "at10RH "BLlat 80*
0::E" 3"
1"0FF "Ott "Y28420 "STSE" VOLT REG FIRE CNT 2 FUSEEXC
" EXCITER "all0RH "tLMN I ~ "Y28510 "STSE"Ist' LEADS DLGIER A GL-FH21A"CL-FN-21A
""fl0Rtt " TRIP OllE" 3"
1"0FF "Ott t'0" i
O 1
l ITT'1 & l!EBSTE] EtOINSEIIttG CCRPORATIQI Pf.GE 111 CS:rUTE] II PUT/00TFUT LIST DIGITAL EEPORT PAGE 1 0F 2 CEPO'!TII:3 DATE 03/12/84 JO 1224100 DUQUES!!E LICHT CO.
EEAVER VALLEY UtlIT2 REVISIO:4 I:Ut:CER 07 SORTED BY PolitT TYPE I:U!CER 1
ea 2
mm T ePOIllT mPT eDESCRIPTION mII;STRtRfEtIT emDEV eDEV at1Ril *CPT stLRit et1Ril*Ct;G mIrlVSaRLY
/ tilo.
mTTPEm mTAG tiO.
maSTAT eSTAT acti ato. aCUT mCUT eSTATmSPECaCCr?R Ca e
e a
meC0tli mCCiti aC0tt e
aCOtIT
.C0:4Tu e
eTIIE e
e e
a an0 PEN aCLSD eSTAT e ePT.fl0.
mSTATe a
e 0 L0 al a2 e5 mal e2 m3
- 3 og e5 e6 m6
.7 1 c4 e7 m2 e5 me7 e4 al m8 m3 e6 al as el s
cIDEN eP mDESC nSIT seZSDS aOSDS mALOD mi1PReACID at.CSDe9PTD.IllVDrRLTH (CCCCCCCCCCCCaCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCsCCCCCCCCCCCCCCCCC=CCCCCCaCCCCCCetC:2228.la201st tR32tttttRleCCCCmCCCC=CCCCar220t24 OriE" 3"
1"OFF "Ot8 " F10" "Y28520 "STSE"Iti LEADS BLOI:ER 8 GL.Fil21B"CL-FN-21B
""fl0RH " TRIP CIIE" 2"
1"0FF "Ott "T0498D "STSE"RCL OVERTEl:P DT CAUS RX N0101 "H0101
""HCRil " TRIP
" to" OtaE" 2"
1"OFF *0N "T04990 "STSE"RCL OVERFIR DT CAUS RX N0102 "l:0102
""tORH
" TRIP lC*
"V0324D "STSE"RCP BUS LEiVOLT CAUS RX N0103 "H0163
""Il0Ril " TRIP
CliE" 2"
1"0FF "Ott
" to" 0:lE" 2"
1"0FF *Ctl " to" e
"F0403D "STSE"RCL LO F ADV P8 CAUS RX N0104 "H0104
""fl0RH " TRIP "F0423D "STSE"RCL LO F ABV P7 CAUS RX N0105 "H0105
""fl0RH " TRIP "
0:IE" 2"
1*0FF "Ott to" a
"YO9010 "STSE"SG A LO L & FH F CAUS N0106 "H0106 "at40RH " TRIP CNE" 2"
1"0FF "Ott tio"
=
C*iE" 2"
1"0FF "0:4 1C*
"Y01210 "STSE"SG B LO L & FitF CAUS RX N0107 "H0107
""HORH " TRIP OtE" 2"
1"0FF "CH "YO441D "STSE"SG C LO L & FHF CAUS RX H0108 "H0108
""it0RH " TRIP 10"
=
O'!E" 2"
1"0FF "Ott to" CC"YO3900 "STSE"RX TRIP DUE TO TURB TRIPH0110 "H0110 "atCRH." TRIP tIO" OttE" 2"
1*0FF "Ott all0036D "STSE" SOURCE Rf3G HI Q CAUS RX N0111 "H0111
"*HORH " TRIP t
Ot:E" 2"
1"0FF "Otl 80" "It0024D "STSE"ItiT Rr 3 HI Q CAUS RX N0112 "H0112
- t10Ril " TRIP GlE" 2"
1"0FF "0N tO*
C1"fl00100 "STSE"PIR RtG CH LO Q Ct,US RX N0113 "H0113 "att0Rtl " TRIP O!!E" 2"
1"0FF "Ott "fl00050 "STSE"Pl"4 RtG CH HI Q Ct.US RX Holle "H0114
""It0Ril " TRIP 30"
=
GlE" 2"
1*0FF "Ctl 10" "YO490D "STSE"FRZR LO SI CAUS RX N0201 "H0201
""tIORH " TRIP
~
i "P04000 "STSE"PRZR LO P CtUSE RX M1202 "H0202
""fl0Ril " TRIP OtIE" 2*
1"OF F "Ott t0" 0::E" 2"
1"0FF "0:1 tiO" "PO4830 "STSE"PRZR HI P Cf,US RX H0203
- H0203
""tORH " TRIP a
CtlE" 2"
1"0FF "CII
" #10" "LO483D "STSE"PRZR HI L CAUS RX H0204 "H0204
""fl0RH " TRIP 10"
]
GlE" 2"
1"OFF "Ott "P10030 "STSE"CIPIT PRESS SI CAUS RX N0205 "H0205
""tORH "HIGH a
I "P0407D "STSE"STLit 1 LOP SI CAUS RX N0206 "H0206
""fl0RH " TRIP =
OriE" 2"
1"OF F *Ot t HO" 6
STotaE & itEBSTE] EtsItEE.litC CORPORATION PAGE 112 C0tPUTE] ItPUT/0UTPUT LIST DI! ITAL REPORT PAGE 1 OF 2 REPORTItG CATE C3/12/84 JO 1224100 OUGUESt4E LIGHT Co.
BEAVER VALLEY UllIT2 REVISIGH HUIEE3 07 SORTED BY POINT TYPE HulBER 1
se 2
en T ePOINT ePT e0ESCRIPTICH mINSTRullENT
==DEV e0EV eALRH eCRT eALRH eALONaCHG mINVS.RLY
/ etto.
eTYPEm eTAG HO.
emSTAT eSTAT =0tl etc. aCUT eCUT eSTATmSPEC= CORR Co e
a e
eeCCHT aCONT ECON e
eC0ffT eCC!iTe e
eTIIE a
e a
e en0 PEN eCLSO eSTAT e ePT.NO.
ESTATE e
a e c0 el e2 eS est et m3 e3 og eS e4 "6
e7 1 e4 e7 e2 eS me7 e4 al e8 m3 e6 al e4 el cIDEN eP n0 ESC eSIT meZS05 =050S e4 LOO mALPReACIO eACSO.KPT0mItN0eRLTH eCCCCCCCCCCCCaCCCCeCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCeCCCCCCCCCCCCCCCCCaCCCCCCaCCCCCCettaf fel ittel.Ittttt###RetteCCCCaCCCCeCCCCatt2tatt "PO4270 "STSE"STLH 2 LOP SI CAUS EX N0207 "H0207
""NORH " TRIP =
OtE" 2"
1*0FF "0H NO*
=
ONE" 2"
1"0FF "OH NO" "P04470 "STSE"STLH 3 LOP SI CAUS RX N0208 "H0208
"= TMH " TRIP Ot4E" 2"
1"OFF "Oli
" NO" d
"LO4060 "STSE"SG A LO LO L CAUS RX N0210 "H0210
"" NORM " TRIP ONE" 2"
1"OFF "0H NO" "L84260 "STSE"SG B LO LO L CAUS RX H0211 "H0211
""NORH " TRIP ONE" 2"
1"0FF "Ott to" "LO4460 "STSE"SG C LO LO L CAUS RX H0212 "H0212 "at10RH " TRIP CilE" 2"
1"OFF "Ott
" taDa "YO3240 "STSE"RCP EUS IAt FREQ CAUS RX N0301 "H0301
""fl0RH " TRIP OllE" 2"
1*0FF *0ft N0*
"LO4070 "STSE"STH GEH A L ITURS TRIP) H0302 "H0302
""NORH "HIHI Ol4E" 2"
1"0FF "Ott ND*
"LO4270 "STSE"SG B L ITLNtB TRIP)
H0303 "H0303
"" NORM "HIHI ONE" 2"
1"OFF "Ott NO" "LO4490 "STSE"SG C L ETURS TRIP)
H0304 "H0304
""It0RH "HIHI "N00290 "STSE"Pist RtB CH HI Q RX CAUSEH0306 "H0304
""NORH " TRIP "
ONE" 2"
1"0FF "LN N0*
OrlE" 2"
1"OFF "0H 10" "H00250 "STSE*PMt RtG CH 1 HI Q PT RX H0307 "H0307
""NORil " TRIP ONE" 2"
1*0FF "0H
" 14 0 "
"N00260 "STSE"PHR RtG CH 2 HI Q PT RX H0308 "H0308
"*NORei " TRIP OtlE" 2"
1*0FF "Ott NO" "H00270 "STSE"P651 RtG CH 3 HI Q PT RX HO309 "H0309
""fl0RH "1 RIP Cf4E" 2"
1"OFF "Ott te" a
"fl00280
"$TSE=Pl'R RilG CH 4 HI Q PT RX H0310 "H0310
""tiORtl " TRIP t0*
OtiE" 1"
1"OFF "Ott "V03200 "STSE"RCPA CUS L"NOLT PtRT RX H0401
- HD401
""tORtl " TRIP
~
Ot!E"
,1" 1"0FF "CH to" "V03210
"$15E"RCr8 CUS U NOLT PART RX H0402 "H0402
""fl0Ril " TRIP Ct!E" 1"
1"OFF *0H to" "V03220 "STSE*RCFB EUS UINOLT PART RX H0tl03 "H0403
""tERll " TRIP 10" OtIE" la 1*0FF "Ote "Y03200 "STSE"RCPA EUS UtmER FREQ H0405 "H0405
"*t40Rll " TRIP "
0:4E" la 1"CFF "0ll
". to" "YO3210 "STSE"RCPB EUS Ut1)ER FREQ H0406 "H0406
""sl0RH " TRIP a
I "Y03220 "STSE"RCPC CUS Ut10ER FREQ N0407 "l(0407
""H0!?ll " TRIP tC" Ot'E" la 1"0FF "0!1
STCHE & ICBSTE] Ett?It1EE*tIliam CO2P09ATIOtt PAGE 113 C0'TUTE2 IIPUT/0UTFUT LIST DIGITAL CEPORT PACE 1 0F 2 CEPORTItG CATE 03/12/04 JO 1224100 DUOUEStaE LIGHT CO.
8EAVER VALLEY 1AIIT2 REVISIOl4 IARIDER 07 SORTED DY POINT TYPE PAREER 1
em 2
se T tPO!HT
=PT eDESCRIPTION eIIISTRtNIElli meDEV eDEV. *ALRII eCRT eALRil eti.RiteCHG ellfVSeRLY
/ Et40.
eTYPEe eTAG HO.
eeSTAT eSTAT =0!I all0.
- CUT eCUT eSTATuSPEC=CC2R Ce e
e a
eeCollT eC0 fit ACON e
- C0tti eCCt4Te a
eTIIIE o
e e
a en0 PEN aCLSD eSTAT e ePT.H3.
ESTATE e
e 0 to el. e2 e5 mal e2 e3 m3 e4 e5 se e4 e7 1 e4 e7 m2 e5 me7 e4 al e6
'e3 e6 el me el cIDEH eP eDESC eSIT meZSDS eOSOS eALDO eALPR ACID e ACSD*RPTDeltiVDtKLTil
+
aCCCCCCCCCCCCaCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC=CCCCCCCCCCCCCCCCC=CCCCCCaCCCCCCatc"3388mtC::letR2C#28R 33:16CCCC6CCCC=CCCCatt2:sst "H00010 "STSE"PilR Rt:G Cat 1 HI Q PT RX N0409 "H0409
""HORH " TRIP "
CtIE" 2*
1"CFF "Ott ll0*
"t10002D "STSE"Pl51 Rtt3 CH 2 HI Q PT RX N0410 "H0410
""HORit " TRIP OllEa ta 1"CFF "Ctl a fl0*
a "H00030 "STSE"P65t RilG CH 3 HI Q PT RX N0411 - *H0411
""NORil " TRIP OtIE" 2"
1"0FF "0H HO" "H0004D
"$TSE"Pl#t pitG CH 4 HI Q PT RX N0412 "H0412
""HORH" "TeIP Ot 'Z" 2"
1"0FF "0H ND*
"LO480D "STSE"PRZR HI L 1 PART RX H'0501 "H0501
""HORH " TRIP OriEa 2"
1"0FF "0H
" tl0*
s "LO481D "STSE"PRZR HI L 2 PART RX N0502 "H0502
""fl0RH " TRIP "
OllE" Za 1"0FF "0H tao" "LO482D "STSE"PRZR HI L 3 PART RX H0503 "H0503
""fl0RH " TRIP Ot4E" 2"
1"0FF "0H N0*
"P0484D "STSE"PRZR LO P 1 PART RX N0504 "H0504
""fl0RH " TRIP "
OllE" 2"
1"OrF "Ott a N0a "P0'4850 "STSE"PRZR LO P 2 PART RX N0505 "H0505
""NORif " TRIP Ot1E" 2a 1"0FF *0tl " #40" "P0486D "STSE"PRZR LO P 3 PART RX N0504- "H0504
"*HCRH " TRIP "
OllE" 2"
1=0FF "Ott N0*
"P04800 "STSE"PRZR HI P 1 PART RX H0508 "H0508
""HORH " TRIP OllE" 2"
1"0FF "0H HO" "P0481D "STSE"PRZR HI P 2 PART RX N0509 "H0509
""NORH " TRIP ONE" 2*
1"0FF "Ott HO" Ot'IE" 2"
1"CFF "0H "P0482D "STSE"PRZR HI P 3 PART RX N0510 "H0510
""t40RH " TRIP HO" "P100:D "STSE"Cl2IT PRESS 3 SI PART RX N0512 "H0512
""l10RH *HIGH OllE" 1"
1"0FF "Ott 180 *
"P1001D "STSE"Cali PRESS' 2 SI PART RX N0513 "H0513
""fl0Rit "HIGH OllE" la 1"0FF "Ott tea s
~
"P10000 "STSE*CitiT PRESS 151 PART RX N0514 "H0514
""fl0Ril "HIGH Ot 4E" la 1*0FF "0:4
" #10*
=
"P204PD "STSE"Cl3tT P Hl.2 CitM 2tSLI) H0601 "H0401
""t102H "IIICH OtlE" la 1"0FF "Oli t10" a
- P2843D "STSE"CtefT P H1-2 CHtt 3(SLI) N0602 "H0402
"" TID'2H "HICH CllE" la 1"0FF "Cl4 N3"
'"STSE"CICIT P H1-2 Chit 4tSL1) H0403 "H0403
""t10218 "111Gil "P2044D OtlE" 1"
1"0FF "CH " I40 "
5 "P2845D "STSE"CtBIT PRESS DIN 1 N0404 "H0404
""NORil "HICH OriE" la 1"0FF "0H
- HO"
=
i.
l-
1 STWet & DESSTE] ENGItEE IMG 'CCRPOR*. TION PAGE 114
. COIPUTE] ItPUT/0UTPUT LIST OIIITAt. 8.EPORT PAGE 10F 2 REPORTIH3 CATE 03/12/04 b
JO 1224100 OUQUESDE LIGHT CO.
BEAVER VfLLEY LNGIT2 -
REVISION BAAKEt 97 S.4tTED BY P01HT TYPE BA2*JER 1
mm 2
me T ePOINT mPT.0ESCRIPTION mIttSTRtRIEitT mm0EV eOEV mALRH eCRT eALRtt mALRef CHG mINVS RLY
/ *t'3.
eTYPEe mTAG 110.
-meSTAT eSTAT =0tl atto. eCUT oCUT mSTATmSPECaCCPR Ce e.
.e-a meCONT
- Colli ECON e
mCot4T aCO:ITs e
eTillE I
e e
a e
em0 PEN eCLSO eSTAT e ePT.HO.
aSTATe e
a O Et e1
=2-e5 mal e2 e3 m3 e4 e5 me e4
.7
]
1 en a7 e2 e5 mm7 e4 e1
.8 m3
.4
.1
-me et mIIEN -
eP.
- 0 ESC eSIT emZS05 =050s mALDO *At.PRdActo mArSDiKPionIllVD RLTH
/
. ECCCCCCCCCCCCmCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCuCCCCCCCCCCCCCCCCCeCCCCCCmCCCCCC.R.tcarattasixt:i;3.ttst2ctelaCCCCmCCCCaCCCCatatt384
?
HO" J
- "P28460 '
"STSE"CtefT PRESS 004 2 N0405 "MC405
""NORH "HICM "
Ct4E= -
1" 1"0FF."0N 1
CHE" la 1"0FF "0H
" HO" 1
"P20470 "STSE"OttT PRESS CHN 3 N0504 "H0404
.""NORH "HIGH a-HO"
/
' P20400" "STSE"OSIT PRESS CHN 4 N0407 "H0407
- " NORM "HIGH
- OtE" la 1"0FF "0N HO" "P04040 "STSE"SGA LO STH P 2 PART RX N0404 "H0408
""HORH " TRIP "
ONE" 3"
1*0FF "0H
~
OtlE" 3"
1"0FF "0H HO" e
"P04050
"$TSE"SGA LO STM P 3 PART RX N0409 "H040S
""HORH " TRIP HO" OtE" 3"
1"0FF "0H
- P04040 "STSE"SGA LO STH P 4 PART RX N0410 "H0410
""NORH " TRIP HO" CHE" 3"
1"0FF "CH "PO4340 "STSE"SG A CHN 2 P RATE CHHG N0411 "H0411
- NORM "HIGH a HO" OtlE" 3"
1"OFF "0N "P043SD' "STSE"SG A CHN 3 P RATE CIWC Medit "H0412
""NORN "HIGH l
HO" "PO4340 "STSE"SG A CHN 4 P RATE Ditme H0413 "H0413
"*NOPH "HIGH "
OHE" 3"
1"0FF "0N HO" OtaE" 3"
1"0FF "Ott "P04240 "STSE"SGA LO STH P2 SI PART RXH0701 "H0701
""t40RH " TRIP
" HO" ONE" 3"
1"0FF "0H "P0425D "STSE"SGS LO STM P3 St PART RXH0702,"H0702
""NORH " TRIP Ot4E" 3"
1=0FF "Ott
- HO" "P04240 "STSE"SGS LO STH P4 SI PART RXH0703 "H0703-
- "NORH " TRIP r
HO" CHE" 3"
1"0FF "0N "P04300 "STSE"SG B CHN 2 P RATE CHHS N0704 "H0704
""NORH "HIGH HO" CHE" 3"
1"0FF "0N "P04390 "STSE"SG 8 CHN 3 P RATE CHNG N0705 - "H0705
""NORH "HIGH ONE" 3"
1"0FF "Ott Ho" i
"P04400 "STSE"SG B DiH 4 P RATE CHHG N0704 "H0704
""HORH "HICH
~
"P04440 "STSE"SGC LO STM P 2 PART RX N0707 "H0707
""NORH " TRIP a OllE" 3"
1"0FF "0H
" fl0*
HO" a
Ot4E" 3"
1"0FF "0N "P04450 "STSE"SGC LO STM P 3 PART RX N0708 ~ "H0708
""t10RH " TRIP HO" ONE" 3"
1"0FF "Ott l
"PO4440 "STSE"SGC LO STH P 4 PARY RX N0709 "H0709
""HORH " TRIP
=
HO*
,"P04410
- "STSE"SG C CHN 2 P RATE CHHG Helle "H0710
""NORit "HIGH "
OttE" 3"
1"0FF "Ott
= "P04420 '
"STSE"SG C CHH 3 P RATE CHHG N0711 "H0711
""t40RH "HIGH =
ONE" 3"
1"0FF "CN NO"
~
l
STotlE & HESSTEJ Et2IrlEE;Itt3 CORP 071. TION REPTTIliG DATE OV12/04 PAGE 115 ColFUTE3 IIPUT/0UTTUT LIST DI2 ITAL PEPORT PAGE 1 0F 2 -
3 JO 1224100-00QUESitE LIGHT CO.
BEfNER V.*Lt.EY UilIT2 REVISI0tt tit 2IDER 07 SORTED BY POINT TYPE PANBER
_.__=
1 mi 2
se T EPOINT ePT eDESCRIPTI0'4 mIriSIRLA!EllT es0EV
- 0EV ' eALR:t aCRT stLRtl et.LRitaCIIG ettNSnRLY
/ tt:0.
eTYPEm eTAG 810.
maSTAT eSTAT a0ft etIO. eCUT eCUT ESTATE $PECaC0"R Ce
's e
e eeCollT eColli aC0tt e
aC0 tit aC0 tite e
eTIrlE e
's e
e ee0 FEN eCLSD eSTAT e ePT.NO.
ESTATE a
e e se el m2 e5 sel m2 m3 m3 e4 e5 e4 e4 e7
' 1 e4 e7 et e5 me7 e4 mi me e3 e6 al e4 el eIDEN
=P eDESC eSIT e4ZSDS =050S mALDD et1PReACIO eACSDeRPTDeltlVD.rRLTH cCCCCCCCCCCCCeCCCCeCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCnCCCCCCCCCCCCCCCCCaCCCCCCeCCCCCCalCC22 :lat:2B? taantN8032823a CCCCa.CCCCeCCCCetR33C28 "P0463D "STSE"SG C CHN 4 P RATE Cl!!!3 H0712 "H0712
"* NORM "HIGH "
0* tE" 3"
1"0FF "0H " tiO"
)
"P03960' "STSE" tut 2S OIL LO P 1 FART RX N0005 "H0805
""flCRil " TRIP "
OrlE" 3*
1"OFF "Ott NO" "P03970 "STSE"TU'tB OIL LO P 2 PART RX N0806 "H0804
""tt0RH " TRIP OllE" 3"
1"CFF "Ott
" fl0"
'"P03980 "STSE"TIA?S DIL LO P 3 PART RX N0807 "H0807
""HORH " TRIP OtlE" 3"
1"0FF "0H HO" "F04090 "STSE" CONT RIl CilLORIllE DET 1 H0006 "H0836
""NORit "ALRit "
OtaE" 2"
1"0FF "0N "
N0*
e "F04290 "STSE"CC:4T Ril CllLCRIllF DET 2 N0009 "H0809
""HORH "ALPH OllE" 2"
1"0FF "Ott HO" "F04490 "STSE" CONT Ril CHLORII:E DET 3 H0810 "H0810
""fl0RH "ALRH "
ONE" 2"
1"0FF Cil HO" "Y04040 "STSE"ESF ACTUATIcti N0813 "H0813
""RES
" SET OtIE" la 1"0FF "Ott HO" "YO4C30 "STSE"CtetT ISOL PHASE 8 N0814 "H0014
""NORH "0PER "
OliE" la 1=0FF "Ott HO" "F04000
"$TSE"RCLA 1 LO F PART RX N0901 "H0901
""NORif " TRIP Ot4E" la 1"0FF "ON HO" "F04010 "STSE"RCLA 2 LO F PART RX N0902 "H0902
""fl0RH " TRIP Ot4E" 1"
1"0FF "0N NO" "F04020 "STSE"RCLA 3 LO F PART RX N0903 "H0903
""NORH " TRIP OllE" 1"
1*0FF "Otl HO",
(
"Y04000 "STSE"RCPA Et*R OPEN CAUSE RX N0904 "H0904 '
"*HORH " TRIP OttE" 1"
1"0FF "Ott NO" s
a "F04200 "STSE"RCL8 1 LO F PART RX N0905 "H0905
""fl0RH " TRIP.
