· Public ServicE! ,:_:: -- Electric; and Gi$1 Comp"!:l).y·: ':: ~- · . . . Steven E~...

Public ServicE! ,:_:: Electric; and Gi$ 1 -- Comp"!:l).y·: ':: ~- · . . .

Steven E~ Miltenberger Vice President -Nuclear Operations

Public S.~.ryice,,Eteq!r!p.~519.~as Cornpa[)y P.9. Box 23.6, ~·~:QR~?h~~~rJ?£i,.:/'J~g.~g}~~.~?·~.;3~~~~'.~f,~,$~~:~ ...

-~--

.·-.

June.,~9., 1987'. ~'· c.

NLR~N~7. l f4' '. .>} ...

United states Nuclear ::,Regula;t-6iy\Commiss ion Document Control De~k·:;;; ·-· 7

.... ,,, ....... ·.·•L

Washingtoh•, ··RC . 205??·:i ·: ·

Gentlemen:

INSTALLATIQI.'l. ot TRIP-A-UNIT .PROTEC.TI.ON, ~CH~ME : .. , SUPPLEMEtiTM·. INFORMATION1 ,-.. :: . . ·- - . ·, , .. , ··' ...... . SALEM AND HOP.E:-·CREEK~ GEN~MT~.NG . STATIOtNS:~.l',·~·: DOCKET Nos. s a::.. 2.7.2 ~ ::·s·o~ 3 i'i A'N''D · so~,3:;5_4'; ~ · ,. ....