CHE" 1"
1"0FF *0N NO" v
"F0421D
'"STSE"RCLB 2 LO F PART RX N0904 "H0904
""NORH " TRIP OtlE" 1"
1"0FF "0H HO"
~
"F04220 "STSE"RCLB 3 LO F PART RX N0907 "H0907
""NORit " TRIP "
OHE" la 1"0FF "Ott N0*
r s.
"Y04200 "STSE"RCPB Bt'R OPEN CAUS RX N090S "H0908
""NOPit " TRIT
- OHE" la 1"0FF "0H HO" i
"F04400 "STSE"RCLC 1 LO F PART RX
.H0909 "H0909
""NORH " TRIP OttE" 1"
1"0FF "0H "
HO"
=
"F04410 "STSE"RCLC 2 LO F PART RX N0910 "H0910
""NORH " TRIP
- ONE" 1"
1"0FF "0N NO"
=
5 "F04420 "STSE"RCLC 3 LO F PART RX N0911 "H0911
""NORil " TRIP "
OHE" 1"
1"0FF "0N " HO" I
STONE & HESSTE] ENGINEE2ItC CORPORATION Pt.GE 116
- CO::PUTER ItPUT/0UTPUT LIST
. DIGITAL CEPORT PAGE 1 0F 2 EEPORTIt4G DATE 03/12/64 JO 1224100 OUQUESt4E LIGflT CO.
BEAVER VALLEY LR4IT2 REVISIDH tautCER 07 SORTED BY P01HT TYPE tiU:SER 3
mm T (POINT
- PT =0ESCRIPTION mI!! STRUT 1ENT meCEV eDEV mt.LRif mCRT mALRil atLR!taCllG mIllVSeSLY
/ t.t:3.
'mTYPEm mTAG 110.
meSTAT mSTAT m0tt.
atto, aCUT aCUT mSTATmSPECaCOUR C. e e
a a
mmColli aCONT aCCN -
a.
- COHT aCC!lTa a
mTitlE a
a e
a matTEN aCLSO mSTAT a mPT.HO.
mSTATm a
m 0 to al
-*2 e5 mal m2 m3 m3 m4 e5 me m4 e7 1 e4 a7-m2 e5 me7 e4 al m8 m3 m4 al e6 al
.aIDEN mP -
- 0 ESC mSIT' mmIS05 m0505 mALOD mALPRmACIO MACS 0aRPT0mINV0mRLTil mCCCCCCCCCCCCmCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCm CCCCCCCCCCCCCCCCC mLCCCCCaCCCCCCate t tet ta t s t a f etR 8te t t t t 38C thCCCC mCCCCmCCCCatetetet "YO4400 "STSE"RCPC BHR OPEH CAUS RX N0912 "H0912
""NORH
" TRIP "
ONE" la 1"0FF "0H HO" "Y28340 "STSE" GEN FIELO OVERCURRENT HI "H1
""tIORH "ALRH "
ONE" 3"
1"0FF "0H HO" HO"
)
'C1"Y28360 "STSE= GEM FIELO GIO DETECTION M1 H2 "H1.H2
""HORH "ALRH "
ONE" 3"
1"0FF "0N "P04910 "STSE"PRZR LO P 3 SI PART RX N1004 "H1004
""NORH " TRIP OrlE" 0"
1"0FF "0H "
HO"
~"PO4890 "STSE"PRZR LO P 151 PART RX N1005 "H1005
"" tmh " TRIP "
ONE" 0"
1"0FF "0N HO" e
"P04900 "STSE"PRZR LO P 2 SI PART RX N1006 "H1006
""NORH " TRIP "
ONE" 0"
1"0FF =0N HO" "H00940 "STSE" MIS SOURCE CHI TRIP BYP H1007 "H1007
""NORH "ALRH "
Ot4E" 2"
1"0FF "0N HO" "H00950 "STSE"NIS SOLNICE CH2 TRIP BYP M1008 "H1006
""NORH "ALRH ONE" 2"
1"0FF "0N HO" "H00940 "STSE"HIS INTER CH1 TRIP BYP M1009 "H1009
""NORH "ALRH ONE" 2"
1"0FF "0H " HO" p
- N00970 "STSE"NIS INTER CH2 TRIP BVP H1010
- H1010 "atmit "ALRH OHE" 2"
1"0FF "Ott tt0" "P05060 "STSE"PRZR Plet REL ELN P M1011 "H1011
""NORH "LOM ONE" 2"
1"0FF "0H NO" "T04030 "STSE"RCLA OVTIP OT 2 PART RX H1101 "H1101
"" TMH " TRIP OflE" 2"
1"OFF "0H
" HO" "T04230 "STSE"RCLB OVTip OT 2 PART RX H1102 "H110P "at10Ril " TRIP "
ONE" 2"
1"0FF "0"4
- tl0" "T04430 "STSE"RCLC OVTHP DT 2 PART RX H1103 "H1103
"" tmh " TRIP OtlE" 2"
1"0FF "Ott HO" "T04000 "STSE"RCLA OVPHR DT 1 PART RX N1104 "H1104
""NORH " TRIP OrlE" 2"
1"0FF "0N NO"
~
"T04200 "STSE"RCLB OVP65t OT 1 PART RX H1105 "H1105
""iWit " TRIP OtlE" 2"
1"0FF "0N tio" "T04400 "STSE"RCLC OVPtst OT 1 Pt.RT RX N1106 "H1104
""tG H " TRIP "
Ot4E" 2"
1"0FF "0N HO" "F04040 "STSE"SG A STil/FH F 3 PART RX H1107 "H1107
""tW H " TRIP "
OllE" 3"
1"0FF "0H HO" "F04050 "STSE*SG A STH/FH F 4 PART RX H1108 "H1108
""NORH " TRIP OHE" 3"
1"0FF "Ott HO" I "F04240 "STSE"SG B STH/FH F 3 PART RX M1109 "H1109
""NORH " TRIP OllE" 3"
1"0FF "0N
" HO"
STCHE & HESSTE] ENGINEE':ItiG CORPORI. TION PAGE 117 ColPUTEJ Its'UT/0UTPUT LIST.
CI* ITAL C.EPrlRT PAGE 10F 2 EEPORTING DATE 03/12/84 JO 1224100 DUQUESHE LIGHT CO.
BEAVER VALLEY telIT2 REVISIGH HUlEER 07 SORTED BY POIHf TYPE tRABER 1
ma 2
aa T mPOINT mPT m0ESCRIPTION mINSTRtNIENT '
emDFV eDEV mALRH mCRT mALRH mALRileCHG mINVSmRLY
/ mHO.
eTYPEm eTAG tiO.
meSTAT
- STAT m0tt mHO. aCUT aCUT mSTATmSPECaCORR Ce e
e a
meCarlT aCONT ACCH m
aCONT aC0HTm a
eTIHE e
a a
e am0 PEN aCLSO eSTAT e mPT.NO.
eSTATm a
m 0 te.
al - et e5 mal at m3 m3. e4 e5 a6
.4 m7 1 e4 e7 at e5 mm7 m4 mi ma m3 e6 al e6 al CIDEN mP mOESC mSIT mmZS35 mOSDS mALDO mALPRmACIO MACS 0nRPTDmINVDsRLTH aCCCCCCCCCCCCaCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCC aCC0CCCm CCCCCCatE R C ##I.lC# 2 ta ttt ttee ttet tin CCCC aCCCC = CCCC attt r a tt "F0425D "STSE"SG B STH/FH F 4 PART RX Hillt "H1110
""HORM " TRIP "
ONE" 3"
1"0FF "0H HO" "F04440
"$TSE"SG C STH/FH F 3 PART RX H1111 "H1111
""NORH " TRIP '"
ONE" 3"
1"OFF '0H NO" "F04450 "STSE"SG C STH/FH F 4 PART RX N1112 "H1112
""NORH " TRIP "
OtlE" 3"
1"0FF "CH HO*
e "LO4000 "STSE*SG A LO L 1 PART RX H1201 "H1201
""tEll " TRIP ci!E" 3"
1"0FF "Oli floa
=
"LO9010 "STSE"SG A LO L 2 PART RX H1202 "H1202
""Il0RH " TRIP "
O!IE" 3"
1"0FF "0N "
HO" "LO1200 "STSE"SG 8 LO L 1 PART RX H1203 "H1203
""NORH " TRIP OrlE" 3"
1"CFF "0H HO" "L0t210 "STSE"SG 8 LO L 2 PART RX
'H1204 "H1204
""NORil " TRIP OilE" 3"
1"0FF "0H "
HO" "L04400 "STSE"SG C LO L 1 PAtlT RX H1205 "H1205
""fl0Rll " TRIP CilE" 3"
1"CFF "Ott H0" C1"LO441D "ST'SE"SG C LO L 2 PART RX H1206 "H1204
""HCRil " TRIP CtlE" 3"
1"0FF "0H " tt0*
"LO403D "STSE"SG A LO LO L 1 PART RX H1207 "H1201
""fl0Ril " TRIP E2lE" 3"
1"0FF "C!l
" #10" "LO90'40 "STSE"SG A LO LO L 2 PART RX H1203 "H1208
""HORil " TRIP otaE" 3"
r?'F "Ott a tiO*
"LO4050 "STSE"SG A LO LO L 3 PART RX N1209 "H1209
""HORil " TRIP "
CtlE" 3"
1"0FF "OH HO" "LO4230 "STSE"SG 8 LO LO L 1 PtJIT RX M1210 "H1210
""NORil " TRIP O!!E" 3*
1"OFF "Ott " Hoa "L01240 "STSE"SG B LO LO L 2 PART RX N1211 "H1211
""NORif " TRIP ONE" 3"
1"0FF "Ota HO" "LO4250 "STSE"SG B LO LO L 3 PART RX N1212 "H1212
""llORil " TRIP OllE" 3"
1"0FF "Ott HO"
~
"LC1430 "STSE"SG C LO LO L 1 PART RX M1301 "H1301
""HOPfl " TRIP C:lE" 3"
1"0FF "0H
" NOa "LO4440 "STSE"SG C LO LO L 2 PART RX H1302 "H1302
""fl0Ril " TRIP
- CllE" 3"
1"0FF "C!l
" Hoa "L04450 "STSE"SG C LO LO L 3 PART RX N1303 "H1303
""fl0Ril " TRIP Of!E" 3"
1"0FF "Oli "
t;0a "T05430 "STSE"RCLA LOLO TAVG IllTLH N1304 "H1304
""RES
" SET Ot tE" 2"
1"0FF "Ota " HO*
7 "T05440 "STSE"RCLS LOLO TAVG INTLH N1305 "H1305
""IlES
" SET O!!E" 2"
1"0FF "0H f10" I
STONE & HESSTE2 ENGItaEEZING CORPORATI0tt PtJE 119 -
"C3:PUTE2 ItPUT/0UTPUT LIST
' OIIITAL REPORT PAGE 1 0F 2 REPORTItG DATE 03/12/84 y
JO 1224100 00 QUEST 4E LIGilT CO.
SEAVER VALLEY IA1IT2 REVISIDH '1:Ul: DER 07 SORTED BY POINT TYPE NUtBER
--=.
-.===____ - -
1 2
en T mPOINT mPT *DESCRIPTIOff mit:STRt.R tEllT a.DEV eDEV mALRH aCRT mALRil at.LRit*CHG mINVS*RLY
/ er3.
mTYPEm mTAG 10.
enSTAT-mSTAT
=0H mil 0. aCUT aCUT eSTATmSPEC CORR Ce e
a e
umC0 tit eCONT ACON m
mCONT eC0!!Tm a
eTIllE e
e e
a um0PEtt mCLSO eSTAT a ePT.im.
O to el m2-as ami at m3 e3 e4 eSTATm e
e5-m6 e6 a7 1 no m7 m2 a5 me7 e4 al m8 m3 e6 el e6 al sIDEH mP mDESC eSIT mmZS05 m0 SOS mALDO mALPRmACIO at.CSD. PPT 0mINVDnRLTH E CCCCCCCCCCCCa CCCCa CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC a CCCCCCC CCCCCCCCCC aCCCCCC oCCCCCC at D R t t ti al 2 c t i.lli t :18 E E R RC 2 tt u CCCC o CCCC =CCCC a t t t 3224
(
"T05650 "STSE"RCLC LOLO TAVG INTLH M1304 "H1306
""RES
" SET OtlE" 2"
1"OFF "Ott r to" "P04600 "STSE"STLH P RATE CHHG/SLI H1307 "H1307
""t10Rit "HIGt E!E" 3"
1"0FF "Ott
- HO*
"Y31060 "STSE"2/3 CotiT Rif CHLOR DET N1308 "H1308
""fl0RH "ALRif a Ot:E" 2"
1"0FF "Ott "
HO" e
"L29320 "STSE"STH GEH A CHN 1 LEVEL' M1404 "H1404
""tt0RH "HIHI OllE" 3"
1"0FF "0H NO" "L29330 "STSE"STH GEN A OtN R LEVEL M1405 "H1405
""HORH " Hill!
Ot4E" 3"
1"0FF "Ott "
HO" "L29340 "STSE"STH GEH A CHtt 3 LEVEL M1406 "H1404
""HCRH "HIHI "
OtlE" 3"
1"0FF "Ott tio" a
"L29350 "STSE"STil GEtt 8 CHtt 1 LEVEL N1407 "H1407
""fl0Ril "HIHI OriE" 3"
1"0FF "Oli a.80" "L29360 "STSE"STil GEft 8 CllH 2 LCVEL N1408 "H1408
""HORH "HIHI OllE" 3"
1"0FF "Oli fl0" "L29370 "STSE"STH GEN 8 CHN 3 LEVEL H1409 "H1409
""t40RH "HIHI "
OllE" 3*
1"0FF "Ott HO" "L29380 "STSE"STH GEN C CHN 1 LEVEL M1410
>H1410
""NORH "HIHI "
ONE" 3"
1"0FF "0H
" tiO" "L29390 "STSE"STH GEH C CHN 2 LEVEL M1411 "H1411
""NORH "HIHI "
ONE" 3"
1"0FF "0H
" HO" "L29310 "SISE"STH GEN C CHN 3 LEVEL N1412 "H1412
""NORH "HIHI ONE" 3"
1"0FF "0H HO*
"H00320 "STSE" INT RHG CHN 1 P6 PERH M1501 "H1501
""RES
" SET H0tlE" 0".
1"0FF "0H HO" "H00330 "STSE" INT RtG CHN 2 P6 PERH X1502 "H1502
""RES
" SET " Hot 4E" 0"
1"OFF "0H tiO" "H04950 "STSE"PIR Ris CHN 1 PS PERH H1503 "H1503
""NORH " TRIP Ot4E" 0"
1"0FF "0N HO"
~
"ft04960 "STSE"Pl5t RHG CHN 2 PS PERN N1504 "H1504
""HORH " TRIP "
ONE" 0*
1"0FF "0H
" HO" "H04970 "STSE"Pl51 Pt4G CHtt 3 P8 PERH N1505 "H1505
""NORH " TRIP "
OtlE" 0"
1"OFF "Ott te" OliE" 0"
1"0FF "0H "
NO" "H04980 "STSE"P65l RNG CHN 4 PS PERH N1506 "H1506
""NORH " TRIP
- H00900 "STSE"P65t RilG CHN 1 P9 PERH N1507 "H1507
""HORH " TRIP "
OHE" 0"
1"0FF "Ott HO" 5 "H00910 "STSE"Pl52 RtG CHN 2 P9 PERH N1508 "H3508
""HORH " TRIP ONE" 0"
1"0FF "0N "
80" I
ST0taE & HESSTE2 ENGINEERIt!) CORPORATION PAGE 11*J
" COIPUTES ItPUT/0UTPUT LIST DI* ITAL KEPORT PAGE 1 0F 2 CEPORTING EATE 03/12/84
~JO 3224100 OUQUESNE LIGHT CO.
BEAVER VALLEY UNIT 2 REVISION NUIBER 87
~ SORTED BY POINT TYPE PGABER
(
1 mm 2
mm T mPOINT
.mPT eDESCRIPTIOtt mINSTRLAIENT emDEV eDEV mALRH aCRT mALRH mALRifmCHG mINVSepLY
/ mHO.
eTYPEm mTAG NO.
meSTAT eSTAT
=0H mHO. eCUT aCUT mSTATmSPECaCCRCl Ce a'
e a
meC0 tit aCONT mCON a
aCONT mCollTo e
mTIltE e-e a
e um0 PEN acL50 mSTAT m ePT.HO.
mSTATm a
m 0 to el m2 e5 mal m2 m3 m3 e4 e5 ed me e7 1 e4 m7 m2 m5 mm7 e4 al m8 m3 me al me mi aIDEN mP m0 ESC mSIT mmZSOS =050S mALDO mALPRmACID mACSDeRPT0mINVD RLTH i
a CCCCCCCCCCCC mCCCCoCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCC mCCCCCC mCCCCCCate # #8 tlet##df a t t 20 tstet tett.CCCCmCCCCmCCCC att a t t et "N00920 "STSE"P65t plE CHN 3 P9 PERH N1509 "H1509
"" NORM " TRIP "
OttE" 0"
1"0FF,*0N '" HO"
't "H00930 "STSE"P651 Rts CHN 4 P9 PERN H1510 "H1510
""NORH " TRIP "
OrlE" 2"
1"0FF "0N NO" "H00110 "STSE"t4JP)511 LO SET PT RX N1511 "H1511
""RES "HIGH "
ONE" 0"
1"Of F "0H
" HO" C1"H00120 "STSE"tAPlatz LO SET PT RX N1512 "H1512
""RES "HIGH ONE" 0"
1"0FF "0H NO" "N00130 "STSE"tEJPtst3 LO SET PT RX M1513 "H1513
""RES "HIGH Ot4E" 0"
1"0FF "0N " N0*
"H00140 "STSE"HUPl514 LO SET PT RX ~
H1514 "H1514
""RES "HIGH "
CHE" 0"
1"0FF "0H tl0" s
"H00300 "STSE" SOL 5tCE CHN 1 HI Q PT RX N1401 "H1401'
""NORH " TRIP ONE" 0"
1"0FF "0N "
NO" "t%0310 "STSE" SOURCE CHN 2 HI Q PT RX N1402 "H1402
""NORit " TRIP a ONE" 0"
1"0FF "0H HO*
"N00200 "STSE" INT Rts 1 HI Q INIT RX N1403 "H1403
""NORH " TRIP "
ONE" 0"
1"0FF "0H N0*
e "N00210 "STSE" INT Rts 2 HI Q INIT RX N1404 "H1404
"" NORM " TRIP OllE" 0"
1"OFF "0N
" NO" "N00040
"$TSE" Plat RNG CH 1 LO Q PT RX M1405 "H1405
""NORH " TRIP OtaE" 2"
1"0FF "0N HO" a +
"H00070 "STSE"P651 Ris CH 2 LO Q PT RX N1404 "H1404.
""NORH " TRIP "
ONE" 2"
1"0FF "0N HO" "H00000 "STSE"Pl5t rte CH 3 LO Q PT RX N1407 "H1407
"" NORM " TRIP OtBE" 2"
1"0FF "0N " HO" "C 0090 "STSE"Pl5t rig CH 4 LO Q PT RX M1408 "H1408
""NORH " TRIP OtlE" 2"
1"0FF "0N
" HO" t
"P28400 "STSE"TURB IIP CHAISER P
'N1409.
"H1409
""l40RH "HIGH OtlE" 2"
1"0FF "0N HO*
i
~
"P2841D "STSE"TURS IIP CHAICER P M1410 "H1410
""NORH "HIGH "
OllE" 2"
1"0FF "Ott " t10" 1
ls "PO492D "STSE"PRZR P 1 P11 SI UtELH H1411 "H1411
""RES
" SET NottE" 0"
1"0FF "0H
=
N0*
"P04930 "STSE"PRZR P 2 P11 SI IKELN M1412 "H1412
""RES
" SET t:CilE" 0"
1"0FF "0H NO" x
"P04940 "STSE"Pl!PZ P 3 P11 SI Ut:CLH N1413 "H1413
""RES
" SET
" tlCtaE" 0"
1"0FF "Oli N0*
l 7 "Y3213D "STSE"P4 PCmtISSIVE M1701 "H1701
""0N "BLHO "
OllE" 2"
1"0FF "CH 180 "
d e
I 1
m STOIE' & HESSTE3 EllSINCERIlls CC2f'CRATION PA.GE 120 C0:5'UTE3 IIFUT/0UIPUT LIST ~
DIGITAL REPORT PAGE 10F 2 EEPORTIllG CATE 03/12/84 a
'JO 1224100 DUQUES:IE LIG li CO.
BEAVER VALLEY L241T2 REVISIct4 11UllCER 07-SORTED BY POINT TYPE taJteER -
I am 2
as T (POINT mPT eOESCRIPTION
' eINSTPUllENT anDEV- ~mDEV mALRil eCRT mALRtl et,LR:leCliG mItNSaPLY
/ tilo.
.eTYPEe eTAG 10.
meSTAT mSTAT.m0H mHO. eCUT aCUT mSTATm3PECaCCER
'Ce a
e e..
anCONT aCONT ACON e
aCONT aCO:ITm a
eTIllE ~
. g
/
e' e
'e
's em0 PEN eCLSO mSTAT e ePT.tc.
eSTATs.
's e,
' O s0 el - et.
m5 eel e2 e3 m3 e4 e5 as me e7 1 et e7 a2 e5
'em7 e4 el me m3 e4 al-a4 ' el sIDEN mP e0 ESC aSIT maZSOS =050S mALDO mALPRaACID mACSDsDPTDaINVonRLTH
- CCCCCCCCCCCCmCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCm CCCCCCCCCCCCCCCCC a CCCCCC aCCCCCCett 838timit C Rial:ts t 883 : E 'r t :I n CCCC a CCCCmCCCC at e 2 :584
__. =
"Y31970 "STSE*P.7 PERilISSIVE N1702 "H1702
""0H "0FF OllE" 2"
1"0FF "Ott HO" "Y3211D "STSE"P.8 PERilISSIVE N1703 "H1703
""Ott "8LHD OllE" 2"
1=OFf "0N
- 10" "Y44490
- "STSE" HOT P9' N1704 "H1704
""P9 all0T --
CHE" 2"
1"0FF "0H HO"
'ONE" 2"
1"OFF "0N "Y31940 "STSE"P-10 PCRMISSIVE M1705 "H1705
""0FF "0N HO" "T2845D "STSE"LO-LO TAVG BLHD STH DulPH1704 "H1704
""l40RH "PERH CHE" 2"
1"0FF "C!l
- HO" e
=
"Y32120
'"STSE"P-13 PERtlISSIVE' M1707 "H1707
""0N '
"8LHO CHE" 2"
1"0FF "Oli " HO" "Y31940
'"STSE" AUTO SAFETY IHJECTION N1708 "H1708
""HORel "KHD "
ONE" 2"
1"0FF "Ott HO" "YO4020
' "STSE"RCLA STOP VLVS N1709
- H1709
""0PEtt "CLSO "
Ol4E" 2"
1"0FF "0H HO" "Y04220' "STSE"RCLB STOP VLVS N1710 "H1710
""0 PEN "CLSD CHE" 2"
1"0FF "0H HO"
/
"YO4420.
"STSE*RCLC STOP VLVS-H1711 "H1711
""0 PEN "CLSO "
OttE" 2"
1-OFF "CH HO" "YS2490
"$TSE"::X TRP 1 LCH TAVG FH V N1712 "H1712
""0 PEN."CLSO ONE" 3"
1"0FF "0N HO" "Y31980 "STSE* SOURCE RtlGE TH A BLOCH M1801 "H1801
""HORH "8LHD OllE" 2"
1"0FF "0N HO" "Y31990 "STSE"SOLNICE Ri4GE TH B BLOCH N1802 "H1802
""HORH "8LHD "
ONE" 2"
1"0FF "0H N0" v
"Y32070 "STSE"HIS INT Ris TRIP TH A N1803 "H1803
""RES "8LHD ONE" 2"
1"0FF "0N
" HO"
=
's' "Y32080 "STSE"HIS INT RtiG TRIP TN 8 M1804 "H1804
""RES "8LHD
=
OtlE" -
2" 1"0FF "0N
" HO"
~
"Y32090 "STSE"PR LOH SP TRIP TH A N1805 "H1805
""RES "8LHD "- OllE" 2"
1"0FF *014 "
NO" "Y32100 "STSE"PR LOH SP TRIP TH B N1804 "H1804
""RES "8tHD OtiE" 2" -
1"CFF "Ott
" NO" "Y31900
'"STSE"PRZR SI BLOCHED TH A N1807 "H1807
""HORH "DLHD "
OtlE" 2"
1"0FF "Ott " HO" "Y31910 "STSE"PRZR SI ELOCHED TH B N1808 "H1808 "alI0RH "8LHO "
CHE" 2"
1"0FF "C:4 N0" I "PO4020 "STSE"STLH ISOL/SI BLH TN A N1809 "H1809
"*RES
" SET = ZER0" 2"
1"0FF "014 HO" 1
o STONE & HE85TE2 Et2ItEE21t:3 CORPORATION PAGE 121 CCIPUTE] Its*UT/0UTFUT LIST DI! ITAL REPORT PAGE 1 0F 2
[EPORTItG OATE 03/12/84 g-
.JO 1224100 OUQUESt4E LIGtT Co.
BEAVER VALLEY lAtITZ REVISI0tt taADER 07 g
SORTED BY POINT TYPE HullDER I
me 2
em T EPOINT
.ePT =OESCRIPTIOtt mIllSTRittEHT ma0EV
=0EV mALRil eCRT mALRH mALRileCHG mIHVSmRLY
/ etc.
eTYPEm eTAG HD.
anSTAT eSTAT =0H etIO. eCUT aCUT eSTATmSPECaCORR Ce e
a e
- e. CONT eCONT ACON e
eCorlT aCCHis e
eTIIE
/
e' s
e a
e=0PEH aCLSD mSTAT e mPT.tO.
eSTATs e
e 0 00 m1 et e5 nel m2 -
m3 m3 e4 e5 me me e7 1 e4 e7 at a5 mm7 e4 el m8 m3 e4 al me el aIDEN aP eOESC eSIT mmZS05 eOSOS mALOO mALPRmACIO mACSonRPTOmINVOmRLTH (CCCCCCCCCCCCaCCCCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCeCCCCCCCCCCCCCCCCCaCCCCCCeCCCCCCattatettetstelettstettettatinCCCCmCCCCaCCCCatsta aet "P04030 "STSE"STLH ISOL/SI BLH TH 8 M1810 "H1810
""RES
" SET
" ZERO" 2"
1*0FF "0H
" H0a"YJ1950 "STSE" SAFETY ItWECTICH SIGNAL N1811 "H1811
""RES "INIT OtlE" 2"
1"0FF "OH "
HO" "Y47030 "STSE"80R DILUTION PERHISSIVE N1812 "H1812
""BLHO "UNDLHO" OHE" 2"
1"0FF "0H HO*
"Y28290 "STSE"GEllERATOR FIELO FORCIts H4 "H4
"*HORH "ALRif =
OllE" 3"
1"0FF "0H "
HO" C1"Y28750 "STSE"SSS TFIR 2A
_ H4-FPHAX"H4-FPilAX
""NORH " FIRE =
ONE" 3"
1"OFF "0H HO" C1"Y28910 "STSE"SSS TFIR 28 M4-FPIBX"H4-FPH8X
""HORH " FIRE "
OHE" 3"
1"0FF "0H
" HO" 4
s C1"Y2f000 "STSE"USS TFifR 2C M4-FPHCX"H4-FPLCX
""NORH " FIRE ONE" 3"
1"0FF "0H HO"
=
C1"Y29010 "STSE"USS TFHR 20 H4-FPlEX"H4-FPtDX
"*HORH " FIRE ole" 3"
1"0FF "0H
= PDa "Y28440 "STSE=HAIN TFim M4-FPlt4A"H4-FPittA
""NORH " FIRE a ONE" 3"
1"0FF "OH "
HO" "Y28400 "STSE"USS TFIR 2C DELtl3E VLV HS-FPHAX"KS-FPHAX.
""NORH "OPEN "
ONE" 3*
1"0FF "CH HO" "Y28410 "STSE"USS TFitt 20 DELUGE VLV HS-FPtBX"K5-FPIEX
"'HORH "OPEH CHE" 3*
1"OFF "0H
" HO" e
"Y28650 "STSE"SSS TFtm 2A DELUGE VLV H5-FPHCX"HS-FPHCX
""HORil "OPEH OtE" 3"
1"0FF "0H HO"
=
"Y28440 "STSf"SSS TFim 28 DELUGE VLV NS-FPlOX"H5-FPDGX
"" NORM "0PEH "
ONE" 3"
1"0FF "0H HO" "Y28540
"$TSE"HAIN TFim DELUGE VLV H5-FPlttA"MS-FPit44
""NDRM "0 PEN - "
DHE" 3"
1"0FF "CH HO" s
"Y31740.
"STSE"HYO SEAL OIL lAtIT DEL V HS-FPt#4F"MS-FPittF
""CLSO "0 PEN ONE" 1"
1"OFF "0H tea "Y31770 "STSE"HYO SEAL OIL RSVR DEL V H5-FPitlG"H5-FP1883
""CLSD "CPEN ONE" 1"
1"0FF "Ctt
" Hoa "YS7220 "STSE"RX PCOT SYS Til A H524A "H524A "at!0Ril "TRDL OtlEa Oa 1"0!l " Cit " it0*
"YS7230 "STSE"RX PROT SYS TH 8 H5248 "H5248
""H0 Ret "TRBL OtlE" 0"
1"Ott "Off HO" "Y01370 "STSE"HIS PR HILO SP AUTO H602-10 "H602-10
""OEFT *HORH ZERO*
2" 1"0FF "Oli
" tea I '"Y01360 "STSE"HIS PR HILO SP FLUX H404-10 "H604-10
""OEV "NORH
" ZER0" 2"
1"0FF "0H
" N0a I
ST3 3 & NESSTE2 EttCItlEE3Itti CORPORATIO!I PAGE 122 CotPUTE7 Its'UT/0UTI'UT LIST DITITAL REPORT PAGE 1 OF 2.
CEPORTIttG DATE 03/12/64 3-JO 1224108 OUQUEStIE LIGHT CO.
EEAVER WALLEY LAIIT2 -
REVISION. lMJtBER 07 SORTED BY P01HT TYPE tajteER 1
mm 2
um-T mPO!HT mPT mOESCRIPTICtl mIffSTRUHEffT mmDEV ' *DEV mALRH,mCRT mALRtt mALRit.CilG mItNSmRLY
/ tilo.
_eTYPEm mTAG HO.
meSTAT,mSTAT mOf4 mHO. aCUT aCUT mSTATmSPECnCO*tR Ce a
e a
meCollT mCot4T scoti e
aC0 tit eCollin a
mTIIIE e
a e
a an0 PEN aCLSO mSTAT *
- PT.HO.
eSTATm a
m.
0 so m1 m2 mS mal m2 m3 m3 e4 mS e6 se e7
- 1 e4 m7 m2 e5 mm7 e4 al m8 m3 e6.
al me al mIDEN mp ' m0 ESC mSIT mmZSDS-m0SDS mALDO mALPRmACID mACfDmRPT0mIllV0eRLTH
- (CCCCCCCCCCCCa CCCC=CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC=CCCCCCCCCCCCCCCCCmCCCCCCaCCCCCCatas t tal.t B B tints 2 es tat t B R st= CCCC.CCCCaCCCCat tt Ctet
'"Y40100 "STSE"ClalT ISOL PHASE A SIG M413 "H613
""H02H " ACTE HO"
)
OllE" 0*
1*0FF *0N "YS1200 "STSE"FEEDilkTERISOLSIGNAL 'M4368
- H4368
""NORH " ACTE OtlE" 0"
1"0FF "0H " HO" "Y40700' "STSE"Citti ISOL PHASE B SIGttALH644 "H644
""HORH " ACTE OllE" ea
.1"0FF "0N HO*
s "P2805D "STSE"DG 2-1 RSVR 1 STR AIR P L AIM "L AIM
""NORit "LON CHE" 3"
1"OFF "OH
=
HO"
- P28060
~ "STSE"DG 2-1 RSVR 2 STR AIR P L Atti "L Atti "all0RH "LCH ONE" 3a 1"OFF "0H " HO" s
"P20070 "STSE"OG 2-1 JACHET COOL P L Atet "L Atti
""NORH "LON OtlE" 3"
1*0FF "0N HO" s
"P28000 "STSE"DG 2-1 ROCH ARH OIL P L MM "L AIM
""NORH "LOH OtaE" 3=
1"0FF "0H
" #40" "P28090 "STSE"OG 2-1 FUEL OIL P L AtRI "L AIM
""HORH "LOH
"- OrlEa 3=
1"0FF "0N HO" i
"P28100
"$TSE"DG 2-1 Lt2E OIL P L AtM "L Met
""fl0RH "LOH orlE" 3"
1"0FF "0N "
HO"
/
=
"P28110 "STSE"OG '2-1 CRAtOCASE P -
L At#4 "L MM
"" NORM *HIGH
' CtlE" 3"
1*0FF "0N " NO" "P28120
' "STSE"DG 2-2 RSVR 1 STR AIR P L AtM "L AtM
""t40RH "LOH ONE" 3"
1"0FF "0H
" N0*
I "P28130 "STSE"DG 2-2 RSVR 2 STR AIR P L M M "L Atti
""t00RH "LON O!IE" 3"
1"Off "0N "
HO" "P28140 "STSE"DG 2-2 JACHET COOL P L Atti "L Afft
""NORit "LOH ONZ" 3"
1"0FF "ON "
HO*
"P20150 "STSE"DG 2-2 ROCH ARit OIL P L AtM "L Atf(
""HORH "Loli OllE" 3"
1"0FF "0N "
HO*
s "P28160 "STSE"OG 2-2 FUEL OIL P L Af RI "L AtM "at10RH "LOH OtlE" 3"
1"0FF "0H "
HO"
~
- P28170 "STSE"DG 2-2 LLBE OIL P L ANN "L AtM
""NORH "LOH OtlE" 3"
1"0FF "0N
- 10" x
"P28100 "STSE"DG 2-2 CHAPEtCASE P L AIM "L AtM
""NORH "HIGH CHE" 3"
1"0FF "0H
" HO" "Y3155D "STSE" GEN PURGE LEVEL LLR "LLR
""fl0Rit "LON OtIE" la 1*0FF *CH HO" "P28040 "STSE"E H FLUID PS 1-2-3-4LP LP-let "LP-leLP-2
""il0Ril "LCH OllE" 2"
1"0FF "0H " N0a Y "Y57420
- "STSE" ROD POS OC Ptst SL'PPLY ZRDC "LTR
""Il0Ril " FAIL OIIE" 2"
1"0FF "0H
" Hoa e
i
STotE & DESSTE] ENGINEE;ING CORPOR*. TION PAGE 123 00tPUTE2 ItPUT/0UTPUT LI1T DI!ITAt. KEPORT PAGE 10F 2 CEPCRTItG EATE 03/12/64 JO 1224100 OUQUESNE LIGHT CO.
BEAVER VALLEY LatIT2 REVISION HUtOER 07 SORTED BY POINT TYPti HUISER 1-um 2
)
em T ePOINT mPT-mOESCRIPTICH mINSTRUHEtiT se0EV
=0EV mALRH acRT mALRH mALRH CHG mItWSmRLY
/ el2.
eTYPEe eTAG HO.
maSTAT mSTAT
=0H aHO. aCUT aCUT eSTATeSPECaCORR Ce meCONT aCONT ECON e
ecotiT eCONTm e
eTIHE e
a.
e a
me0 PEN eCLSO mSTAT e mPT.HO.
ESTATE e
e e se el-et e5 mal e2 m3 e3 e4 e5 m4 e4 m7 1 at u7 m2 e5 an7 e4.
el a6 m3 me mi e6 al sIDEN mP mOESC eSIT ~
mnZSOS =0305 mALOG mALPRnACIO mACSO*RPTOmINV0aRLTil (CCCCCCCCCCCCaCCCC eCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCC aCCCCCCa CCCCCCat 8838 flatt 8 f la t## #tt t## EttleCCCC eCCCC aCCCC m!BU R 844
)
"LO4940 "STSE"PRZR RELIEF TH L LY/470A *LY/470A
"*HORH "HIGH OllE" 2"
1"0FF "Ott HO" "LO4950 "STSE"PRZR RELIEF TH L LY/4708 "LY/4708
""NORH "LON OllE" 2"
1"0FF "0N HO" s
"LO4960 "STSE"PRZR RELIEF TH LEVEL LY/470X "LY/470X
""HIHI "NORN ZERO" 2"
1=0FF "0H " HO" "Y01310 "STSE"HIS Pl5t RNG HI SP RO H/0HC41LX "HC 41LX
""NORH "8tCM ONE" 2"
1"0FF "0N HO" i
"Y01330 "STSE"HIS SR FLUX AT SHUTOctet NC31/2CX"NC31/32CX
'"" NORM "HIGH OllE" 2"
1"0FF "0H HO" "Y01340 "STSE"HIS SR FLUX ALARH H31/32AX"H31AX.H32AX
""HORH "8LCH ONE" 2"
1""FF "0H
" HO" "Y20400 "STSE"HAN TL5tB TRIP FRCH HC8 P81/PS2 "P81/PS2
""NORH " TRIP OtlE" 2"
1*0FF "0N "
HO" "Y32200 "STSE" OSCILLOGRAPH 2 P2FALREC"Ptt.2-FAL-REC "att0RH "INIT OteE" 2"
1"OFF "0N HO" "P20410 "STSE"TURS BRG OIL P (T TRIPI PS-LBO "PS-LB0
"*HORH "LON OtlE" 2"
1"0FF "0H
" HO"
/
C1"Y31040 "STSE" CONT RH AIR SLP Sil0NE PU-20
- PU-20
"*HORH "ALRH ONE" 2"
1"0FF "0H HO*
"Y32140 "STSE"C.5 PERHISSIVE PY-4460X"PY-4440X
==0N "INIT "
OilE" 2"
1=0FF "0H "
HO" "P05070 "STSE"PRZR RELIEF TH P PY/472A "PY/472A
"*NORN "HIGH ONE" 2"
1"0FF "0N NO" "P04990 "STSE"PRZR RELIEF TH PRESS PY/472X "PY/472X
""HIHI "HORH ZER0" 2"
1"0FF "0H HO" "Y32000 "STSE"LOAO REJECTICH 15-50Z (C7Al "PY447AX
""NOT "INIT ONE" 2"
1"0FF "0H HO" "Y32010 "STSE"LOAO REJECTION GT.50 PCTIC788 "PY447CX
""NOT "INIT ONE" 2"
1"0FF "0N HO"
~
"Y01350 "STSE*HIS IR FLUX HI R00 N/O RSXA/S "RSXA.RSX8
"* HORN "STOP "
Olet" 2"
1"0FF "0N HO" "Y28450 "STSE" GEN HYDROGEN COOLER Pit. R1 "RI.R2
"*NORH "TRSL ONE" 3"
1"0FF *0N HO" "Y28920 "STSE"USS TFist 2C GAS C0tSUS R2 "R2
"" HORN "HIGH Ot4E" 3"
1"0FF "0N " HO" "Y28980 "STSE"USS TFist 20 GAS Coleus R2 "R2
""NORH "HIGH "
ONE" 3"
1"OFF "0N " HO" *
~. "Y32040 "STSE"STN OutW' OEFEAT INTLH S0X5A/82"30X5A2/82
""RES
" SET
=
OHE" 2"
1"0FF "0N HO" I
i STONE G HESST O ENGINEE2ING CORPORATION PAGE 124
.CotMITER ItMff/0UTPUT LIST EIIITAL REPORT PAGE 1 0F 2 REPORTItG CATE 03/12/04
'JO 1224100 DUQUESNE LIG:tT CO.
CEiVE2 VALLEY tR4IT2 REVISION tlUlBE] 07 SORTEO BY POINT TYPE PANIEER 1
ma 2
mm T @0ItfT ePT m0ESCRIPTION mItiSTRUltEtiT mm0EV a0EV
- ALRil eCRT mALRit mALRileCilS mIINSarLY
/ el'O.
eTYPEm mTAG 880.
meSTAT eSTAT more at10. aCUT aCUT *STATmSPECaCO2R Ce o
e a
m eC0tlT eCotiT mCott a
ecollT '
eCClife a
eTIllE
}
o e
e a
un0 PEN aCLSO mSTAT m ePT.NO.
mSTATm a
m e me at at m5 set at-a3 m3 og a5 e6 e4 e7 1 e4 e7 m2 e5
.7 e4 el na m3 no el e6 al sIIEH mP mDESC mSIT emZ505
- 0 SOS mALOO' mALPRmACIO eACSDaRPTonIHVDe!?LTH e
(CCCCCCCCCCCCmCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCCaCCCCCC=CCCCCCutCRC*31 sic 3RI.t38t28 #323:imCCCChCCCCaCCCCat80"284 "Y31400
"$YSE"C0t47ROL ELOG THR-Z1 "THR-Z1
""tIORH "ALRH CHE" 1"
1"0FF "Ott N0*
"V31500 "STSE" SERVICE OLOG FIRE THR-Z4 "THR-Z4
""it0?H "ALRH OllE" 1"
1"0FF "CN ID" "Y31510 "STSE"EllER OG 2 1 BLOG THR-Z5 "THR-Z5
""tICRH "ALRH CtlE" 1"
1"0FF "Ota "
NO" "Y31520 "STSE"EllER OS 2-2 ELOG FIRE THR-Z6 "THR-Z6
""NORif "ALRH ONE" 1"
1"0FF "Ott
" 110 "
"Y20330 "STSE"TURS O!FF EXP ROT 1 T INSTR "TUR8 INST
""fl0Rit "HIGH ONE" 3"
1"0FF "004 NO" e
"Y20340 "STSE"TLRB OIFF EXP ROT 2 T IllSTR "TUR8 IllST
""HORH "HIGH CilE" 3"
1"0FF "Ott " HO" "Y20360 "STSE"TU."8 ROTOR VIBRATION T IllSTR "TURS INST
- tIORH "HIGH CHE" 3"
1"0FF "CH
" HO" e
"Y20370 "STSE"TUR8 ECCEllTRICITY T IttSTR "TUR8 IrtST
""NORH "HIGH ONE" 3*
1"0FF "OH "
HO" "T04900 "STSE"PRZR RELIEF TH T TY/471 "TY/471
"*tt0RH "HIGH OtlE" 2"
1"0FF "0H
" HO*
/
"V29160 "STSE*PRI FROC CAB 1 Pl!R SUP UY7414 "UY7414
"" FAIL "fl0Rif
" ZER0" 2"
1"0FF "Ott N0*
"V29170 "STSE"PRI PROC CAS 2 PIR SUP UY742A "UY762A
"" FAIL "NORit ZER0" 2*
1"0FF "0H f40"
]
"V29180 "SISE"PRI P2CC CAB 3 PlR Stp UY743A "UY763A
"" FAIL "tt0RH ZERG" 2"
1"0FF "Oli HO" ls "V29190 "STSE"PRI PROC CAS 4 PtR SUP 'UY7444 "UY7444
"" FAIL *teDRH "
ZERC' 2"
1"0FF "Oli
" NO"
/
"V29200 "STSE"PRI PROC CAS 5 PIR SUP UY765F "UY765F
"" FAIL *tIORIl
- ZERO*
2" 1"0FF *0H " NO" "V29210 "STSE"PRI PROC CAB 6 PlR SLP UY146L "UY766L
"" FAIL "NORit ZER0" 2"
1"0FF "Ott " HO*
/
i
~
"V29228 "STSE=PRI PROC CA8 T PIR SUP UY767G "UY7676
"" FAIL "tORH ZER0" 2"
1"0FF "ON
- tt0*
"V29230 "STSE"PRI PROC CAS 8 PSR SUP UY760H "UY768H
"" FAIL "NORH ZER0" 2"
1"0FF "Cl4 " HO" C8"Y20470 "STSE"TUR8 TRIP FROH RX TRIP X1A/X44 "X1A/X4A/X18/X48 ""NORH " TRIP Ol4E" 2"
1"0FF "Old HO" "YO1580 "STSE"RX TRIP SYP BHR A OPER X4A "X6A SI;GR
"" TOT "POS Ot4E" 2"
1"0FF "0N NO" 5 "Y01590 "STSE"RX TRIP BYP 813 8 OPER X68 "X68 SilGR
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1"0FF "0N
- HO" 4
STotE & HESSTE] EttGINEEXItt3 CORPORITION PAGE 125 CC!PUTE'.7 ItPUT/0UTPUT LIST OIGITAL CEPORT PAGE 10F 2 CEPORTIt'3 DATE 03/12/04 JO 1224100 OUQUESHE LIGHT CO.
SEAVER VALLEY UNIT 2 REVISICH tAABER 07 SORTED BY POItti TYPE tREBER 1
mm 2
I am T ePOINT ePT eDESCRIPTION eIt!3TRtALENT em0EV mOEV at.LRH eCRT mALRit mALRifaCI:G ettNS.RLY
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emSTAT eSTAT.0H mic. eCUT aCUT mSTATmSPECaCCCR Ce e
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' "STSE"PRZR HTR GROIP O AUTO 1-RCPAH "1-RCPAH
""NORH "0N ONE" 2"
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=
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1"0FF "Otl NO" Ott'E" 2"
1"0FF "0H "Y20450 "STSE"TutB ANTI-HOTORING 142THAABX"142-THAA8X
""It0RH " TRIP "
HO" "Y20240 "STSE"TUR6IPE HDTORING 2/ANTHAA"2/AH-THAA8
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- LO2020 "STSE" AUK STH Cote RCVR TH21 LAS105-1"2 ASS-LS105 ""It0RH *HIHI CHE" 3"
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" HO" "LS2030 "STSE" AUK STH Core RCVR TM21 LAS105-4"2 ASS-LS195-4
""HORH "LOLO ONE" 3"
1"0FF "0N = HO"
=
."L82040 "STSE" Cote RCVR TH 23 L ASL214-1"2 ASS-LS216-1
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1"0FF "0N
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"LO2050 "STSE" Cote RCVR TM 23 L ASL214-1"2 ASS-LS216-1
""NORH "LOLO CHE" 3"
1"0FF "0N " NO" "LO2040 "STSE" Cote RCVR TM 25 L ASL220-1"2 ASS-LS220-1
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""NORH *HIGH ONE" 1"
1"0FF "Ott " HO" s
"LO4430 "STSE"STH GEN BLON TM 21 L 80-L107 "2806-LS107
""HJRH "LON OHE" 1"
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= HO"
~
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"" HORN "HIGH CHE" 1"
1=0FF "CH " HO" "F05530 "STSE"RCPA U8LO CLG HTR F CC-F104A"2CCP-FYL194A
""HORH "LOH ONE" la 1"OFF "0N
- NO" I "F05540 "STSE"RCPS teLO CLG HTR F CC-F1048"2CCP-FYL1948
"*ltoRH "LON ONE" 1"
1"0FF "CH " HO" s
t
P ST0llE & HEBSTER EllGINECING CORPORATION PAGE 126 3
C1 FUTE] ItPUT/0UTPUT LIST.