. • • •• ~ ~- •. • • !. •. ' .~ • : ··;

~~~1 !~t!~~=~cr n~~:~~t~n a~~~~,f y~~~~~~<#;~~~J~=i;i~\Etl&i',::; and Hope Creek G~n.erat1ng StatcJ.on~. Qµrl.ng'. .. ;tJ;1e .. (j!:~tf3.:n,d~Q .. ,.~9,1,J.~t.~ge: .. x.#!;t -the Hope Creek .~ . .:Keeney. 500 ¥-Y c.irc~}.!-;.; ... $(~b;~:~'.<;T~µ~.n.~··-;to·,:oU-t'~~~:,::·'.7·.':~~;;:;';~ -subrni ttal of l\pr.i;l· 3". 1987.,·:. aoditionp.l: .. anal'Y'$~~£4 .. ~w·~'t:E!,·'~;c.orri:pl~e;t;~,~ ;t_o

1~l!l!!iil:i;~~~~i!~~~!f ~~i~i!l1!f li1iii:--l) e - Also attached~.,are the revl.s.e:d.:. Operat.ing· :.OC:;hs~~\~t4:$.\~:hsif:;::·~:\T:;-::' ·.- ··.

~~= ~=~~:2~;·p;f~;~~·~~~r ~I a~~8.t~!~:·'.:~:~i'.f}~~t~g~t;,~~;Jr~~t~!~~~(f:~·:.·=··-( At tachm~n-t .. 4) to :be used by thE!:: ,$t~p1.0.n: .. ()J?er~-tp+;s. .. ~:, "·· l\".1~tfi.>~~f:';;" sum~ary qf ·"th.e . bene{;i, .. ~s d~r:;Lved/,fr:O;~~.·t,J;ie.~~\ R~atj{;T~~·,~;;f,,~:·:~~t~~~~~~:'~:¥;"~?:~.·, the'- f ollow;i:ng. ;paragraph:~:•:-..~. · · "'.·>' ·· · · ., ·'.· ·

Satem Unit No.~· :2 Trip-A~Unit·,-S.yi:teni:,·'·:n· . -·· ............... ~ ... - . -· ·'··· ...... ._., ..... , .. ,. ...... ,,~..,. .. _,.· ....... , --~ ., ... .

.. --_i.~~!;:~~~~~:~;~;r~~~ ·•·~~~?~~~~~~i~!~~1f,~~i~~~1~·-.. During 2 unit oper~'~.io~ · { ·;L. e·.·, .. ,Hop~. Op£.:ek .. ~n"~.J~~;:f,i~:'?.:;~·d~,t~m'. · .. either Salem uni.t); ~wJ th, :Tr i:p~iA\'.UJ1.it'.':iaC:£)hi:~~~a:~~':2~)f~\~;}{ >'.·· ·· . -· .... - . ... ~ .,,, ,. . ., ~.. \. -· ...•. , ... ·'· ~-~ .............. ···~ ... :...,..~·' ··"~·:~ •·. ·"'• .. '·

oper.ating Sal~,m .. :µft~_:tl'. .. full: ;el~_qt;:J:'.~.cal:'o:U:t..1?.i!,t/'.«~t/Ql.fJ.::~Li·P'J~'.. "'' . . · ach:ievable .·~f;rfom .faoif.l) .. ,.q~~it~.:: ... Ad'd'.*tdI~~~;t~r~i:tiAA~~~F·sa·i~~(~~H.ff~~~t;·'

~260647-870619

ADOCK 05000272 P PDR

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I<

•

Document Control· Desk .. 2 6/19/87

No. 2 'is selected .as· the Trip"".'A-UnJt.,. a mor.e .. favorable conf.iguration, in. the ,a.rrangement 6£ the. 6f:t;slte. power sources

. exists following· ·:the .. worse. case scenario for' a line fault . with delayed clearing. As a result;,: Sa1,e*1".U-nit;:. No. 2 will be

· designqted as ... th_e ·preferred Uni't .. for .Trip~l\~{.Jni t. ·protection. \. :~ . . . ,: ~. =~ !, . ·' •. -

. .

Power System Stabilizers_: .

. Power System Stabiltzers. are ge.rierally. utilized by generating stations which are ::remote.ly located. from j::hei.r major load centers. The purpose·of the Power.Syst.e~ Sta,l?ilizer is to enhance ··the damping of post-contingency·.· oscillations~ Because of the relat::,.ively direct conneCtlon provided by the Hope Creek ·""'. Keeney· 11ne, the. :stabilizers instplled on Salem .· Unit· No. 2 and Hope Creek ha~ not ~teviously·~~~ri activated~ With the extended outage ·of the Hope Creek.·:;;,,· ·I<eeney .line, the activation of the Stabilizers will provid~ •. ~ gre~ter margin of system stabiiity. Due to the incre:a:s_eq <;lamping available during· Stabl.lizer operation, an addi tiohal 10.0 Mw ( cqmbined Unit total) can be obtained d~ring 3 unit operation with Sale~ Unit No. 2 Trip~A-Unit syste~ operating or, if TriP-A~uni t is disabled~ ~n additional 150 ·Mw (combined· unit total)' can be achieved.. · · · · · · .· · ·

' : .·. . . . - ·.. ': . . : .

In. addition. to the. above; the ele'c:'.:trical output 1 imi ts applicable to all combinations of unit operation have been redefined to provide .additional operating f le:xit)il i ty. _· The new limits are expres_sed both as an individual unit limit and, a combined unit