DI!IFAL REPORT PAGE 1 OF 2 CEPORTING DATE 03/12/64 JO 1224100 DUQUESHE LIGHT CO.
BEAVER VALLEY lAIIT2 REVISIDH ttRIDER 07 l
SOPTED BY POINT TYPE PARI 3ER s.
....~..
1 mm 2
==
T mPOINT mPT eDESCRIPTION mItiSTRttlENT meDEV eDEV anLRH aCRT mALRH mALRitaCHG m1HVS.RLY
/ tilo.
eTYPEm mTAG HO.
meSTAT mSTAT mort mil 0. aCUT aCUT mSTATmSPECeCCRR Ce a
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"F0555D "STSE"RCPC UBLO CLS NTR F CC-F104C"2CCP-FYL104C "att0RH "LOH ONE" la 1"0FF "0H H0a ONEa 1"
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HO" "F05670 "STSE"RCPC STAT CLG HTR F CC-F105C"2CCP-FYL105C
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1"0FF "0H " NO" "F05560 "STSE"RCPA LBLO CLG HTR F CC-F106A"2CCP-FYL1064 "att0Ril "LCt Ot tE" la 1"0FF "Otl HO" "F0557D "STSE"RCFD LELO CLG HTR F CC-F106B"2CCP-FYL1068
""fl0RH "LCH OtIEa 1"
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HO" s
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"T0552D "STSE"RCP 21C Til BARR DISCH T CC-T147C"2CCP-TYH107C
""NORH "HIGH OtiE" 3"
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""NORil "HIHI 5 "L0671D "STSE"SEC CC HTR SURGE TH21 L CC-L1314"2CCS-LS131-4
""fl0RH "LOLO OHE" 3"
1*0FF =0t1
- HO" s
0
-r STONE & HESSTE] Et21 HEE 3ING CCRPORATION PAGE 127 CotFUTE] It0WOUTFUT LIST DI2 ITAL LEPORT PAGE 10F 2 REPORTIFIG OATE 03/12/04 g
JO 1214100 OUQUESHE LIGHT CO.
EEAVER WALLEY LR4IT2 REVISION tt2EER 97 SORTED BY POIHT TYPE HulBER-1 mm 2
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,i I
um T mPOINT ePT m0ESCRIPTION mIt4STRtAIENT
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"$TSE"RCP 21A SEAL LEAN OFF F CH-F1544"2CHS-FYH1544
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CTO.I & HE85TE2 ENSINEER1tc CORPORATIOt4^
PAGE 123 b
. COIPUTEJ ItPUT/0UTPUT LIST DIIITAL F.EPORT FAGE 10F 2 KEPORTIf4G DATE 03/12/64 JO 1224100 DUQUESNE LIGHT CO.
BEAVER VALLEY UNIT 2 REVISICH liut2ER 07 SORTED BY POINT TYPE PAReER 1
em 2
me T ePOIHT.
ePT :
- DESCRIPTION mINSTRLMENT emDEV
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"P01000 "STSE"CHG PPS DISCH HOR P-CH-P1218"2CHS-PYL1218
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1"0FF "0N "L93SSO "STSE" FUEL POOL DH RCVR TN L DA-LS110"20AS45110
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ST0tlE & HESSTE3 EttGINEERIttG CCETO'!AT10tl :
PAGE 129' CO:"'UTE] IttPUT/0UTPUT LIST '
OIGITAL REPORT PAGE 1 0F 2 CEPO~tTIIIG CATE 03/12/84
- JO 1224100, DUQUES!lE LICHT CO.
BEAVER VALLEY UllIT2 REVISIO:4 tilit3ER 07 SORTED BY P01 TIT TYPE t11tIDER 1
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~
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=
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1"OFF "0H N0*
i s
i 1
- ETot4E 8 IIESSTE] EFT 2IllEE%ING CORPORATION PAGE 133 J
CotFUTE3 IIPUT/0UTPUT LIST CICITAL REPORT PAGE 1 0F 2 CEPORTIt4G DATE 03/12/64 J 3 1214103 DUQUESHE LIGHT C3.
CEAVC2 VALLEY UllIT2 REVIS10ft HutBER 07 SORTED ST POINT TYPE lAREER -
1 mm 2
I ao T ePOIrfT ePT eDESCRIPTION mIttSTRt21ENT mm0EV
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- "LO4110 "STSE"1ST PT FH HTR 218 L Ftt.10382"2FHS-LS10382
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1"0FF "0N NO" "LO4340 "STSE"2te PT FH HTR 22A L FN-L104A"2FHS-LS104A
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1"0FF "Ott HO" "LO4370 "STSE"2te PT FM HTR 228 L FN-L1048"2FHS-LS1048-
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j "L94130 "STSE"3R0 PT FH HTR 23A L Ftt.120A2"2FilS-LS120A2
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1"0FF "0N
" HO"
/
"LO4390 "STSE"3RD PT FH HTR 238 L FDE.12001"2FHS-LS12081
"" NORM "EX-HI "
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1"OFF r0H "
HO" "LO4150 "STSE"3RD PT FH HTR 238 L Fle.12082"2FHS-LS12082
""NORH "HIGH ONE" 3"
1"0FF "0N fl0" "LO447D "STSE"4TH PT FH HTR 24A L FIG.122Al"2FHS-LS122A1
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i "L94700 "STSE"5TH PT FM HTR 25A L Fit.124Al"2FHS-LS124A1
- HORH "EX-HI "
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1"0FF "0N NO" "LO4290 "STSE"STH PT FM HTR 25A L F E124A2"2FHS-LS124A2
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"LO4710 "STSE"STN PT FH HTR 258 L FDE.12481"2FHS-LS12481
""HORH "EX-HI "
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1"0FF "0N N0"
=
"LO4310 "STSE"5TH PT FH HTR 258 L Ftt.12482"2FHS-LS12482
""NORH "HIGH ONE" 3*
1"0FF "0N HO" "LO4720 "STSE"4TH PT FM HTR 24A L FDE.126Al"2FHS-LS126Al
""tt0RH "EX-HI "
Ot4E" 3"
1"0FF "CN HO" "LO4320 "STSE"4TH PT FH HTR 24A L Fle.124A2"2FHS-LS124A2
""NORH "HIGH ONE" 3"
1"0FF "Ott tt0"
~
"LO4730 "STSE"4TH PT FH HTR 268 L Fit.12481"2FHS-LS12681
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1"0FF "0N HO" j
l "LO4080 "STSE"1ST PT FH HTR 21A L FN-L103A"2FHS-LYL103A
""NORH "LOH OHE" 3"
1"0FF "0H "
HO" i
=
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- 10" 5 "LO'I120 "STSE"3CD PT FH HTR 23A L FH-L120A"2FHS-LYL120A
""t40RH "Loli 0'3E" 3"
1"0FF "0H HO"
PAGE 131 ETC3 & HESSTE2 EllGINEE2IllG CD'tPORATIcti.
REPORTIll DATE 03/12/84 CO:rUTE2 ItPUT/0UTPUT LIST RIGITAL EEPORT PAGE 10F 2 JO 1224100 DUQUE!tlE LIGilf CO.
BEAVER VtLLEY UtlIT2 REVIS10tl faul*3ER 07 SORTED BY POIHT TYPE PAJteER 1
'se 2
ad T sPOIllT ePT mOESCRIPTICH aliGTRutlEllT neDCV eDEV
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/, st00.
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maSTAT mSTAT a0tl mil 0. eCUT eCUT eSTATeSPECaCC*tR Ce m
e a.
enc 0 TIT aCO IT mCON e
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e10Ett eP eDESC eSIT auZSOS eOSDS mALDO mALPReACID mACSonRPTOeltiV0eRLTil aCCCCCCCCCCCC eCCCC aCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCC w CCCCCC aCCCCCC a t t 'I t c a lit t a llt.t: R'. 33 c 2222 *le CCCC =CCCC e CCCC e t 2528 tl
....... =
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1"0FF "Ott tea "Lc4140 "STSE"3RD PT FH HTR 230 L FH-L12CB"2FilS-LYL1208
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" to"
=
"LO4750 "STSE"STH GEN A L'OEV FN-LY478"2FHS-LY478A/8
""fl0RH "DEV OrlE" 3"
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1"0FF "Ott "LO477D "STSE"STH GEM 8 L DEV FN-LY408"2FHS-LY488A/B
""NORH "DEV NO" NO" i
OtlE" 3"
1"0FF "0N "LO4790 "STSE"STH GEtt C L DEV FH-LY498"2FilS-LY498A/S
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=
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OllE" la 1"0FF "Ori
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~~
OtlE" la 1"0FF "0H HO" "T03120 "STSE"GH CIFR C218 DISCH T GH-T1053"2GHS-TS1058
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1"0FF "0!I "L29430 "STSE"HTR DRAIH RCVR TH21A L HD-L107A"2180H-LS-107Al
""NORH "HIHI N0*
=
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" Hill!
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""fl0'!H "HIGH O!!E" 3"
1"0FF "Ott N0*
I
~
-STC8E'A NESSTE2 ENGINEEZING CORPORATION' PAGE 132 CotFUTE3 ItGMET/0UTPUT LIST DI': ITAL KEPORT PAGE 1 DF 2 REPCRTIllG DATE 03/12/64 JO 1224199 OUQUESNE LIGHT CO.
BEAVER VALLEY LRtIT2 REVISIGH IA82ER 07 SORTED BY POINT TYPE PAABER 1
em 2
en T sPolifT
.ePT eDESCRIPTION mINSTRUllENT emDEV eDEV eALRH eCRT st.LRH m ALRlleCHG mItNSnRLY
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a e at el at e5 est a2 m3 m3 e4 e5 a6 ed e7 1 eG e7 at as em7 e4 al me m3 me el ed el sIDEN eP eDESC eSIT mm2SDS aOSDS eALDO mALPReACID mACSDaRPTDmINVDeRLTH
. *CCCCCCCCCCCCaCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCmCCCCCCCCCCCCCCCLCaCCCCCCaCCCCCCatettestetsteint2tettttfattisCCCCmCCCCaCCCCatetstet "L20170 "STSE*RHTR Oil RCVR TH 238 L HDL10081"2H0H-LS10001
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1"0FF "Ott NO" "L20200 "STSE"RHTR Die RCVR TH 23C L HOL100C2"2HDH-LS100C2
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't O!'C" 3"
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1"0FF "Ott NO" a
s "L20220 "STSE=RHTR DH RCVR TH 23D L HDL10002"2HDH-LS10002
""NORH "HIGH "
ONE" 3"
1"0FF "0H NO"
=
"L20250 "STSE"NDIS SEP RCVR TH A L HO-L112A"2HDH-LS112A
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UNE" 3"
1"0FF "0H N0*
4 3
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ONE" 3"
1"0FF "0H NO" "L20270 "SISE"NDIS SEP RCVR TH C L HD-L112Ca2HDH-LS112C
""NORH "HIHI g
OllE" 3"
1"0FF "0H NO" "L20280 "STSE"HOIS SEP RCVR TH D L HO-L112D"2HDH-LS1120
""NORH "HIHI ONE" 3"
1"0FF "0N NO" "L20130-
"STSE"HTR ON RCVR TH 21A L HD-L106A"2HDH-LYH106A
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""NORH "HIGH "
Ot4E" 3"
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OllE" 3"
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""tt0RH *HIGH CNE" 3"
1"0FF "0H HO*
j "L20040 "STSE"HOIS SEP RCVR TH B L HD-L115B"2HDH-LYH1158
""NORH "HIGH
=
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1"0FF "0N NO" j
"L20060 "STSE"HOIS SEP RCVR TH C L HO-L115C"2HDH-LYH115C
""NORH "HIGH
~
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1"0FF "0H NO" "L20080 "STSE"HOIS SEP RCVR TH 0 L HD-L115D"2HDH-LYH115D
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1"0FF "0N NO" "L20140 "STSE"HTR ON RCVR TH 214 L HD-L106A"2HDH-LYL106A
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" HO" "L20240 "STSE"HTR DH RCVR TH 218 L HD-L1068"2HDH-LYL1068
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)
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1"0FF "0H HO"
/
5 "L20050 "STSE"HOIS SEP RCVR TH B L lid-L115B"2HDH-LYL1155
- HORH "LON ONE" 3"
1"0FF "Ott NO" 1
1
STONE & 8:BSTE] ENGINEECING CORPORATION PAGE 133
. COIPUTE] IIMIT/0UTPUT LIST -
' CI2 ITAL REPORT PAGE 1 OF 2 CEPORTING DATE 03/12/84 JO 1224100 D90UEStaE LICHT CO.
SEAVER VALLEY UllIT2 REVISI0tt flutICER 07 SORTED BY POINT TYPE NulBER 1
me 2
mm
.T (POINT ePT mDESCRIPTIDH millSTRullENT meDEV eDEV mALRif eCRT mALRH mALRalerilG mItNSeRLY
/ mt!O.
eTYPEm mTAG 140.
.meSTAT eSTAT soll mil 0. aCUT mCUT eSTATmSPECaCCRR Ce.
m a
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mSTATm a
e 4 to at at e5 mal m2 m3 m3 e4 e5 e4 se e7 1 e4 e7 at a5 mm7 e4 mi ma m3 e6 mi me mi e
sIDEN mP
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(CCCCCCCCCCCC=CCCCa CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCeCCCCCCCCCCCCCCCCCa CCCCCCa CCCCCCol 222221st 22284!8225 f t32a r21s CCCC hCCCCe CCCCat222284
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"L2007D "STSE"IIDIS SEP RCVR TH C L HO-L115C"EllDH-LYL115C "at:0Rit "LOH OrlE" 3"
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" 410 "
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3" 1"0FF "0N HO" "Yd6500 "STSE" AUX FH P22 STil SLP V B/EllSuS10ES"2f tSSe 0V10SD/E
""HOPH " FAILED" OttE" 3*
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1"OFF "0!I i 0" "P20100 "STSE" LOOP A ATil STil DUlp P HS.P101 A"28 tSS-PYll101 A
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1"0FF "Otl 110 "
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=
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"LO4910 "STSE"PRZR C0tlTROL L RC-L459C"2RCS-LC459CXA
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"$TSE*PRZR C0tlTROL L RC-L440A"2RCS-LYH4404
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1"0FF "Ott NO" e
t Y
- STOl3 & HESSTE2 ErlGIrfEEOIt3 CORPORATION PAGE 134
' Cols'UTEJ If5HT/OtJTPUT LIST OI! ITAL REPORT PAGE 1 0F 2
'REPORTIrlG DATE 03/12/84 JO 1224100 OUQUESilE LIGHT CO.
BEAVER VALLEY l#1IT2 REVISIDH HUtBER 07
- SORTED BY POINT TYPE teABER I.
.1
. mm 2
mm "Y mPOINT' ePT a0ESCRIPTION mINSTRUllENT mm0EV eDEV mALRN-aCRT mALRN mALRit CilG mIHVSmRLY
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sCCCCCCCCCCCC aCCCCa CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC m CCCCCCCCCCCCCCCCC uCCCCCCmCCCCCC at u t 2 lt Ne t B 231s t tt t#C 5538 t t le CCCC aCCCCa CCCC al t t 2584
. "LO4930 "STSE"PRZR CollTROL L DEV RC-L459C"2RCS-LYL459C
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HO" "P05020 "STSE"PRZR Cot 4 TROL P DEV RC-P444C"2RCS-PYH444C "at10Ril "HIGH "
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HO"
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1"0FF "0N "P05030 "5TSE"PRZR BU HTR ACTUATIDH P RC-P4448"2RCS-PYL4448
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1"0FF "0H HO" OtlE" 2"
1"OFF "0N HO" "P05050 "STSE"PRZR Pt31 REL ACT P RC-P445A"2RCS-PY445XA
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ONE" 2"
1"0FF "0H NO"
/
ONE" la 1"0FF "ON HO" "T01150 "STSE"RCP SEAL LHOFF T RC-T448A"2RCS-TR448A
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NO" "T05140 "STSE" LOOP 3 T AVG DEV RC-T408P=2RCS-TYH408P
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(
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1"0FF "0H
- t40" "T05230 "STSE" LOOP 3 T AVG RC-T432E"2RCS-TYH432E
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1"0FF "0H HO" e
"T04800 "5TSE"PRZR PORV OISCH T RC-T-463"2RCS-TYH463
""NORH "HIGH l
ONE" 2"
1"0FF "0N
" NO" "T04830 "5TSE"PRZR RLF VLV C OISCH T RC-T-445"2RCS-TYH445
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1"0FF "0N
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?t "STCHE & HESSTER ENGINEEXING CORPORATION PIGE 135 C.~.PUTEJ IPPUT/0UTFUT LIST
' 212 ITAL CEPORT PAGE 1 0F 2 CEPORTING C*.TE 03/12/84 JO 1224100 DUQUESHE LIGHT CO.
BEAVER VALLEY UNIT 2 REVISION taulBER 07 i
SORTED BY POINT TYPE NUHBER 1
mm 2
an T.mPOINT mPT mDESCRIPTION
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/ (No.
- TYPEm.
mTAG NO.
meSTAT mSTAT'm0tt.
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m a
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1 "T0511D "STSE" LOOP 1 T AVG DEV RC-T408L"2RCS-TYL408L
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""NORH "LOH
- s' "T05180 "STSE" LOOP 1 DELTA T DEV RC-TY409"2RCS-TY409A/B
""NORH "HILO "
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-"T05190 "STSE" LOOP 2 DELTA T DEV RC-TY409"2RCS-TY409C/D
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=
"P06010 "STSE"RHR PP B DISCH P RH-P402D"2RHS-PYH6028 "alPORH "HIGH "
OllE" la 1"0FF "Ott HO"
/
"LO7000 "STSE"Citti SU!P L RS-L151 "2RSS-LYH151
""H09H *HICH OtlE" la 1"0FF "Ott "
NO"
" ZER0" 3"
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PtGE 136 STONE & HEBSTE] E!!GirlEERIttG CC".PORATIori CIGITAL REPORT PAGE 10F 2 CEPORTIllG DATE 03/1C/84 CollPUTE2 ItPUT/0UTFUT LIST -
REVISI0tt NUl!3ER 07 JO 1224100 DUQUESilE LIGHT CD.
BEAVER VALLEY lAlIT2 SORTED BY POINT TYPE flullCER um T ePOINT mPT
- DESCRIPTION mIllSTRtatEllT em0EV mDEV mALRH aCRT mALRif mALRfimCl!G mitNSnRLY
/ atD.
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=------- -
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" HO" OffE" la 1"0FF "0H "LO913D "STSE"SI ACC TH21A CHN 2 L SI-L922B"2 SIS-LYL9228
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""NORH "LOH OtlE" 1"
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/
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I
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' CotPUTE2 ItPUT/0UTPUT LIST DI2 ITAL REPORT PAGE 'l 0F 2.
REPORTING DATE 03/12/84 JO 1224100 00QUESHE LIGHT CO.
SEAVER VALLEY WIT 2 REVISIOra taABER 87 SORTED BY POINT TYPE HUlBER mm T ePOINT ePT m0ESCRIPTION mINSTRIAIENT em0EV m0EV mALRH aCRT mALRH mALRHmCHG *ItNSeRLY
/ mHO.
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maSTAT mSTAT mort mHO.
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- "STSE"TIAtB BRG OIL P LO431L84"2THA-PS431L80
""NORH '"LOM CHE" 3"
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HO" "V28740 "STSE" SAT 2-2 VOLTAGE 227-2-2 "227-2-2
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1"0FF "0H HO" "V28820 "STSE" SAT 2-5 VOLTAGE 227-2-5 "227-2-5
""HORM "LON ONE" 3"
1"0FF "0H HO" s
"V28840 "STSE" SAT 2-4 VOLTAGE 227-2-4 "227-2-4
""NORH "LON
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1"0FF "0H HO" "Y35010 "STSE"OG 2-1 REV P0HER 232VE210"232-VE210
""NORH "ALRH ONE" 3"
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"" NORM "ALRH t
"Y28300 "STSE" GEM LOSS OF FLD/LOH EXC 240-1201"240-1201
""NORH "ALRH "
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1"0FF "Ott
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1"0FF "0H " Ho" "Y28030 "STSE"HAIN GEH LOSS OF'FIELO 240-201 "240-201
""NORH " TRIP i
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ST0tE & NESSTEJ ENGINEE!!NG CORPORATION -
PAIE 133
~C0"PUTEJ ItFUY/0UTPUT LIST OIIITAL EEPORT PAGE 10F 2 REPC3 TING OATE 03/12/64
'JO 1214100. DUQUESNE LIGHT CO.
, BEAVER VALLEY UNIT 2 REVISIDH HU:tDER ts7 SORTED BY POINT TYPE NUlBER I.
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maSTAT mSTAT moti
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mSTATm er
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a5 mm7 m4 mi m8 m3 e6 al c6 al mIJEH eP eDESC mSIT mmZS05 m0 SOS' mALDO mALPRaACID af.CSu rRPTD mIINonRLTil (CCCCCCCCCCCCmCCCCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCCaCCCCCCaCCCCCCat3Ri c21 152tl+ttatatRRR3stilmCCCC=CCCC CCCCet#RRBtl "Y29560 "STSE"DG 2-1 OVERCURRENT 250VE210"250-VE210 "att0RH "ALRH "
OtlE" 3"
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"Y2981D "STSE"DG Z-2 OVERCURRElli 250VF210"250-VF210
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1"0FF "0H t10" "Y282OO "STSE"USST 2C 6tO OVERCURRENT 25112066"251-1204G
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1"0FF "0N NO" s
"Y28830 "STSE"SSS TFist 28 Gte OC 2511209G"251-12096
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"" NORM " TRIP "
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"Y28320 "STSE" GEN GRoutB OVERCURRENT 25912016"259-1201G
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CMPUTE2 ItPUT/0UTPUT LIST DIGITAL EEPORT PAGE 1 0F 2 REPCRTIll3 OATE 03/12/64 JO 1224100 00QUESNE LIC11T CO.
BEAVER VALLEY UNIT 2 REVISIDH fiUt:CER 07
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SORTED BY POINT TYPE HUIEER A
1 mm 2
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""NORH "GIC OtaE" 3"
1"0FF "0H NO" "Y28090 "STSE" GEN OVEREXC. V/HZ 259-203 "259-203
""NORH " TRIP OtlE" 2"
1"0FF "0H NO" OtiE" 2"
1"0FF "0N "
NO" "Y28160 "STSE"USST 2C OVEt!EXC V/itZ 259-206 "259-204
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1"0FF "0N "Y28230 "STSE"USST 20 OVEREXC. V/HX 259-207 "259-207
""NORll " TRIP NO" N0"
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1"OFF "0H "Y28480 "STSE"SSS TFIR 2A OVEREXC 259-208 "259-206
"*NORll " TRIP Ot tE" 3"
1"0FF "0:1 140 "
"Y28810 "STSE"$55 TFIR 25 OVEREXC 259-209 "259-209
""NORH "ALRH HO"
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OtaE" 3"
1"0FF "0H s
"Y28430 "STSE" VOLT REG CONT CMT P0HER 27-EXVNA"27-EXVilA
""0H "0FF OtlE" 3"
1"0FF "0H NO" "V28570 "STSE"480V E BUS 2P VOLT 27RP200X"27-RP200X
""fl0RH "LOH CtlE" 3"
1"0FF "0H 110 "
"V29330 "STSE"4HV BUS 2A VOLTAGE 27-A1200"27-VA1200X2
""NORH "LCH ONE" 3"
1"0FF =0N NO" "V29060 "STSE"4HV BUS 2A VOLTAGE 27VA200X"27-VA200X2
""NORH "LOH ONE" 3"
1"0FF "Ott
- t10" "V29340 "STSE"4HV BUS 2B VOLTAGE 27-B1200"27-V31200X2
""fl0Ril "LOH NO" "V29070 "STSE"4HV BUS EB VOLTAGC 27VB200X"27-VB200x2
""NORH "LOH OtIE" 3"
1"0FF "0H OttE" 3"
1"0FF "Otl HO"
/
s "V2935D "STSE"4HV BUS 2C VOLTAGE 27-C1200"27-VC1200X2
""NORH " Loll ONE" 3"
1"0FF "0H HO" "V29080
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""NORH "LOH
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""NORH "LOH OtlE" 3"
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1"0FF "0H
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""NORH "LOH
=
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1"0FF "0H NO" "V28450 "STSE"4HV E BUS 2AE VOLTAGE 27-VE200"27-VE200X
""NORH "LOH "V28440 "STSE"4HV E BUS 2AE VOLTAGE 27VE2200"27-VE2200X
""NORH "LOH ONE" 3"
1"OFF "0N HO" "V28480 "STSE"4HV E BUS 20F VOLTAGE 27.VF200"27-VF200X
""NORH "LOH CHE" 3"
1"0FF "0H NO"
/
I "F28010 "STSE"NAIN LEADS COOLING FLON 27-1 "Z7-1 TOC
""NORH "TRBL "
ONE" 3"
1"0FF "0N "
NO"
STm4E & HEBSTE2 ENGINEEZING CORPORATION PAGE 140 CotPUTE2 ItFUT/0UTPUT LIST EIIITAL CEPORT PAGE 10F 2 CEPCRTIttG DATE 01/12/84 JO 1224100 DUQUESHE LIGHT CO.
BEAVER VALLEY LMIT2 REVISIOtt HUtBER 07 l
SORTED BY POINT TYPE PAJt2ER 1
mm 2
mm T
- POINT mPT *0ESCRIPTION mINSTRUllENT mm0EV m0EV mALRH aCRT mALRit mALRNaCHG mItNSmRLY
/ mHO.
eTYPEm mTAG HO.
.mmSTAT mSTAT m0N mHO. aCUT aCUT mSTATmSPECaCORR Ce a
e a
meCONT eC0 TIT ACON m
mCONT mCollTu a
- TINE e
o a
e a
unOPEN aCLSO mSTAT e
=P T.NO.
mSTATm a
m 0 to al m2 e5 mal et m3 m3 a4 e5 e6 m4 e7 1 e4 a7 m2 e5 mm7 e4 al m8 m3 e6 m1 e4
- 1 mIIEN eP mOESC eSIT mmZSDS
=0 SOS mALDO mALPRmACIO mACSDeRPT0mItNDeRLill s
mCCCCCCCCCCCCaCCCC mCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCC aCCCCCC aCCCCCC att# # t tiat# ##4 *tttt te tC t t tfin CCCC a CCCCaCCCCa t tt t t ti ONE" 3"
1"0FF "0N "V28550 "STSE"480V ENER BUS 2H VOLT 27Rtt200X"27RN200X
""NORH "LOH NO" ONE" 3"
1"0FF "ON "V28490 "STSE"4HV E BUS 2DF VOLTAGE 27VF2200"27VF2200X
""NORH " LDH
" Nta '
OtIE" 2"
1"0FF "0H " NO" i-
"YZ8070 "STSE"NAIN GEN OVERECXITATION 274-201 "276-201
""NORH " TRIP Ot4E" 3"
1"0FF "0N "
NO" "Y29400 "STSE" BUS 2AE LEADS DIFF 287VE207"287-VE207
""NORH "ALRH
=
ONE" 3"
1"0FF "0N NO" "Y2955D "STSE"DG 2-1 DIFFERENTIAL 287VE210"287-VE210
""NORH "ALRtt 4
OttE" 3"
1"0FF "0N NO" "Y294ID "STSE" BUS 2DF LEADS DIFF 287VF207"287-VF207
""NORH "ALRH OllE" 3"
1"OFF "0N " ND*
i s "Y29800 "STSE"DG 2-2 DIFFERENTIAL 287VF210"287-VF210
"" NORM "ALRH ONE" 2"
1"0FF "0N HO" "Y2801D "STSE"NAIN GEN DIFFERENTIAL 287-201 "287-201
""NORH " TRIP ONE" 2"
1"0FF "0N N0a
/
"Y2815D "STSE"HAIN TFIR DIFFERENTIAL 287-202 "287-202
""NORH " TRIP ONE" 2"
1"0FF "0N
- HO" "Y28080 "STSE"NAIN TFim OVERALL DIFF 287-203 "287-203
"" NORM " TRIP ONE" 2"
1"0FF "0H HO" "Y2811D "STSE"HAIN TFIR LEADS PROTECT 287-204 "287-204
""NORH " TRIP i
"Y2810D "STSE"NAIN GEN LEADS PROTECT 287-205 "287-205
- ""NORN " TRIP "
OffE" 2"
1"0FF "Ott "
NO" OllE" ta 1"0FF "0N N0*
"Y28170 "STSE"USST 2C DIFFERENTIAL 287-206 "287-204
""NORH " TRIP s
OrlE" 2"
1"0FF "0N HO" "Y28220 "STSE"USST 20 OIFFERENTIAL 287-207 "287-207
""NORN " TRIP ONE" 3"
1"0FF "0N HO" "Y28470 "STSE"SSS TFim 2A DIFF 287-208 "287-208
""NORH " TRIP s
~
ONE" 3"
1"0FF "0N "Y2880D "STSE"SSS TFim 28 DIFFERENTIAL 287-209 "287-209
""NORH "ALRH HO" CHE" 3"
1"0FF "Ott
""NORH "LOH ONE" 3"
1"0FF "0N " N0a "L28180 "STSE"DG 2-2 LUBE OIL L 30-10 "30-10
""NORH "LOH "Y29440 "STSE"DG 2-1 START FAILURE DG Atti "30-13
""NORH "ALRN "
OtiE" 3"
1"0FF "0N Noa C "Y29910 "STSE"DG 2-2 START FAILURE OG Atti "30-13
""NORH "ALRH "
OtlE" 3"
1"0FF "Otl "
NO"
)
.STO'J & NE2STE2 ENGINEEXIllG CORPORATION P!.GE 1U.
Cot lPUTE2 IteUT/0UTPUT LIIT BIGITAL EEPORT PAGE 1 0F 2 EEPORTIt!G CATE 03/12/84 JO 1224100 DUQUECt4E LICHT CO.
BEAVER VALLEY IAtITZ REVISICtl t#UtOER 07-SORTED BY POINT TYPE NutEER 1
mm 2
mm T EP2 INT-mPT
- DESCRIPTION mINSTRLAIEtti amDEV mDEV
- ALRil mCRT mALRN mALRil CilG mItiVSmRLY
/ (NO.
mTYPEm
- TAG tiO.
meSTAT mSTAT moll mito, aCUT aCUT mSTATmSPECaC0f'R
- g Ce e
a e
amCCilf mCorlT mCort a mC0 tit aCCitTo e
mTIIIE s-a-
e es0 PEN mCLSD mSTAT e mPT.NO.
mSTATm a
e i
0 K0 ;
m1 m2 e5 met m2
'm3 m3 e4 e5 m6 m6 a7 1 s4 e7 m2 e5 mm7
- 4 al no m3 e6 al a6 al sIDEN mP mDESC mSIT emZSDS mOSDS mALDO mALPRmACID mACfDaRPTDmIrlVonRLTH aCCCCCCCCCCCC5 CCCCm CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC a CC CCCCCCCCCCCCCCC aCCCCCC a CCCCCC al C R 2 CC I A t E R Rin t R R R R R t t rit t #l iCCCC a CCCC = CCCC u! C R 3224
_=_ _____-
"L28140 "STSE"DG 2-1 LUBE OIL L 30-18
-"30-18
""fl0Ril "HIGil OrlE" 3"
1"0FF "0N "
HO" "L2820D "STSE"DG 2-2 LUDE OIL L 30-18 "30-18
""tMit "HIGH' "
ONE" 3"
1"0FF "0N NO" "T2818D "STSE"DG 2-1 LUBE DIL T 30-19 "30-19
""NORit "HIGH "
Ot4E" 3"
1"0FF "0N NO" "T2822D "STSE"DG 2-2 LUBE OIL T 30-19 "30-19
""NORH "HIGH ONE" 3"
1"0FF "0N NO" NO" E
"V2851D "STSE"DG Z-1 CONT CIRCUIT 21 "30-21
"" NORM " FAIL "
Ot4E" 3"
1"0FF "0N "Y29940 "STSE"DG Z-2 Cot 4T CIRCUIT DG Mti "30-21
""t40RH " FAIL ONE" 3"
1"0FF "0H NO" C1"T28200 "STSE"DG 2-1 JACHET COOL HTR 30-28 "30-28
""t10RH "HIGH OllE" 3"
1"0FF "CN NO" "T28240 "STSE"DG 2-2 JACHET CH T 30-28 "30-28
""NORH "HIGH ONE" 3"
1"0FF "LN NO" i
"Y29750 "STSE"DG 2-1 AUTO DG AtM "30-29
""NORH " START "
ONE" 3"
1"0FF "0H N0" i
"Y2976D "STSE"OG 2-2 AUTO DG Atti "30-29
""NORH " START "
ONE" 3"
1"0FF "0N tt0" "L20090 "STSE"DG_2-1 JACHET COOL L 30-4 "30-4
""NORH "LOH OtlE" 3"
1"0FF "0H NO"
/
"L28150 "STSE"DG 2-2 JACHET COOL L 30-4 "30-4
""NORH "LOH ONE" 3"
1"0FF "0H " HO" i
"Y2962D "STSE"DG Z-1 ENGINE OVSPEED DG Atti "30-5
""NORH "ALRH "
OllE" 3"
1"0FF "0H
" NO"
/
"Y2987D "STSE"DG 2-2 ENGIllE OVERSPEED DG AtR4 "30-5
""NORH "ALRN "
OttE" 3"
1"OFF "0N NO" i
"L2810D "STSE"DG 2-1 ROCH ARH OIL L 30-6 "30-6
""tM N "HIGH OME" 3"
1"0FF "0H N0*
' ~
"L20160 "STSE"DG 2-2 ROCH ARil OIL L 30-6 "30-6
""NORil "HIGil Ot4E" 3"
1"0FF "0N NO" i
"Y29640 "STSE"DG 2-1 EXC FIELD BHR DG Atti "30-7
""CLOSE "0 PEN ONE" 3"
1"0FF "0N NO"
.e i
"Y29890 "STSE"DG 2-2 FIELD BHR DG Atti "30-7
""CLOSE "0 PEN ONE" 3"
1"0FF "0H "
NO" 4
"L28110 "STSE"DG 2-1 FUEL OIL L 30-9 "30-9
""NORH "LOH OilE" 3"
1"OFF "0H NO" 7 "L28170 "STSE"DG 2-2 FUEL OIL L 30-9 "30-9
""NORH *LOH ONE" 3"
1*0FF "0H HO" j
.)
5
STONE & W BSTEM'EtlGINEE%ING CORPOR!iTION '
PAGE 1*2 CoirUTE3 PPUT/0UTPUT LIST DIGITAL REPORT PAGE 10F 2 REP 03TIllG OATE 03/12/84 s
JO 1224100 00QUESNE LIGHT CO.
BEAVER VALLEY LMIT2 REVISI0tt HUllBER 07-SORTED BY POINT TYPE HUtBER
__ _ =..
1 mm 2
mm
~T ePOINT' mPT =0ESCRIPTION mINSTRUHENT mm0EV
=0EV mALRH mCRT mALRif mALRileCilG mINVSnRLY
/ mil 0.
eTYPEm mTAG HO.
umSTAT eSTAT motl mil 0 mCUT aCUT mSTATmSPECaCORR C as e
a a
umC0 tit mCoffT ACON e
mCollT mC0t4Tu mTIllE O
e e
a um0 PEN mCL50
- STAT
- mPT.HO.
mSTATm a
m 0 m0 m1 m2 e5 mal m2 m3 m3 m4 e5 a6 e6 a7 1 e4
- m7 m2 m5 mm7 m4 el m8 m3 e6 al a6 al sIDEN eP m0 ESC mSIT mmZS05 m0505 mALOD mALPRmACIO MACS 0mRPTOmIlfVo*RLTH (CCCCCCCCCCCCaCCCCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCmCCCCCCCCCCCCCCCCCaCCCCCCaCCCCCCattetesimitettat##8ttet##tMmCCCCaCCCCaCCCCat##t##4 -
JC9"Y34290 "STSE"PRI PROC CAS 1 000R 33-CENCX"33-CESNCX
""CLSO "0 PEN OrlE" 1" -
1"0FF "Oli "
HO" "Y34300 "STSE"PRI PROC CAS 2 000R 33CENCX1"33-CESNCX1
""CLSO "0 PEN ONE" la 1"0FF "0N Hoa "Y34310 "STSE"PRI PROC CAS 3 000R 33CENCX2"33-CEStICX2
""CLSD "0 PEN "
OtlE" la 1"0FF "OH NO" i
"Y34320 "STSE"PRI PROC CAS 4 000R 33CENCX3"33-CESNCX3
""CLSO "0 PEN "
OrlE" 1"
1"0FF "0N HO" i
"Y20440 "STSE"HAN TLRS TRIP AT TURS 33-HT "33-HT
""HORH " TRIP OllE" 2"
1"0FF *0N N0" "Y29860 "STSE"OG 2-2 EXCITER FIELO 40VF210X"40-VF210X
"" NORM "LON CHE" 3"
1"0FF "0N NO" OrlE" 3"
1"0FF "0N C1"Y28310.
"STSE" EXCITER FIELO BHR AUTO 41XEKSHA"41XX-EXSHA
"" NORM " TRIP HO" Of(E" 3"
1"0FF "Cil "Y34330
"$TSE"HAIN EXCITATI0tt ACO
- 41XXEXilA"41XX-EXSilA
""CLSO "0 PEN il0" "YO3100 "STSE"0VHO GAS CllPR C21A AUTO 42-GHSAA"42-GitSAA
""0FF "0N OtlE" 1"
1"0FF "Ott " HO" f
"Y03110 "STSE"0Vilo GAS CIPR C218 AUTO 42-GilSBA"42-G!!SBA
""0FF "0N OllE" 1"
1"0FF "Oli floa "Y30960 "STSE"CO:4T DLOG EXil FAN 265A 42-HVCAB"42-HVCAB
""Il0RH "ST/S
- OilE" 2"
1"0FF "0H HO" OtlE" 2"
1"0FF "Ctl tio" "Y31050 "STSE"C0!IT RIl A/C LMIT 2014 42-HCACX"42-HVCACX
""l10Ril " TRIP Oti!"
2" 1"0FF "0H HO" "Y31050 "STSE"COllT RE E SUP Z FAHS 42HVA0X1"42-HVCA0X1
""flCRH "ALRll "Y30990
- STSE" CONT Rif EHER SUP FH241A 42HVADX2"42-HVCAOX2
""fl0RH " TRIP "
OtlE" 2"
1"0FF "0!I " N0a OllE" 2"
1"0FF *0tt HO" "Y30970 "STSE"C0tlT ELOG EXH FAN 2658 42-HVCBB"42-HVCCB
""fl0Rll "ST/S
~
OtlE" 2"
1"0FF "0!I NO" "Y309eD "STSE"CotlT Ril A/C UllIT 2018 42HVCCCX"42-HVCDCK
""NORll " TRIP OHE" 2"
1"OFF "Ott HO" "Y31000 "STSE"CCtlT Ril EllER SUP FH241B 42HVCOX2"42-HVCCOX2
""fl0Ril " TRIP Ol:Ea 2"
1"0FF "Ctf " flO" "Y30940
~ "$TSE" AUX ELOG EltER EXH Fil OIL 42-HVPAC"42-HVPAC
""NCRil "ALRH "
OllE" 2"
1"0FF "OH Hoa "Y30950 "STSE" AUX BLOG EHER EXH FN OIL 42-HVPBC"42-IIVPBC
""NORH "ALRH T "Y30670 "STSE"LH COLL HORN EXH FN 42-HVSilA"42-HVSNA
""NORH " TRIP Ot:E" 2"
1"0FF "Oli " HO" l'
I
=
'PAGE 143 STotlE & 8%BSTER EllGINEE~ItiG CORPOR*TI0tt REPORTItt3 DATE 03/12/84 DIGITAL CEPORT PAGE 1 CF 2 CO':PUTE2 ItFUT/0UTFUT LIST.
BEAVER VALLEY UNIT 2 REVISI0tl t:UttcER 07 JO 1224100 DUQUESHE LIGHT CO.
SORTED BY POINT TYPE PRittBER
.. 1 '
em 2
mm T mPOINT ePT mDESCRIPTION
. mItiSTRUlfENT meDEV mDEV mALRN mCRT mALRH mALRildCHG millVS*RLY
/ tt3.
mTYPEm' mTAG HO.
meSTAT mSTAT
=0H -
atto, aCUT aCUT mSTATmSPECaCORR Ce a
e a
meCollT mC0t4T oCON
- eCONT
- CCitTo a~
- TIllE m
a a
a nOPEtt mCLSD mSTAT a mPT.NO.
mSTATm a
m o s0 m1 m2 e5 met m2
.*3 m3 a4 e5 a6 m6 m7 1 e4 m7.
m2 m5 mm7 m4 al
. m8 m3 a6 al e4 ' mi mIOEM mP' mDESC
,mSIT mmZSDS mOSOS mALDO mALPRmACID MACS 0aRPTDmitiVD*RLTil ECCCCCCCCCCCCa CCCCa CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCC 6 CCCCCC a CCCCCC ult 28 t tlut B 284 x t 3238 t ct t " R ah CCCCn CCCC mCCCC a t:f r 2 t N OtlE" 2"
1"0FF "0N
" NO" "Y30000 "STSE"LH COLL NORN EXH FN 42-HVStB"42-HVSilB
"" NORM " TRIP Ot4E" 3"
1"0FF "Ott NO" "Y20470 "STSE"ItAIN TFIL9 GAS CCt! DUST 45
. 45
""NORit "HIGH Ot1E" 3"
1"0FF "0N "V28540 "STSE"480V BUS 2N PT FUSE 44-RH200"46-Ril200 "all0RH "BLNH t10" 1
ONE" 3"
1"DFF "0N N0*
"V2855D "STSE"480V BUS 2P PT FUSE 46-RP260"46-RP200 "att0RH "BLIDI Ot tE" 3"
1"OFF "0N "
NO" s
- "V2847D "STSE"4HV E EUS 2AE PT FUSE 46-VE200"46-VE200
-""fl0RH "Blltt Cite" 3"
1"0FF "Cil HO" "V20500 "STSE"4HV E DUS 20F PT FUSE 46-VF200"46-VF200
""t10Rif "DLitt OttE" 3"
1"0FF "Ott "V20520 "STSE"DG 2-1 PT FUSE 46-VF201"44-VF201
""tiORH "Blltt fl0*
Ot:E" 3"
la0FF "CN " - 180" "V28530 "STSE"DG 2-2 PT FUSE 46-VF210"46-VF210
""!!ORit "DLitt OttE" 3"
1"0FF "Ott il0" "V29020 "STSE"USS XFIN 2D PT FUSE 46-V207 "46-V207
""il0RH "DLIN OllE" 3"
1"0FF "Oli "V2825D "STSE"SSS TFIR 2A PT FUSE 46-V208 "46-V208
"* HOR!t "BLift HO" "V28260 "STSE"SSS TFifR 2B PT FUSE 96-V209 "46-V209
""fl0Rit "DLitt OriE" 3"
1"0FF "0N NO" e
"T0533D "STSE"SG FD PP ll0T A1 T 49-VA201"49-VA201'
""NORit "HIGH OllE" 3"
1"0FF "Ott
" fl0" OrlE" 3"
1"0FF "Ott
- s "T05300 "STSE"RCP 21A HOT T 49-VA206"49-VA204
""NORtt "HIGH N0*
"T05400 "STSE"CLG T11R PP A HOT T 49-VA208"49-VA208
""NORH "HIGH ONE" 3"
1"0FF "0N NO" s
"T05340 "STSE"SG FD PP IIDT At T 49-VB201"49-VB201
""NORif "HIGH "
OllE" 3"
1"0FF "0N
" NO"
~
OttE" 3"
1"0FF "0N "T05370-
"STSE" Cote P21 A HOT T 49-VB202"99-VB202
""fl0RH "HIGH
" N0*
"T05310 "STSE"RCP 218 HOT T 49-VB204"49-VB204
""NORH "HIGH ONE" 3"
1"0FF "0N ** HO" "T05410 "STSE"CLG THR PP B HOT T 49-VB208"49-VB208
""NORH "HIGH ONE" 3"
1"0FF "0H HO"
-"T05350 "STSE"SG FO PP HOT B1 T 49-VC201"49-VC201
""NORH "HIGH "
ONE" 3"
1"0FF "0N HO" 7 "T05380 "STSE" Cote P218 HOT T 49-VC202"99-VC202
""NORH "HIGH DNE" 3"
1"0FF "0H HO" 4
-STol2 & IIEBSTET Et2INEEZIllG CORPORATION PACE 144 Col:PUTE2 ItFUT/0UTPUT LIST DIGITAL REPORT PAGE 1 0F 2 REPORT 1t!G DATE 03/12/84' JO 1224100 DUQUESilE LIGHT CO.
BEAVER VALLEY UNITZ REVISI0tt 14U!:i!,ER 07 SORTED BY PolliT TYPE PAREER
______.-.. _=
1 mm 2
mm T ePOINT.
- PT *DESCRIPTICH mINSTRLAIENT mm0EV
=0EV mALRH *CRT mALRil
- ALRil CliG mINVSaRLY
/at2, mTYPEm eTAG t10.
maSTAT
- STAT m0N mHO. aCUT mCUT *STATmSPECaCORR Ce a
meCONT mCONT mCON e aC0ffT mC0tiTu a
- Title e
a
.e e
um0 PEN mCLSO mSTAT.*
- PT.NO.
mSTAT*
a m
0 c0 m1 et e5 mal at m3
~ m3 m4 e5 e6 e6 m7 1 s4 m7 m2
- 5 mm7 m4 mi ma m3 e6 al me mi aIDEN mP mOESC mSIT emZSOS m0SDS mALDO *ALPRmACID mACSDmRPTDmINVDmRLTH r CCCCCCCCCCCCmCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCC mCCCCCC mCCCCCC at t s a t tia t 24t tl e t t H tt s a ttt tinCCCC m CCCCaCCCCat 328894 I-
"T05320
'"STSE=RCP 21C HOT T 49-VC206"49-VC206
""NORH "HIGH "
OllE" 3"
1"0FF "0N il0" "T05420 "STSE"CLG Tl5t PP C HOT T' 49-VC208"49-VC208
""NORH "HIGH "
ONE" 3"
1"0FF "0H NO" "T05360 "STSE"SG FD PP HOT 82 T 49-VD201"49-VD201
"*NORH "HIGH "
OllE" 3"
1"0FF "0N " HO" "T05390 "STSE"C0tB P21 C HOT T 49-VD202"49-VD202
""NORH "HIGH OtlE" 3"
1"0FF "0H NO" i
"T05430 "STSE"CLE TMt PP D NOT T 49-V0208"49-VD208
""NORH *HIGH OllE" 3"
1"0FF "0N NO" OtlE" 3"
1"0FF "0H "
NO" "T28000 "STSE"IIAIN TFitt MOT SPOT T 49-202SX"49-202SX
""fl0RH "HIGH 4
" STSE"NAIN TFrot HOT SPOT T 49-20ETX"49-202TX
""NORH "HIHI "
OllE" 3"
1"OFF "0N "T2001D HO" ONE" 3"
1"0FF *0N "Y29420 "STSE" BUS 2AE SP ACS REV OC.50VE207 "50-VE207X
""NORH "ALRH HO" ts "Y29430 "STSE" BUS 2DF SP ACB REV OC 50VF207 "50-VF207X
==NORH "ALRH ONE" 3"
1"0FF "0N HO" Ot4E" 3"
1=0FF "0N "YS7640 "STSE"4HV PP HOT OVERCURRENT 50/51 "50/51
-"" NORM " TRIP HO" 9
ONE" 3"
1"0FF "0H j
"Y29260 "STSE"4HV BUS 2A AC8 42A OC 51VA204X"51-VA204X
""NORil "ALRil
" HO" i
"Y29020 "STSE"4HV BUS 2A ACB 42C OC 51-VA207"51.VA207X
""NORH "ALRH "
CNE" 3"
1"0FF "0N N0*
1
^
"Y29270 "STSE"4HV BUS 28 ACB 142A OC 51VB204X"51-VB204X
""fl0Ril "ALRil "
OtlE" 3"
1"OFF "0H
" NO" "Y29030 "STSE"4HV BUS 28 ACB 142C OC 51-VB207"51-VB207X
""NORH "ALRH "
OtlE" 3"
1"0FF "0N NO" "Y29040 "STSE"4HV BUS 2C AC8 242D OC 51-VC204"51-VC204X
""NORH "ALRH ONE" 3"
1"0FF "0N NO"
~
"Y29200 "STSE"4HV BUS 2C ACB 2425 DC 51VC207X"51-VC207X
""NORH "ALRH ONE" 3"
1"OFF "0H
" HO" I~
"Y2905D "STSE"4HV BUS 20 ACS 342D OC--51-VD204"51-VD204X
""NORH "ALRH "
ONE" 3"
1"0FF "Ott " tt0" "Y29300 "STSE"4HV BUS 2D ACB 3428 OC 51VD207X"51-VD207X
""t40RH "ALRH "
OHE" 3"
1"0FF "0H " N0*
"Y29380 "STSE" BUS 2AE ACB2E7 OC 51VE207X"51-VE207X "l10RH "ALRH."
OllE" 3"
1"0FF "0!i tiO" I "Y29500 "STSE" BUS 2DF FDR ACB 2F7 OC 51VF207X"51-VF207X
""tKmil "ALRH OllE" 3"
1"0FF "CH NO"
'l 1
PAGE 145
- ST7l! & HEBSTE2 El21tlECIt!G CORPC91 TION REPORTIt1G DATE 03/12/M C73:PUTER ItPUT/0UTPUT LIST DIGITAL REPORT PAGE 10F 2 JO 1224100 DUCUESilE LIC:lf CO.
BEAVER VALLEY.UtlIT2 REVIS10tl 1:Ul!3CR 07 SCRTED BY PoltiT TYPE IG.!!! DER
- = ___
__-_=_........=_____
I an 2
ma T tPOItIT mPT 'mOESCRIPTION-mItiSTRUllEtiT mm0EV m0EV : s?,LMI aCRT mALRll af.LRtthCHG mIllVS4RLY
/ tt:0.
- TYPEm mTAG 110.
meSTAT mSTAT =C14 mil 0. mCUT
- CUT mSTATuSPECaCCRR
.Ce a
'e a
encetiT *Cotti. aCCil a
mCO:IT aCONTm a
mTIllE ~
o u-e a
umCPEN mCLSD mSTAT
- mPT.ito.
mSTATm a
a O s0 m1 at m5 mal m2 m3 m3 ~ a4 e5 e6 me m7 1 64 a7 m2 e5 mm7 mg al m8 m3 m6 al e6 mi mIDEN mP
=0 ESC mSIT mmZSDS =0SDS mALDO mALPRmACIO mACSDmRPTonIllV0mRLTil eCCCCCCCCCCCCa CCCC aCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCa CCCCCCCCCCCCCCCCCa CCCCCCmCCCCCCa t t R 33 Rint 3331st 328 t t 382R::# ttCCCCmCCCCmCCCCatC O C2:N
===.
_.===_
_ = -. _ _
OllE" 0"
1"0FF "Ott NO" "Y34600 "STSE"6AT BHR 2-1 52-BYSAA"52-BYSAA
""CLSO "0PEll "Y31610 "STSE" BAT BHR 2-2 52-BYS3A"52-BYSBA
""CLSO "0 PEN "
Cite" 0"
1"0FF "Ott
" 110 "
"Y31640~
"STSE" BAT B1Gt 2-5 52-BYSt4A"52-BYSilA
""CLSO "0 PEN "
CrlE" 0"
1"0FF "Ott " tiO" "Y34650 "STSE" BAT Bl:R 2-6
' 52-BYSID"52-BYStB
""CLSO "0 PEN "
OttE" 0"
I"0FF "0N " HO" NO" e
OliE" 0"
1"0FF "Ott
.s "Y34780 "STSE" Colp COOL P21A BIOT BHR. 52-CCPAA"52-CCPAA
""CLSD "0 PEN "Y34820 "STSE"C0tP COOL P215 NOT BHR 52-CCPBA"52-CCPBA
""CLSO "0 PEN "
OllE" 0"
1"0FF "0N NO"
=
OilE" 0"
1"0FF "0H NO" C1"Y34830 "STSE"C0tP COOL P21C 190T BHR A52-CCPCA"52-CCPCA
""CLSO "0 PEN s
ONE" 0"
1"OFF "0N NO" C1"Y34790 "STSE" Colp COOL P21C HOT BHR B52-CCPCB"52-CCPCB
""CLSO "0 PEN "Y34740 "STSE"SEC C0!IP CLS PP21A BHR 52-CCSAA"52-CCSAA
""CLSO "0 PEN "
Ot4E" 0"
1*0FF "0N NO" "Y34750 "STSE"SEC CC:P CLG PP218 BHR 52-CCTBA"52-CCSBA
""CLSO "0P Ett "
Ot tE" 0"
1"OFF "0H NO" OllE" 0"
1"CFF "Ott HO" "Y34800 "STSE" CHILLER CIRC PP A It0T. 52-COSAB"52-COSAS
""CLSO "0 PEN j
OtlE" 0"
1"0FF "0N' "
NO" "Y34890 "STSE" CHILLER CIRC PP B lt0T 52-COSB3"52-COSBB
""CLSO "0 PEN OilE" 0"
1"0FF "0N N0*
i "Y34730 "STSE"A/C Cotr CIL23C tt0T BHR 52-COSCA"52-COSCA
""CLSD "0 PEN s
"Y34900 "STSE" CHILLER CIRC PP C lt0T 52-COSCB"52-COSCB
""CLSO "0 PEN "
OllE" 0"
1"0FF "Ott "
NO"
" ZER0" 0"
1"0FF "0N NO" "Y34170 "STSE"CHG PP21A HOT BMR 52-CHSAA"52-CHSAA
""CLSD. "0 PEN a
~
~
ZER0" - 0" 1"0FF "0N NO" "Y34180 "STSE"CllG PP218 HOT BI3t 52-C1SOA"52-CHSBA
"*CLSO' "0 PEN 1
ZER0" 0"
1"0FF "0N NO" "Y34190-
"STSE"CHG PP21C NOT BtGt A 52-CHSCA"52.CHSCA
""CLSO
- 0 PEN
" ZERG" 0"
1"0FF "Ott NO" "Y34200 "STSE"CHG PP21C lt0T BHR S 52-CHSCB"52-CHSCB
""CLSO "0 PEN "Y25060 "STSE"CO:B PP21A NOT BI3t' 52-Ct8tAA"52-Ct01AA
""CLSD "0 PEN "
Ot4E" 0*
1"0FF "CH N0*
5 "Y25070 "STSE"Collo PP216 HOT DIGt 52-Cl8!3A"52-CtGBA
""CL50 "0 PEN OllE" 0"
1"0FF "Ott
" NO" i
I
STONE & HESSTE] ENGINEE':ING CCRPORATION PAGE 144 Cot!PUTE3 IIPUT/0UTPUT LIST DIGITAL REPORT PAGE 1 0F 2 REPCRTIllG DATE 03/12/64-
.JO 1224100 OUQUESHE LIGHY CO.
BEAVER VALLEY UNIT 2 REVISION taUlDER 07 SORTED BY POINT TYPE NUtBER 1
um 2
em T EPOINT mPT. *0ESCRIPTION mINSTRtRIENT em0EV
=0EV mALRH. ecRT mALRH mALRitmCitG mitWSmRLY
/ at3.
mTYPEm
.mTAG NO.
umSTAT mSTAT mOH mHO. mCUT aCUT mSTATmSPECaCORR Ce-e e
a umCONT
- CONT'
- CON m aCONT mCONTm a
- TIHE e
e a
a em0 PEN mCLSO.mSTAT m mPT.HO.
- STATm a
a O E0 m1 at m5 mal
.m2 m3 m3 e4 e5 me me ' a7 1 s4 a7 m2 e5 me7 e4 al me m3 me al me al cIDEN mP a0 ESC mSIT
'emZS05 m050S mALDO mALPRmACIO mACSomRPT0mINV0mRLTH l
aCCCCCCCCCCCCmCCCCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCmCCCCCCCCCCCCCCCCCaCCCCCCmCCCCCCal8888timit:rtimit# Retta tettimCCCCmCCCCaCCCCatttttti -
"Y25080 "STSE" Cote PP21C HOT BHR 52-CletCA"52-OtlCA
""CLSO "0 PEN "
ONE" 0"
1"0FF "0H HO" "Y24150 "STSE"CLG TtR PP21A t10T BHR CIISAA"52-CllSAA
""CLSO "0 PEN OtlE" 0"
1"0FF "0H HO" "Y24250
- "STSE"CLG TI3I PP218 HOT BIGt 52-CHSOA"52-CHS8A
""CLSD "0 PEN OttE" 0"
1"0FF "Oli HO" "Y243SO "STSE"CLG Titt PP21C HOT BI5t 52-CHSCA"52-CHSCA
""CLSO "0 PEN OtlE" 0"
1"0FF "Ott "
HO" "Y24450 "STSE"CLG TIR PP210 IIOT BHR 52-CIISOA"52-CHSOA
""CLSO "OPEN OteE" 0"
1"0FF "Ott 140 "
"Y34570 "STSE"EHER 0-G ACB 2E10 52-EGPAA"52-EGPAA
""CLSO " TRIP
. OttE" 0"
1"0FF "0H " HO" k
-"Y34580 "STSE"EllER 0-G ACB ZF10 52-EGPBA"52-EGPSA
""CLSO " TRIP "
OffE" 0"
1"0FF "Ott HO" 4
"Y35040 "STSE"480V EHER BUS 2H SUP 52-EJSAG"52-EJSAG
""NORif " TRIP ONE" 3"
1"0FF "0H
" NO" 4
i i
"Y34470 "STSE"4HV BUS 2AE ACB 2E7 52-ENSAC"52-ENSAC
""CLSO "0 PEN "
ONE" 0"
1"0FF "0H HO" 1
"Y34480 "STSE"4HV BUS 20F ACS 2F7 52-ENSOC"52-ENSBC
""CL50
- 0 PEN OHE" 0"
1"0FF "0H
" NO" l
"Y34740 "STSE"SG AUX F0 P234 HOT Blot 52-FHEAA"52-FHEAA
""CLSO "0 PEN ZER0" 0"
1"0FF "0N
" HO" "Y34770 "STSE"SG AUX F0 P235 HOT BHR 52-FHEBA"52-FHEBA
""CLSO "0 PEN " ZER0" 0"
1"0FF "0N HO" I
l "Y23200 "STSE"SG FH PP21A1 HOT BHR 52-FNSAA"52-FHSAA
""CLSO "0 PEN OtlE" 0*
1"0FF "0N NO" t
l "Y23220 "STSE"SG FH PP21A2 HDT BIGt 52-FHSAB"52-FHSAS
""CLSO "0PEtt "
ONE" 0"
1"0FF "0H tio" "Y23600 "STSE"SG FM PP2181 HOT BHR 52-FHSOA"52-FilSBA
""CL50 "0 PEN "
OffE" 0"
1"0FF "0N NO"
~
"Y23820 "STSE"SG FH PP21B2 HOT BHR 52-FHSB8"52-FHSBB
""CL50 "0 PEN ONE" 0"
1"0FF "Ott N0' i
"Y30690
."STSE"LN COLL FILT E30t FN 52-HVSAA"52-HVSAA
""NORH " TRIP ONE" 2"
1"0FF "0H It0" "Y30900 "STSE"LH COLL FILT EXH FN 52-HVSBA"52-HVSBA
""NORH " TRIP Of4E" 2"
1*0FF."0N
- NO" "Y31120 "STSE"ENER SHGR EXH FM 242A-52-HVZAA"52ElVZAA
"" NORM "ST/S OtlE" 2"
1"0FF "0H HO" 7 "Y31100 "STSE"EttER SHGR St.P FM 2414.52-HVZA8"52-HVZA8
""NORH "ST/S OffE" 2"
1"0FF "Ott
" NO" t
a I
ETONE'& NEBSTE2 ENGINEE;ING CORPORATION PAGE 147 CotPUTE2 ItFUT/0UTPUT LIST DIGITAL CEPORT PAGE 1 0F 2 l'EPORTING DATE 03/12/64 JO 1224100-DUQUESilE LIGHT CO.
BEAVER VALLEY LRtITZ REVISION liUttBER 07 SORTED BY POINT TYPE NUlBER
'1 2
me T mPOINT
- mPT *0ESCRIPTION mINSTRUltENT em0EV e0EV mALRll mCRT mALRit mALRifattlG mINVSwRLY
. / at:0.
mTYPEm eTAG #80.
maSTAT
- STAT scti atIO. aCUT mCUT *STATmSPECaCO'IR Ce m
a a
u mC0!iT mCONT mCCil n.
aCO'IT -
mCoriin a
mTIttE e
m u mCPEll mLLSD mSTAT a
' mPT.llo.
mSTAT*
0 a0 m1 m2 e5 mal m2
- 3 m3 m4 e5 a6 e6 a7 1 e4 m7 m2 m5-.
mm7 e4 -
- 1 m8 m3 e6 al a6 al i
.eIDEN eP
=0 ESC
.mSIT emZSDS m0SDS.mALDD mALPRmACID MACS 0 nRPTDmItN0mRLTil e
aCCCCCCCCCCCCmCCCCsCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC mCCCCCCCCCCCCCCCCCaCCCCCC.iCCCCCCatit 2 K ritintR 22inic23 ec23:53lt!*CCCCm CCCCmCCCCat322038 "Y31130-
"STSE*EllER Sl'SR EXIT FN 2625 52-IIVZBA"52-HVZBA
""It0RN "ST/S a O!!E" 2"
1"0FF "Ott NO" a
"Y3111D "STSE"ElfER S!!SR SUP FN 2618 52-IIVZDB"52-HVZEB
""Il0Rtl "ST/S ~ "
OtlE" 2"
1"0FF "Ott fl0" l
"Y34300 "STSE"41N BUS 2A ACB 42A 52-itlSAA"52-tttSAA
""CLSO "0 PEN OtlE" 0"
1"0FF "ON tic" "Y34370 "STSE"4HV BUS 2A ACB 42C 52-tt tSAB"52-t2tSAB
""CLSD "0 PEN OtIE" 0"
1"0FF "0N f!O" "Y3'44ED "STSE"4tN BUS 2A ACB 2A10 52-tatSAC"52-titISAC
""CLSD "0 PEN "
Ot:E" 0"
1"0FF "0!I " tIO" I
i "YJM00 "STSE"4fN EUS 28 ACB 142A 52-tttSBA"52-tCIS04
""CLSO "0 PEN
' 0!aE" 0"
1"0FF "Ott "
NO" "Y3r390 "STSE"4HV BUS 2B ACB 142C 52-tRISDB"52-t!NSCB
""CL50 "0 PEN Ot tE" 0"
1"0FF "0N " #10"
=
"Y34420-
"STSE"4tN EUS 2C ACB 2428 52-tRISCA"52-tEISCA
""CLSO "0 PEN "
OtIE" 0"
1"0FF "0!I
"' tiO" "Y3441D "STSE"4HV BUS 2C ACB 2420 52-tCISCB"52-ittSCB
""CLSD "0PEtt OffE" 0"
1"0FF "0:1 NO" I
"Y3 %40' "STSE"4HV EUS 20 ACB 342B 52-ittSDA"52-tCISDA
""CLSO "0 Pelf "
Ot!E" 0"
1"0FF "CN
" NO"
~
"STSE"4HV EUS 20 ACB 342D 52-latSDB"52-talSDB
""CLSO "0 PEN "Y34430 OtiE" 0"
1"0FF "Ott
" il0" "Y34460 "STSE"4HV BUS 2D ACB 2010 52-NHSDC"52-tillSDC
""CLSD "0PEll OtlE" 0"
1"0FF "Ott il0" s
"Y3411D "STSE"QUEllCH SrR PP21A It0T BHR52-QSSAA"52-QSSAA
""CLSD "0 PEN " ZER0" 0"
1"0FF "0N
" il0" "Y3412D
$TSE" QUEL;CH SPR PP218 fl3T BidtS2-QSSBA"52-QSSBA
""CLSD "0 PEN " ZER0" 0"
1"0FF "Ori NO" a
"Y3421D "STSE"RX CLitT P21A IIOT BIOl 52-RCSAA=52-RCSAA
""CLSO "0 PEN OflE" 0"
1"OFF "Otl NO"
=
~
i "Y34220 "STSE"RX CLitT P218 fl0T BHR 52-RCSDA"52-RCSBA
""CLSO "0 PEN OtlE" 0"
1"0FF "Ott " N0*
=
"Y34230 "STSE"RX CLNT P21C lt0T BHR 52-RCSCA"52-RCSCA
""CL50 "0 PEN "
OrlE" 0"
1"0FF "Ott tiO" "Y34270 "STSE" ROD PNR IIS-21 NOT BHR 52-RDSAA"52-RDSAA
""CLSD "0 PEN OtlE" 0"
1"0FF "0H NO" "Y34280 "STSE" ROD Pl3t HS-22 It0T BHR 52-RDSBA"52-RDSBA
""CLSD "0 PEN OllE" 0"
1"0FF "0N
" NO" I "Y34130 "STSE"RHR PP21A HOT BHR 52-RHSAA"52-RHSAA
""CLSO "OPEN OllE" 0"
1"0FF *0N "
NO" l
4 l
STC & HEBSTE2 ENGIrlEE2IllG CORPORATION -
PAGE 140 2 CC"tPUTE2 ItFUT/0UTrUT LIST DIGITAL REPORT PAGE 1 0F 2
-REr0RTItt3 CATE 03/12/84 JO 1224100 DU'IUESilE LIGHT CO.
.. BEAVER VALLEY UtlIT2 REVIS10ll Hur'3ER 07 SORTED BY POIt4T TYPE NUlBER 1
mm 2
.mm
. T mPOIllT
- PT =0ESCRIPTIGif miteSTRut!ENT anDEV.
a0EV mALRN mCRT mALRil mALRttsCllG mINVSmRLY
/ atto.
mTYPEm
.mTAG HO.
amSTAT eSTAT mort mHO. aCUT aCUT *STATuSPECaCCRR Ce a
m e
anC0 tit aC0ttT mCort a
aC0 tit aCollin m-mTIllE.
a a
a e
an0 PEN mCLSO eSTAT a mPT.ilo.
mSTATm m
0 c0 m1 m2:
e5 mal m2 m3 m3 a4 m5 ud a6 m7
- 1 e4 e7 m2 e5 mm7 s4 al no m3 e6 al a6 mi eIDEN
- P
=0 ESC mSIT mmZSDS
=0 SOS mALDD mALPRmACIO mACSDeRPTDmitfVD*RLTH E CCCCCCCCCCCC a CliCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC a CCCC CCCCCCCCCCCCC m CCCCCC u CCCC CCatG C t 3 E i n tR R d lat# 1! 38228t: 523 t m CCCCa CCCC s CCCC at t 2 R R B4
~ "Y34140 "STSE"RHR PP218 IIOT EHR
' 52-RHSBA"52-RilSSA.
""CLSD "0 PEN OrlE" 0"
1"CFF "Oli 10" "Y34030 "STSE"RECIRC SPR PP21A It0T BHR52-RSSAA"52-RSSAA
""CLSO "0PEl4 " 'ZER0" 0"
1"0FF "0N NO" "Y34040 "STSE"RECIRC SPR PP218 NOT BNR52-RSSBA"52-RSSBA
""CLSO "0 PEN ZER0" 0"
'1"0FF "0N
" HO" "Y3405D "STSE"RECIRC SPR PP21C HOT BHR52-RSSCA"52-RSSCA
""CLSD,"0 PEN " ZER0" 0"
1"0FF "0N NO" "Y34060 "ST3E"RECIRC SPR PP210 HOT BHR52-RSSOA"52-RSSOA
""CLSO "0 PEN ZER0" 0"
1"0FF "Ott NO"
+
"Y0006D
- *STSE"?X TRIP BHR A 52-RTA "52-RTA
"" TRIP "CLSO " ZERO" 0"
1"0FF "0H t10" l*
"Y00070 "STSE"RX TRIP BHR S 52-RTB "52-RTS
"" TRIP "CLSD ZER0" 0"
1"0FF "0N
" HO" l
"Y3486D "STSE"STA AIR C21A HOT BHR 52-SASAA"52-SASAA
""CLSO "0 PEN ONE" 3"
1"0FF "Oli HO" "Y34870 "STSE"STA AIR C218 HOT SHR 52-SASB4"52-SASBA
""CLSD "0 PEN ONE" 3"
1"0FF "0N NO" i
"Y6463D "STSE" Cote POLISHING AIR Cotr 52-SAtB "52-SAStB
""CLSD "0 PEN ONE" 3"
1"0FF "0N NO" "Y3401D "STSE"LO HD SI PP21A HOT BNR 52-SISAA"52-SISAA
""CLSO "0 PEN ZER0" 0"
1"0FF "Ott NO" "Y34020 "STSE"LO H0 SI PP21B HOT BHR 52-SISBA"52-SISBA
""CL50 "OPEN ZER0" 0"
1"0FF "0N HO" "Y34150 "STSE"$TOBY SERV HTR HOT BHR 52-SilEAA"52-SHEAA
""CL50 "0 PEN ZER0" 0"
1"0FF "0N NO" "Y34160 "STSE"STOBY SERV HTR HOT BHR SilEBA"52-SIIEBA
"*CLSD "0 PEN " ZER0" 0"
1"0FF "0N
" tiO" i
"Y34070 "STSE" SERV HTR PP21A IIOT BHR SHSAA"52-SilSAA
""CLSO "OPEN ONE" 0"
1"0FF "0N HO"
~
"Y34080 "STSE" SERV HTR PP218 It0T BIGt 52-SHSBA"52-SitSBA
""CLSD "0 PEN ONE" 0"
g 1"0FF "Ott a t40*
"Y34090 "STSE" SERV HTR PP21C HOT BHR 52-SitSCA"52-SHSCA
""CLSO "0 PEN Ct4E" 0"
1"0FF "Ott HO" "Y3410D "STSE" SERV HTR PP21C tt0T BNR 52-SilSCB"52-SNSCB
""CLSO "0 PEN OttE" 0"
1"0FF "Ott NO" a
"YO6160 "STSE"VAC PRI PP A OC 52-VPSAA"52-VPSAA
"" TRIP "NORN ZER0" 3"
1"0FF "0N NO" C "Yo8170 "STSE"VAC PRI PP S OC 52-VPSBA"52-VPSBA
"" TRIP "NORN a ZER0" 3"
1"0FF "0H
- NO" 4
< STONE & NESSTE2 ENGINE CING CORPORATION
~PAGE 119 CIPUTER ItFUT/0UTPUT LIST' DIGITAL CEPORT P AGE 1 OF 2 REPORTIllG DATE 03/12/64 JO 1224100 DUQUESilE LIGHT CO.
' BEAVER VALLEY UtlIT2 REVISION tlUltBER 07 SORTED BY POINT TYPE NUlBER 1
ma 2
mm T mPOINT mPT eDESCRIPTION mINSTRUNENT-en0EV
=0EV mALRN aCRT mALRif mALR!t CHG mIfNSmRLY
/ tt~3.
mTYPEm eTAG NO.
anSTAT mSTAT m0N mHO. aCUT aCUT *STATmSPECaCORR Ce e
e a
enCONT aCONT aCoil
- mCONT aCONTm a
mTIllE e
a e
a um0 PEN aCLSD
- STAT m mPT.NO.
mSTATm a
a 0 K0 al m2' e5 mal
~m2 m3 m3 m4 e5 e6 m6 m7 2
1 e4 :
. m7 m2 m5 mm7' e4
- 1 ma m3 e6 al m6 - mi cIDEN
=P eDESC mSIT' mm2SDS m0SDS mALDD mALPRmACID
- ACS0aRPTDmIINDmRLTIl
. ECCCCCCCCCCCCmCCCCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCmCCCCCCCCCCCCCCCCCmCCCCCCaCCCCCCatt#itfl.it:ttiettttet88BC#8ImCCCCaCCCCmCCCCat#88884 "Y34350 "STSE=llAIN GEN BHR 352 52-3'2 "52-352
""CLSO "0 PEN OtlE" 3"
1*0FF "0H
" NO" "Y34360 "STSE"NAIN GEN BHR 362 52-362 "52-362
""CLSD "0 PEN OtlE" 3"
1"0FF "0N NO" C1"Y0675D "STSE"SEC CC PP A START-STOP 52SCCSAA"525-CCSAA
""NORll " AUTO "
ONE" 3"
1"0FF "0H NO" C1"Y06760 "STSE"SEC CC PP B START-STOP 52SCCS8A"$25-CCSBA -
""t10RN " AUTO OllE" 3"
1"0FF "0H " HO" "Y34710 "STSE"A/C COIP CllLZ3A NOT BKR 52-CDSAA"525-CDSAA
""CLSD
=0 PEN ONE" 0"
1"0FF "Ott NO" "Y34720 "STSE"A/C Cotr CHL238 Il0T BNR 52-CDSEA"52S-COSBA
""CLSD' "CPEN OtlE" 0"
1"0FF "0H NO" "Y39490 "STSE"SEP Dil RCVR PP A NOT BHR52-HDilAA"525-HDHAA
""CLSO "0 PEN ONE" 0"
1"0FF "0N NO" "Y34700 "STSE"SEP Ott RCVR PP 8 Il0T EHR52-HDHDA"52S-HDH84
""CLSD "0 PEN
- OtlE" 0"
1"0FF "CN '" #10" "Y29600 "STSE"DG 2-1 V/HZ 59-VC210"59-VE210
""fl0Ril "ALRll Ot tE" 3"
1"0FF "Ott 110 "
=
"Y2935D "STSE"DG 2-2 V/lfZ
'59VF210 "59-VF210
""tCRN "ALRil O!!E" 3"
1"0FF "Otl tic" "Y2830D "STSE"llAIN Gell OVEREXC VHZ107%59-1201X"59-1201X
""fl0Ril "ALRIl CilE" 3"
1*0FF "0H " NO" "Y28390 "STSE"IfAIll Cell OVERE :C V:1Z120%59-201X "59-201X
""fl0Ril "ALRil OtlE" 3"
1"0FF "C!l a IIO" "Y28330 "STSE" GEN PT FUSE 40-201 "40-201/X "almtt "BLI N OfiE" 3"
1"0FF "0H HO" "Y2941D "STSE"DG 2-1 E::C FIELD VOLT 62/40' "62 & 40-VE210X ""fl0Ril *LON OllE" 3"
1"0FF "CN " 110 "
"F5072D "STSE"QUENCll SPR P21A F 62-03SAA"62-QSSAA
""t10Ril "LON OrlE" 1"
1"0FF "Ott a fl0"
~
"F50730 "STSE"QUEt:Cil SFRAY P218 F 62-QSSDA"62-QSSDA "allCRll "LON C!IE" 1"
1"CFF "0!I
" tio" "Y2813D "STSE"GEli TRIP DUE TO TURD TR 42TilAAC2"62-lllAABX2
""NORtl " TRIP Ot:E" 2"
1"0FF "Ott a flo" "Y28181D "STSE" GEN TRIP DUE TO TURS TR 62TILTD1"62-TitrEX1
""IfCf?!I " TRIP."
0:lC" 2"
1"0FF "Ott
!!0" a
j "Y28500
"$TSE"flAIN TFilR SUDDEtt P RLY.43-202X "63-202X
""Il0Ril "0PER O!!E" 3"
1"0FF "Ott tiO"
~~
"Y6403D -
"STSE"Itl TFl:R SL'DDEtt P GEli T. 63-202X "63-202X "at10RN "ALRil a OllE" 2"
1"0FF "Ott HO"
STollE 1 HECSTC Et: git:ECIt:S CCCPORATICil PAGE 153 Cot'FUTG I!!UT/00TFUT LIST OIGITAL REPORT PAGE 10F 2 '
REPO'tTItG DATE 03/12/84 JO 1224100 DUQUESitE LICtlT CO.
BEAVER VALLEY UtlIT2 REVISICil flUlOER 07 SCRTED BY POItIT TYPE IIUt'.BER-
==
1 mm 2
mm T mPIINT ePT mOESCRIPTICil mIrlSTRuttEtiT mm0EV ' =0EV-mALRil aCRT mALRll ut.LPlteCilG millVS RLY
/ etto.
- TYPEm mTAG 10.
mmSTAT mSTAT m0tt atto. aCUT aCUT mSTATmSPECaCO'?R Co e
a e
umCollT aCC14T ECON aC0tlT aCCitiu a
- TIltE e
m-m a
u m0PEtt aCLSD mSTAT m hPT.tl0.
mSTAT*
-m 0 t0 m1 m2 a5 mal m2 m3 m3 e4 e5 m6 e6 m7 1 e4 e7 m2 m5 mm7 m4 al m8 m3 e6 mi m6 at mIDEN mP mDESC mSIT emZSOS m0SDS mat.DD mALPRuACID m ACS0 mRPTD*ItND n RLTil aCCCCCCCCCCCC a CCCCm CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC a CCCCCCCCCCC CCCCCC =CCCCCC m CCCCCC a t tl R
- R :f u t 3 ;t 2 ta t 2 R R R R R CC 3 R R Iw CCCC aCCCC s CCCC a t 0 E R 2 R I OtIE" 3"
1"OFF "Ott Ho" "Y2096D "STSE"USS TFIR 2C SLTDEtt P 6?-206X "63-206X "att0Ril "ALRil C'E" 3"
1"OFF "Of4
'0" "Y28370 "STSE"USS TFI 't 2D St'DDErl P 63-207X "63-207X
""t!CRil "ALRif Ot 4E" 3"
1"0FF "Ctl " ' t 0" "Y20940 "STSE"S'IS TFIR 2A SUDDEtt P 63 200X "63-200X
""tt0Rll "ALRtl OtE" 3"
1"0FF "Ott to" "Y28950 "STSE"SSS TriR 2B SUDDEtt P 63-209X "63-209X
""NORif "ALRH OrlE" 3"
1"0FF "CH
" to" "Y29590 "STSE"DG 2-1 EXCITER GID OC 64-VE210"64-VE210
""tt0RH "ALRH ONE" 3"
1"OFF "OH to" "Y2904D
- "STSE"DG 2-2 EXCITER CfD OC 64VF210 "64-VF210
""fl0RH "ALRtl OllE" 3"
1"0FF "0H " NO" "Y2835D "STSE"IIAIN GEN EXCITER GROUtB 64X "64X
""HORH "ALRH OtlE" 1"
1"0FF "0H NO" "Y0312D "STSE"0VHD GAS CHPR C21A VIB 69-GHSAA"69-CHSAAX
""liORH "HIGH ONE" la 1"0FF "0H
" 110 "
"Y03140 "STSE" GAS CilPR C21A DIAPHRAGil 69GilSAA2"69-QlSAAX2
""fl0RH "HIGH OtlE" 1"
1"0FF "Ott N0*
"LO3100 "STSE" GAS CtPR C21A LUS OIL L 69-GIAA5"69-GilSAAX5
""NORil "LOH ONE" la 1"OFF "0H t10" "YO3130
- STSE"OVHD GAS CllPR C21B VIB 69-GitSSA"69-G:4SDAX
""tORH "HICH OtIE" la 1"0FF "Otl 10" "YO315D "STSE" GAS Cl5'R C21B DiAPHRAGil 6968tSBA2"69-CHSBAX2
""tORH "HIGH "LO311D "STSE" GAS Ct:PR C21B LUB OIL L 69-GilBA5"69-GHSBAX5
""tORH "LOH Ot1E" la 1"0FF "0H NO" N0*
OtlE" 3"
1"0FF "0N "LO417D "STSE"4TH PT FH HTR 28tA L 71-BDGilA"71-EDGilA
""tIORH "HIGH OrlE" 3"
1"0FF "Ott " NO" "LO4190' "STSE"4TH PT FH HTR 24B L 71BDGilAX"71-BOGilAX
""tiORll "HIGH
~
OllE" la 1"0FF "Ott a
flo" "LO5000 "STSE"RCPA DRG LUDE OIL L 71-RCAAX"71-RCSAAX
""Il0Ril "LOH OtlE" la 1"OFF "Ott tO*
"L0501D "STSE=RCPB DRG LUCE OIL L 71-RCBAX"71-RCSBAX
""tORil "LCH Ot:E" 1"
1"0FF "CH HO"
=
"LO502D "STSE"RCPC ERG LUDE OIL L 71-RCCAX"71-RCSCAX
""HORH "LOH Ot;E" 3"
1"OFF "Ott tiO" "L29000 "STSE"llAIN TFIR OIL L 71QX "71QX
""fl0RH "LOH I "L280511 "STSE"SSS TFIR 2A OIL L 71X/1 "71X/1
""fl0RH "LOH OllE" 3"
1"0FF "0H "
10*
STONE & HEBSTE] EtlGINEEIING CORPORJ.TIO!I PAGE 151
.CotPUTEJ IIPUT/0UTPUT LIST' DIIITAL CEPORT PAGE 10F 2 CEPORTIliG DATE 03/12/64
'JO 1224100' DUQUESilE LIGHT CO.
BEAVER VALLEY UllIT2 REVISI0tl tiUI'CER 07 SORTED BY POINT TYPE HUBEER 1
ee 2
mm T (P01 tit mPT mDESCRIPTION mIllSTRLEtENT emDEV mDEV mALRil acRT mALRil mALRitaCHG mINVSmRLY
/ trio..
.eTYPEm mTAG I40.
maSTAT mSTAT aCH mHO. mCUT mCUT mSTATmSPECaCORR Co e
e a
emCollT aCONT mC0H m aCONT aC0tlTa a
eTitlE o
a e
a mm0 PEN aCLSD eSTAT
- mPT.fl0.
mSTATm a
m 0 to al at m5 mal m2 m3 m3 e4 e5 m6 e6 m7 1 e4 e7 m2 e5 mm7 e4 al m8 m3 e6 al a6 al mIDEtt mP eDESC mSIT mmZSDS
=0 SOS mALDD mALPRmACID mACSDmRPTDeINV0mRLTH a CCCCCCCCCCCCaCCCC mCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC m CCCCCCCCCCCCCCCCCa CCCCCCacCCCCC a ta s a t t let s R 28 mtces ca t a c a n tim CCCC m CCCC m CCC C a t t es ett
____ =.
._==.___ __
.....==
=
OllE" 3"
1"0FF "0H NO" "L28060 "STSE"SSS TFIR 25 OIL L
'11X/1 "71X/1
""fl0RH "LOH "L28070 "STSE"USS TFIR 2C OIL L 71X/1 "71X/1
""tM H "LOH ONE" 3"
1"0FF "0H
" FIO" OtlE" 3"
1"0FF "OH HO" "L28080 "STSE"USS TFIR 20 OIL L 71X/1 "71X/1
""It0PH ~"LON "Y30720 "STSE" BAT 2-1 BHR OC 72-2 1 "72-2 1
""NORH " TRIP "
OrlE" 3"
1"0FF "0H It0" "Y3073D "STSE" BAT 2-2 Bidt OC 72-2-2 "72-2-2
""NORH " TRIP "
OllE" 3"
1"0FF "0H
" HO" ONE" 3"
1"0FF "0H " tica "Y3074D "STSE" BAT 2-5 Blat OC 72-5-6 "72-2-5
""HORH " TRIP ONE" 3"
1"0FF "0H NO" "Y3G750 "STSE" BAT 2-6 BHR OC 72 2-6 "72 2-6
""fl0RH " TRIP OtIE" -
3" 1"0FF "Ota "
HO" "Y6U40 "STSE"EllER BUS 2AE DIFF PROT 74.Et4SAE"74-EllSAE
""NORH "ALRil OllE" 3"
1"0FF "Ott a t10" "Y6415D "STSE"EllER BUS 2BF DIFF PROT 74-EllSDE"74-EtiSBE
""fl0RH "ALRH OtlE" la 1"0FF "Ott (10" "P0312D "STSE" GAS CIFR C21A SUCT P 74-Ct:SAA"74-GitS AA
""t40Rif " Loll OllE" 1"
1"0FF "Ota " #80" "P03130
""t 0Rll "LOH OllE" 2"
1"0FF "0!I
" 11 0 "
"Y31000 "STSE"CC!lT Ril A/C CllPR 24A 74-llVCA!I"74-HVCAll
""NORtl " TRIP Ot1E" 2"
1"0FF "Ott
" #10" "YJ1090 "STSE"C0tlT Rtt A/C Ct!PR 24B 74-ilVCDil"74-ilVCBil
""IIORtl " TRIP "Y3114D "STSE"SFCDS AREA A/C 207A O/L 74-HVRt1"74-HVRAL
""il0Ril' " TRIP O!!E" 2"
1"0FF "O:4 "
10" O!!E" 2"
1"0FF "0:8
" 10" "Y31150 "STSE"SFCDS t.REA A/C 207D 0/L 74-HVPDL"74-HVRDL
""l0RH " TRIP
~
Ot 4E" 2"
1"0FF "OH " t:0" "V01330 "STSE"flIS I SR HIGH VOLT 74-tic 31H"74-HC31HX
""t!ORil " FAIL OrlC" 2"
1"0FF "Ott
" fl0" C1"V0134D "STSE"NIS II SR HIOli VOLT 74-itC30ll"74-t:C328tX
""t0RH " FAIL O!1E" 2"
1"0FF "0H 110 "
"V01310 "STSE"ilIS I IR HICH VOLT 74-t:C35H"74-itC35HX
""ll0RH " FAIL OllE" 2"
1"0FF "Ott 110 "
"V01300 "STSE"flIS I IR C0!!PEtt VOLT 74-flC35:l"14-ilC3SIlX "atstl " FAIL I "V0132D "STSEatIIS II IR HICil VOLT 74-itC36H"74-HC36HX "atlORil " FAIL OllE" 2"
1"0FF "Ott t10" P
ST0tlE & IIEBSTED EllCIttEC3It!G 'CC'PC*tATIOf 4 PASE 152 1 C0tTUTE2 ItPUT/0UTPUT LIST.
DIGITAL REPORT PAGE.1 0F 2 REroRTItt",DATE 03/12/84 JO 1224100 DUQUES!:E LIGilT Co.
BEAVER VALLEY Uti1T2 REVISI0tt ItL"tCER 07
!ORTED BY POINT TYPE tlUttBER f
1 ma 2
T <POIIIT mPT mDESCRIPTICil mIt4STRUtlEt4T a DEV mDEV mALRif mCRT mALRil mALRitacilG mINVS*RLY.
/ tro.
mTYPEm
- TAG 140.
mmSTAT _mSTAT mott at40. mCUT aCUT *STATmSPECaCCPR Ce
.e a
a meC0 tit aCONT mCON
-e aCCitT aC0!4To e
- TIllE j.
e.
,a
.e a
un0 PEN aCLSD mSTAT
- mPT.HO.
mSTATm a
e 0 50 m1 a2
- S nel
- 2 m3 m3 e4 e5 m4-ad m7 1 e4
- 7 at mS em7 e4
. *1 m8 m3 e6 al a6 al' eIDEN
- P eDESC-mSIT mmZSOS mOSDS mALOD mALPRmACID
'mACSD RPTDmINVD4RLTil.
1
. (CCCCCCCCCCCCaCCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCCmCCCCCCmCCCCCCatREBatist33tietttttttCBtttinCCCCacCCCoCCCCattet234 "V01390 "STSE"NIS II IR C0tlPEN VOLT 74-flC36tt"74-itC348tX
""NORit~" FAIL "
OllE" 2*
1"0FF "Ott 80*
a 4
"Y2912D "STSE" BUS 2A SUP ACS 42A TC1 74ttlSAAl"74-It!SAAX1
""NORH " TRIP O!IE" 3"
1"0FF "Ott tO" "Y29130 "STSE" BUS 2A SUP ACS 42A TC2 74tRlSAA2"74-tCISAAX2
""Il0RH " TRIP "
Ol4E" 3"
1"0FF "Ott HO" "Y2910D "STSE" BUS 2A SUP ACB 42C TC1 74t2tSAB1"74-telSt.BX1
""HORH " TRIP OrlE" 3"
1"0FF "Oti to" "Y2906D "STSE"4HV CUS 2A A TFR TO SSS 74t3tSAB1"74-tBISABX1/2 "atIORH "TFR
" ZER0" 3"
1*0FF "0H
" tO" 5
"Y291ID "STSE"BU3 2A SUP ACB 42C TC2 74t2tSAB2"74-itlSABX2 "at10RH " TRIP "
' OtlE" 3*
1"OFF "Ctl a to" "Y2914D "STSE" BUS 20 SUP ACB 142A TC1 74ttlSSAl"74-talSBAX1.
""HORH " TRIP "
Ot4E" 3"
1"0FF "Ott to"
]
"Y2917D "STSE" BUS 28 SUP ACS 142A TC2 74ttt3BA2"74-tetSDAX2
""NORH " TRIP OttE" 3"
1"0FF "0H " 10" "Y2914D "STSE" BUS 28 SUP ACS 142C TC1 74tttSCB1"74-tt4SBBX1
""t10RH " TRIP "
OttE" 3"
1"OFF "CN " HO" i
"Y2907D "STSE"4HV BUS 28 A TFR TO 555 74tRISDB1"74-tttSBOX1/2
""tORit "TFR ZER0" 3"
1"0FF "Ott to" "Y291SD "STSE" BUS 28 StP ACB 192C TC2 74tGISBB2*74-tttSBBX2
""Il0RH " TRIP OtiE" 3"
1"0FF "Ott to" "Y29200 "STSE" BUS 2C StP ACB 2128 TC1 74t2! SCAL"74-ftlSCAX1
""NORH "TR7P a OttE" 3"
1"OFF "Ott to" a
"Y2921D "STEE"DUS 2C SUP ACB 2428 TC2 74t2?SCAZ"74-tttSCAX2 "att0RH " TRIP OttE" 3"
1"0FF "Otl " FC*
"Y29160 "STSE" BUS 2C SUP ACS 242D TC1 74ttiSCB1"74-itlSCCX1 '
""llORif " TRIP "
O!!E" 3"
1"0FF "Ott " it0" "Y29000 "STSE"4KV CUS 2C A TFR TO SSS 74tetSC81"74-ItiSCBX1/2
""fl0RH "TFR ZER0" 3"
1"0FF "Ott to" a
~
"Y2919D "STSE" BUS 2C SUP AC8 242D TC2 74titSCB2"74-itiSCBX2
"*NORif " TRIP "
Ot;E" 3"
1"0FF "0N IO" "Y29240 "STSE" BUS 2D SUP ACS 3428 TC1 74ttlSDAl"74-ittSDAX1
""t10RH " TRIP OIIE" 3"
1"0FF "Ott " HO" i
"Y2925D "STSE" BUS 20 SUP ACB 3428 TC2 74tetSOA2"74-ittSDAX2
""NORH " TRIP OrlE" 3"
1"0FF "Ott a
tO*
"Y2922D "STSE" BUS 2D StP ACS 3420 TC174tetSDB1"74-itlSDBX1
- ""NORH " TRIP "
ONE" 3"
1"0FF "Ott to" a
~ I "Y29090 "STSE"4HV BUS 2D A TFR TO SSS 74ttiSD81"74-itiSD8X1/2
""NORil "TFR a
ZER0" 3"
1"OFF "CH NO"
.r l
i I
STUIE 8 HEBSTE't Ef4GINEE%Its CORPORATIGli PAGE 153 ColPUTED IIPUT/0UTPUT LIST DIGITAL KEPORT PAGE 1 0F 2 REPORTItt3 DATE 03/12/84 JO 1224108
.OUQUESilE LIGHT CO.
BEAVER VALLEY UttIT2 REVISI0tt HUltCER 07 SORTED BY POINT TYPE NUllBER I
am 2
me T EP3 INT mPT eDESCRIPTION mIttSTRLAIENT '
anDEV 'mDEV mALRH aCRT mALRH mALRll.CilG mIllVSmRLY
/ tts.
- m. TYPE m mTAG NO.
m* STAT mSTAT mort -
mHO. aCUT aCUT *STATmSPECaCORR Ce m
a a
umCot4T *CollT mC0H a
aCollT aCONTm a
- TIllE e-
- e e
a um0 PEN mCLSO mSTAT
- mPT.140.
eSTATm a
m 0 to el m2 e5 mal m2 m3 m3 m4 e5 e6 a6 a7 1 e4 m1 m2 m5 mm7 me el m8 m3 se mi me al mIDEN mP mDESC mSIT emZSDS m0$0S *ALOD mALPRmACID MACS 0mRPTDmIllV0mRLTH ECCCCCCCCCCCCmCCCCmCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCCaCCCCCCaCCCCCCattt R8 Blattit# tat 2tR B 23 RB 2881mCCCCmCCCCaCCCCar# N 381H 1<
"Y29230 "STSE" BUS 20 SUP ACB 3420 TC214tetSDB2"74-ittSDBX2
""NORH
" TRIP OtlE" 3"
1"0FF "0H NO" j
"Y35030 "STSE"480V ElfER BUS 2H 74-RH200"74-Rt4200
""NORH "Gim CHE" 3"
1"0FF "0H NO" OHE" 3"
1"0FF "0N N0" "Y30530 "STSE"480V E!!ER BUS 2P Gild 74-RP200"74-RP200
""NORH "ALRH Of E" 3"
1"0FF "0H NO" "P28020 "STSE"138HV OCB 83P GAS PRESS74-83X "74-83X
""NORH "LOH ONE" 3"
1"0FF "0N
" tiO" "P28000 "STSE"138HV OCB 92P GAS PRESS74-92X "74-92X
""NORH "LOH "Y29500 "STSE"OG 2-1 EXCITER OC 14-VE210"76-VE219
""NORH "ALRH "- ONE" 3"
1"0FF "0H it0" OtlE" 3"
1"0FF "0H "Y29830
"$TSE"DG 2-2 EXCITER OC 74VF210 "76-VF210
""It0RH "ALRH I40 "
ONE" 3"
1"0FF "0H N0*
"Y30820 "STSE"$YS TFIR SEP PAIR 829 77-Z211 "77-Z211
""NORN "TRBL OllE" 3"
1"0FF "Ott "
NO" "Y30810 "STSE"SYS TFIR SEP PAIR #28 17-Z212 "77-Z212
""NORH "TRBL i
j "Y30790 "STSE"SYS TFHR SEP PAIR 827 77-Z221 "77-Z221
""NORH "TRBL ONE" 3"
1"0FF "0H NO" I
"Y3078D' "STSE"$YS TFIR SEP PAIR 526 77-2222 "77-Z222
""NORH "TRBL ONE" 3"
1"0FF "0H NO" OtlE" 3"
1"0FF "0H
" Ho" "Y6606D "STSE"SYS TFIR SEP PAIR 324 77-1204 "17-1204
""NORH " TROL OtlE" 3"
1"0FF "0N NO"
[
"Y3077D
'"STSE" UNIT TFtm SEP PAIR 821 77-201 "77-201
"" NORM " TROL
}
OllE" 3"
1"0FF "0H "Y30800 "STSE" UNIT TFIR SEP PAIR #22 77-202 "77-202
""NORH "TRBL NO" Ot1E" 3"
1"0FF "0H NO" i.
"Y66050 "STSE"L241T TFIR SEP PAIR 823 77-204 "77-204
""t40RH " TROL "
~
}
"Y44500 "STSE"345HV BUS BHR FAILURE 77/1204X"77/1204X
""NORH "ALRH "
CtlE" 2"
1"0FF "0H "
NO" "Y64490 "STSE"345HV BUS BHR FAILURE 77/20tiX "77/204X
"*NORH "ALRH "
OHE" 2"
1"0FF "0N No" Ot4E" 2"
1"0FF "0N NO" "F04800
- "STSE" LOOP 21 BYPASS FLOH 80CESilCX"80-CESNCX
""NORH "LOH 4
"F04810 "STSE" LOOP 22 BYPASS FLOH 80CElEX1"80-CEStCX1
""NORH "LOH OtlE" 2"
1"0FF "0H NO" I "F04820 "STSE" LOOP 23 BYPASS FLOH 80CENCX2"80-CESilCX2
""NORH "LOH OllE" 2"
1"0FF "ON
" NO" e
PAGE 15)
STONE & l'EBSTE] EtGIllEERIll3 C0"PCitATIott CotruTE] ItPUT/0UTruT LIST DICITAL ZEPCRT PAGE 1 0F 2 REPORTItt3 OATE 03/12/84 JO 12:4100 DU7JESiiE LIGili CO.
BEAVER VALLEY U:4IT2 REVISIO!! IU:CER 07 SORTED BY POIllT TYPE IfUllCER
=-
=__
2 1
mm mm T (POItiT mPT mDESCRIPTICtl millSTRUllENT mmDEV mDEV mALRil' aCRT mALRil mALR!f CilG mIINSmRLY -
- / ato.
. eTYPEm mTAG 80.
mmSTAT mSTAT =0tl
.'etc. mCUT mCUT mSTATmSPECmC0t'R Ce a
.m a
umCollT mCrili mC0ft u
acotti aCCflTu a
eTillE e
a a
e m >CPEli aCLSD mSTAT a mPT.im.
uSTATm
.m u
0 c0 m1 m2 e5 mal m2 m3 m3 og as a6 a6 m7 1 e4 m7 m2 e5 mm7 m4 al m8 m3 e6 al' e6 al cIDEtt mP eDESC mSIT mmZSDS =050S mALDD mALPR* ACID m ACSD *RPTD mIflVDmRLTil a CCCCCCCCCCCC a CCCC u CC CCCCCCCCCCCCCCCCCCCCCCCCCCCCCC aCCCCCCCCCCCCCCCCC mCCCCCCmCCCCCC at 233: 315.t 322 int 32 u :lt 333222 t xCCCCa CCCCaCCCCa
_......=_
_=-..____
__=....... _ -
=
" if0" C:iE" 3"
1"0FF "Ott "V28300 "STSE"USS TritR 2C VOLTAGE 83V206X2"63-V206X2
""fl0Ril "Loli
=
Ct:E" 3"
1"0FF "0N
- tO*
"V29000 "STSE"USS XFl:R 2D VOLTASE 83V207."2"83-V207"2
""tiORil "LOH O!!E" 3"
1"0FF "Ott " Il0*
"V281ED "STSE"SSS TFl!R 2A VOLTAGE 83V200X2"83-V208X2
""tORil "LCit.
110 "
"V2816D "STSE"SSS TFitR 2B VOLTAGE 83V209X2"83-V209X2
""flORH "LOH Ot:E" 3"
1"0FF =0!I Ho" OllE" 3"
1"0FF "Ott "Y28'400 "STSE"ItAIH GEtt VOLTAGE REGULAT94/RB~ "94/RB
""NORil " TRIP OriE" 1"
1"OFF "0H
" to" "V01010 "STSE" VITAL EUS 2-1 ItNERTER 990S33EA"99-OSD3BA
""NORil "0PER N0*
OtlE" 1"
1"OFF "Ott "V0102D.
"STSE" VITAL BUS 2-1 ItiVERTER 9905B30S"99-0583BD
""NORil "TRBL a t:0" OllE" la 1"0FF "Ott "V010ED "STSE" VITAL BUS 2-3 INVERTER 990SB3DE"99-OSD3DE "all0Ril "0PER "
NO" O!!E" 1"
1"0FF "Ott "V010(D "STSE" VITAL DUS 2-3 ITNERTER - 990SD30F"99-OSD3DF
""l40Ril " TROL HO" Ot tE" 3"
1"0FF "C!l "V28750 "STSE" BAT 2-1 CllARGER 99-533BJ"99-OSB3BJ
""fl0Ril "TRDL N0*
OtiE" 3"
1"0FF "Otl "V28770 "STSE" BAT Z-2 CalARGER 99PS03BE"99-PSB3BE
""NORH "TRBL HO" OttE" 1"
1"0FF "0H "V01030 "STSE" VITAL BUS 2-2 ItNERTER 99PSB3C *99-PSB3C
""t:0RH "CPER OtlE" 1"
1"0FF "Ott
" t10*
"V0104D "STSE" VITAL CUS 2-2 ItWERTER 99PSB3D "99-PSB3D
""NORil "TRDL tO" "V01070 "STSE" VITAL BUS 2-4 ItNERTER 99PSD3G "99-PSS3G
""HORll "0PER "
OrlE" la 1"0FF "Ott "V010tD "STSE" VITAL CUS 2-4 IINERTER 99PSB3H "99-PSB3H
""HO:ltl " TROL "
OIIE" la 1"0FF "0!I a il0" to"
" ZER0" la 1"0FF "Ott "V29010 "STSE"DC PFL OC2-02 CCr4T PHR 99PCB1Y "99PCD1Y
"" LOSS "t10Ril
~
I I
PAGE 355 510rl & HE15fE2 Et4G!teEEClitG CORPOR2.TJON
, CCtPuita 'ItJUT/0UTPUT LIST SIIITAL EEPORT PAGE 10F 2 NEPOI4TittG CAIE C1/1?/fA '
JO 1224100 OUQUE544E LIGHT CO.
DE AVER VALLEY UNIT 2 NEVISIOli tanitste 84
' SORTED BY INST. TAG HuttBER 4
/
2 1
em es i aPCINT ePT.0ESCRIPTION MIN 5ipullENT e 0EV a0EV
. AL RH eCRT mALRit mAtRHmCleG elt4V5.RLY
' / at40.
eiYPfe eiAG HO.
se5 TAT e5 TAT eOH ett0. eCUT eCUT eSIAlm5PEC CONR enCONT a C0tti ECON e
eC0lli
. eCOClie e
milHE f
~Ce e
a e
ee0 PEN eCL50 eSTAT e eP T.840.
e51Als e
a a
e a
e O so el
-e2 e5 mal m2 m3
'el e4 e5 se se e7 1 e4 e7 m2 e5
.me7 et, el e8 m3
.4 el e4 a1 e IDE tt eP
.0 ESC eSIT se2505 e0505 mALDO.ALPR AC10 e AC50eRP!OeINVD RLIll 4
aCCCCCCCCCCCC CCCCaCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCaCCCCCCCCCCCCCCCCCeCCCCCCaCCCCCCat#####4 tesetelha####eee##4eCCCCeCCCCaCCCCeteesset Hu" t
ONE" 3"
1"0FF "0H C2"Y29170 "STSE" BUS 28 $UP ACS 142A TC2 740stS8A2"74-HH58AX2
""HORH " TRIP
, e HO" C2"Y29140 "STSE* BUS 28 SUP ACB 142C TC1 14tetS881=74-HH588X1 "att0RH " TRIP "
OttE" 3"
1"0FF "0H - "
HO" ZER0" 3"
1*0FF "0H C2"Y29070 "STSE"86HV ' BUS 28 A TFR 'TO 555 74tetS881"74-t#tS88X1/2
""NORH "iFR a
C2"Y29150 "STSE" BUS 28 SUP ACS 142C TC2 14te45882"74-te4588X2'
""tt0Rtt "TRI'P HO*
OttE" 3"
!"0FF "0H HO" OHE" 3"
1"0FF "0N
-C2"Y29200 "STSE" BUS 2C SUP ACS 2428 TCl 74te45 cal *74.IttSCAX1
""NORH " TRIP NO" 086E" 3"
1"0FF "0N C2"Y29210 "STSE" BUS 2C SUP ACS 2428 TC2 74t#45CA2"786.tetSCAX2
""HORH
" TRIP HO" Ot4E" 3"
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1"0FF "0H C2"Y29080 "STSE"4HV BUS 2C A TFR TO SSS 748#85C81"784-ittSC8X1/2
""NORH "TFR HO" 1"OFF "0H 1
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C2"Y29190 "STSE* SUS 2C SUP ACS 2420 TCt 1868#tSC82"14-tetSCBX2
""t40RH " TRIP
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_1"0FF "0H
'5C2"Y29560 "SiSE"OG 2 1. EXCITER OC 74-VE210"74-VE210
""NORH "ALRH
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==
um i aPOItti ePT eDESCRIPTION m!NSTRUHEt4T em0EV
=0EV m AL RH aCRT mAtRH mALRItaCHG alHVSmRLY
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.meSTAT eSTAT more atto, aCUT aCUT eSTATmSPECaCOs#R meCONT scotti ACON e
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=
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""NORH "TRSL ONE" 3"
1"OFF "0H
- 40" C2"Y30810 "STSE"SYS TFtm SEP PAIR 528 11.Z212 *11.Z212
"*HORH "TR8L HO" C2"Y30790 "STSE"SYS TFIR SEP PAIR 821 17 2221 "17 2221
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ONE" 3"
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=
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"$TSE" UNIT TFIR SEP PAIR 821 17 201 "77 201
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1"0FF "0H C2"Y30800 "STSE" UNIT TFim SEP' PAIR 822 17 202 "11 282
""HORH " TROL ONE" 3"
1"OFF "Oli HO" g
A9"Ydd050 "STSE" UNIT TFHR SEP PAIRB23 71 204 "77 204
""NORH "TR8L J
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C2"Y64500 "STSE"345HV BUS SHR FAILURE 17/1204X"71/1204X
""NORH "ALRH "
ONE" 3"
1"0FF "0H e
i Ho*
2 1"0FF "0H ONE" j.
C2"Y684490 "STSE"345MV BUS SHR FAILURE 17/204X "17/204X
""NORH "ALRH HO" ONE" 2"
1"0FF "0H "F04800 "STSE" LOOP 21 BYPASS F10H -
80CESNCX"80.CESNCX
""NORH "LOH Ho" Ot4E" 2"
1"0FF "Ott i _
"F04810 "STSE" LOOP 22 SVPASS FLOH 80CEliCX1"80.CESt4CX1
""NORH "LOH 040" ONE" 2"
1"0FF "0H "F04820 "SISE" LOOP 23 BYPASS FLOH 80CEt4CX2"80.CESl4CX2
""NORH "LOH HO*
ONE" 3"
1"0FF "0H "v28300 "STSE"USS TritR 2C VOLTAGE 83V20dM2"43.V204X2
""NORH "LOH a
~
~ 83V207X2"43.V207X2
""NORH "LOH HO" Of4E" 3"
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""t40Ril "LOH Ot4E" 3"
1"0FF "0H t00" i
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" f40" d
ONE" 3"
1"0FF *0H C2"Y28400.
"STSE"IIAIN GEN VOLTAGE REGULAT94/R8 "94/R8
""NORH " TRIP HO" ONE" 1"
1*0FF "0H Sct"V01010
"$TSE" VITAL SUS 2 1 INVERTER 9905838A"99 058384
""NORH "OPER i,
t
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PAGE 157 ST0t:1 & HEISTE2 ENGif2EOING CORPORATI0tt.
CC:sPUTED lHPUT/0U1PUT LIST SIGITAL CEPORT PAGE 10F 2 EEPORIIItG DAlf 01/14/04 '
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SORTED SY INST TAG taUleER a
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==
T sP3 INT ePT eOESCRIPTION mINSTRutlENT
'e DEV
=0EV
.ALRH eCRT eAlptt ef 4 NileCHG INVSeRLY
./ sHO.
.TYPEm eTAG H0.
anSTAT eSTAT
=0H mito. aCUT eCUT eSTAToSPECaCORR I
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a e
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a 0 e0 al at e5 net at e3 m3 og e5 ed'. ed e7' 1 e4 e7 et e5 mm) og al e8 e3
.4 al e4 al eIDEH
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.0 ESC eSIT em2505 eOSDS mALDO mALPReACID e ACSo eRP T0mitW0eRL TH eCCCCCCCCCCCC CCCCeCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCeCCCCCCCCCCCCCCCCCaCCCCCCaCCCCCCar####20stematale### pes ###steCCCCaCCCC CCCCattes##t ONE" la 1"Off "0H HO" 8
C1-V01020 "STSE" VITAL SUS 2 1 INVERTER 990S8388"99-058308
. ""NORH "TR8L CHE" la 1"0FF "0H HO*
1 "V01050
."STSE" VITAL BUS 2 3 INVERTER - 9905838E"99-05838E
""HORH "0PER HO" ONE" 1" '
1"Off "0N
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1"Off "0H
" #00" "V2675D "STSE" BAT 2 1 CHARGER 99-5838J"99-05838J
""HORit " TROL HO" ONE" 3"
1"Off *0H "V28790 "STSE" SAT 2 3 CHARGER 990S83BH"99aOS838H
""It0RH "TRSL HO" ONE" 3"
1"OFF "0H "V28780 "STSE= BAT 2 3 VOLTAGE 9905838H"99-05838H
""It0RH "LON HO" L
ONE" 3"
1"0FF "0H "V28740 "STSE"84T 2-2 VOLTAGE 99PS8388"99-PSS388
""NORH "LOHL 3
HO" "V2S770 "STSE* BAT 2 2 CHARGER 99PS838E=99-PS83BE
""NORit " TROL "
ONE" 3"
1"Off "Off HO" OttE" 3"
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""tt0 Ret "LOH 3
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""HORH " TROL ONE" 3"
l'0FF "0H NO" "V28480 "STSE"4HV E BUS 20F VOLTAGE 99PS8384P 99.PS838H
-""NORH "LOH OHE" 3"
1"0FF "0H Ho"
=
"V28490 "STSE"4HV E BUS 2DF VOLTAGE' 99PS8384"99-PS8384
""HORil "LON ONE" 1"
1"Off "Ott a
HO" p
C1"V01030 "STSE" VITAL SUS 2-2 INVERTER 99PS83C "99-PS83C
""NORH "0PER ONE" 1"
1"Off "Ott HO" C1"Vol040-
"STSE" VITAL SUS 2-2 INVERIER 99PSB30 "99-PS830
""NORH " TROL HO" ONE" 1"
1"OfF "0H
=
C1"WO1070 "STSE" VITAL SUS 2-4 INVERTER 99PS83G "99-PS83G
""HORH "0PER
=
HO" ONE" 1"
1"0F F "Ott C1"V010$0 "STSE" VITAL SUS 2-4 ItWERTER 99PS83H "99-PS83H
""HORH "TRSL
~
OttE" 3*
1"Off "0H NO" "V28740 "STSE" BAT 2-1 VOLTAGE 99-A8385-99-583BS
""NORH "LOH
- 40" "V29010 "SISE"DC Pte. DC2-02 Cotti PHR 99PC81Y "99PS81Y
"" LOSS "HORH " ZER0" 1"
1"Off "0H M
O 94
f R G~l[' 0$ 7
'i"R 1P L. 0 &
NO.
POINT ID POINT DESCRIPTION
~
1 F0403A STM GEN A W IN 1 FLOW F0404A STM GEN A FW IN 2 FLOW 2
3 F0405A STM GEN A STM OUT 1 FLOW 4
F0406A STM GEN A STM OUT 2 FLOW 5
F0423A STM GEN B W IN 1 FLOW 6
F0424A SIM GEN B W IN 2 FLOW 7
F0425A STM' GEN B STM OUT 1 FLOW 8
F0426A STM GEN B STM OUT 2 ILOW 9
F0443A SIM GEN C W IN 1 FLOW 10 F0444A S M GEN C W IN 2 FLOW 11 F0445A STM GEN C STM OUT 1 FLOW I
12 F0446A STM GEN C STM OUT 2 FLOW PC */RGW 13 F44t!$A PRZR SPRAY CONT A SETPT Povl7+
14 M484A PRZR SPRAY CONT B SETPT IS LO400A STM GEN A NR 1 LEVEL 16 LO401A STM GEN A NR 2 LEVEL i
17 LO402A STM GEN A NR 3 LEVEL 18 LO403A STM GEN A WR LEVEL 19 LO420A STM GEN B NR 1 LEVEL l
20 LO421A SIM GEN B NR 2 LEVEL 21 LO422A STM GEN B NR 3 LEVEL, 1
'23 LO440A STM GEN C NR 1 LEVEL 24 10441A STM GEN C NR 2 LEVEL l
4-12241-864 2
l ATTACHMENT III
No.
POINT ID POINT DESCRIPTION
[
25 10442A STM GEN C NR 3 LEVEL 26 LO443A STM GEN C WR LEVEL 27 LO480A PRESSURIZER l' LEVEL 28 LO481A
. PRESSURIZER 2 LEVEL 29 LO482A PRESSURI::ER 3 LEVEL 30 LO483A PRESSURIZER LEVEL CONTROL SP 31 N0031A SOURCE RNG DET 1 LOG Q 32 N0032A SOURCE RNG DET 2 LOG Q 33 N0035A INTERM RNG DET 1 LOG Q 34 N0036A INTERN RNG DET 2 LOG Q 35 NOC41A PWR RNG 1 TOP DET Q 36 N0042A PWR RNG 1 BOT DET Q 37 N0043A PWR RNG 2 TOP DET Q 38 N0044A PWR RNG 2 BOT DET Q 39 N0045A PWR RNG 3 TOP DET Q 40 N0046A PWR RNG 3 BOT DET Q 41 N0047A PER RNG 4 TOP DET Q 42 N0048A PER RNG 4 BOT DET Q 43 N0049A PWR RNG CHANNEL 1 Q 44 N0050A PWR RNG CNANNEL 2 Q 45 N0051A PWR RNG CHANNEL 3 Q' 46 N0052A PWR RNG CHANNEL 4 Q 47 P0398A TURB FIRST STAGE 1 PRESS 48 P0399A TURB FIRST STAGE 2 PRESS
)
w <.
4-1224I-86'.
3
NO.
POINT ID ' POINT DESCRIPTION 49 PO400A STM GEN A STM OUT 1 PRESS 50 PO401A STM. GEN A STM OUT ' PRESS 2
51 PO402A STM GEN A STM OUT 3 PRESS 52 PO420A STM GEN B STM OUT 1 PRESS 53 PO421A STM GEN B STM OUT 2 PRESS 54 PO422A STM GEN B STM OUT 3 PRESS 55 P0440A STM GEN C STM OUT 1 PRESS 56 PO441A STM GEN C STM OUT 2 PRESS 57 PO442A STM GEN C STM OUT 3 PRESS 58 P0480A PRESSURIZER 1 PRESSURE l
59 PO481A PRESSURIZER 2 PRESSURE 1'
60 PO482A PRESSURIZER 3 PRESSURE 61.
PO483A PRESSURIZER 4 PRESSURE l
62 P0484A PRESSURIZER 5 PRESSURE 63 PO496A STM LINE EDR 1 PRESS 64 PO498A RCS LOOP 21 PRESS 65 P0499A RCS LOOP 23 PRESS 66 QO340A UNIT GENERATION GROSS MW 67 70400A RCLA PROTECTION TAVG 68 T0401A RCLA CONTROL TAVG 69 70402A RCLA COLD TEMP l
l 70 T0403A RCLA PROTECTION DT 71 T0404A RCLA CONTROL DT l
l 72 70406A RCLA COLD TEMP (O
%)
i
~
4-12241-864 4
l
~
./
POINT ID POINT DESCRIPTION 1
~
73 T0407A RCLA OVER PWR DT 1 SP
~
74 T0410A RCLA OVER TEMP DT 1 SP 75 70418A STM GEN A TD WIR IN TEMP 76 70419A RCLA HOT TEMP 77 T0420A RCLB PROTECTION TAVG 78 T0421A RCLB CONTROL TAVG 79 T0422A RCLB COLD TEMP 80 T0423A RCLB PROTECTION DT 81 T0424A RCLB CONTROL DT 82 T0426A RCLB COLD TEMP g
83 T0427A RCLB OVER PWR DT 1 SP 84 T0430A RCLB OVER TEMP DT 1 SP 85 T0438A STM GEN B FD WIR IN TEMP 86 T0439A RCLB HOT TEMP 87 T0440A RCLC PROTECTION TAVG 88 T0441A RCLC CONTROL TAVG 89 T0442A RCLC COLD TEMP l
90 T0443A RCLC PROTECTION DT 91 T04MA RCLC CONTROL DT 92 T04AiA RCIC COLD TEMP 93 T0447.4 RCLC OVER PWR DT 1 SP l
94 T0450A RCIC OVER TEMP DT 1 SP 1
Q i
4-12241-864-5
~
y
l s
No.
POINT ID POINT DESCRIPTION 95 T0458A STM GEN C FD WIR IN TDfP 96 70480A PRESSURIZER VIR TDiP 97 70481A PRESSURIZER STM TEMP 98 T0496A RX CLG TEMP REFERENCE 99 T0497A ' RCL AUCT DT 100 T0499A RCL AUCT TAVG f) l l
t 1
l l
4-12241-864 6
i I
.