·total. This allows the output of qne. unit.to :be increased to make up ~or a re~u6tion in output on another u~it. This .

·balancing of outputs would only be performed for Hope Creek Unit No. 1 and ·the Salem Unit not designated as the Trip-A-Unit •. The new limitations are given bel.ow. . A summary of· all operating limitations are given in Attachment 1. .

-~ ._Document Control Desk 3 6/19/87

e

TRIP. --A- UNIT

SALEM UNIT 1 ·sALEM UNIT 2 NONE

.s SALEM 1: 1162 MW SALEM 2: 1162 MW SALEM 1: 910 SALEM 2: - 910

T o, SALEM 2: VARIABLE SALEM 1: VARIABLE HOPE CREEK: 870 HC . VARIABLE HC : VARIABLE .

A p- COMBINED 2000 MW COMBINED 2000 MW

B F COMBINED 3 UNIT COMBINED 3 UNIT COMBINED 3 UNIT OUTPUT-NOT-TO OUTPUT.NOT TO OUTPUT NOT TO

I EXCEED 3162 MW EXCEED 3162 MW EXCEED 2330 MW

L -·.,- ---- .. ,,

SALEM- 1: fl62 -SALEM 2: 1162 - SALEM 1: 910 I SALEM 2: 910

- SALEM 2: VARIABLE SALEM 1: VARIABLE HOPE CREEK: 870 z 0 HC . VARIABLE HC = VARIABLE .

COMB_INED 2000 MW COMBINED 2100 MW E N

COMBINED 3 UNIT COMBINED 3 UNIT- - COMBINED 3 UNIT R OUTPUT NOT TO OUTPUT NOT TO TOTAL NOT TO

EXCEED 3162- MW EXCEED 3262 MW EXCEED 2480 MW _s

we trust.this information will be useful to your ongoing review of these matters~ Should there be any questions r~lative to any of this information, please feel free to contact us.

-·sincerely,

·.~·~·/fl

Attachment

... ~. "· - .:. .

Document Control Desk

C Mr. G. w. Rivenbark USNRC Licensing Project Manager - Hope Creek

Mr. R. w. Borchardt US~RC Senior Resident Inspector - Hope Creek

Mr. De C. Fischer· US~RC Licensin~ Project Manager - Salem

Mr. T. J. Kenny USNRC,Sehior Resident.Inspector - S~lem

·Mr. D. M. Scotti Chief Bureau of Nuciear Engineering Department of Environmental Protection· 380·Scotch Road. Tre_nton, NJ_ 086.28 ·

o. Chopra U •. So Nuclear ·Regul-atory Commission · Office of Nuclear ·Reactor Regul_ation Washin~toni DC 20555

L. Bettenhausen USNRC Region·I 63i Park Avenue King of Prussiai PA

6/19/87·

PSl~G - s-c:...E500-NsE.:.o675-R-2 :page 1 of 8. Date 6/15/87

Public Service Electric ai:d Gas Company P.O. Box 236 . Hancocks Br1dg9. l~ev\1 Jersey 08038

Nuclear Department

TITLE: .. JUST I FI CATION FOR OPERATION OF ALL THB.EE. UNITS AT ARTIFICIAL ISLAND At INCREASED POWER DURING .THE HOPE CREE~ - KEENEY LINE OUTAGE

1. 0 PURPOSE

This Safety.Evalu~tion ~s being wri·tten .to j8stify the operation of Salem Un_ it . No. 1 and 2, and 'Hope Creek Unit 1 at ~ .. generating level in excess of t~at:specified in the Hope ~reek Unit No. i Generator Operating Guide (Reference 3.2) for an butage of the Hope. Creek~Kee~ey 500KV trans~ mission iine. ·

2.0 SCOPE

This Safety Evaluation is ap~licable to the operation of Salem Unit No. l, Salem Unit No. 2 and Hope Creek Unit .No. 1.

3.0 REFERENCES

3 .1 . lOCpRSO Appendix A General ~es ign Criteria (GDC·) 17;

3.2

. 3.·. 3

3.4

3 .• 5

3.6

3.7

3.8

Hope Creek Unit No. 1 Generator Operating Guid.e~ (Report 36~86.2h .

Salem Nuclear Genetating Static~ UFSAR (Sec~ion 8.2); . - . .

Hope Creek Generating Station FSAR (Secti()n-8.2);

S~lem and Hope Creek GSn~ratirig Stations' Technical Specifications ·(Section 3/4.8);

Operating Ins~ructibns OI 7~B-04 and OI 7-B-05 dated 6/11/87;

PTI Report No. R7_-87 Salem Nuclear Plant Undervol tage Study;

Long 1erm Outage of Hope Ciee~~Ke~ney Line Stability Simulations of Maximum Credible Disturbances, Letter from .J. G. Gill to c~ A. ~cNeill, Jr. dated April 2, 1987. . .

3.9 PSE~G Letter dated June 11, 1987, from J. Gill to . s. E. Miltenbe~ger, Hop~ Creek-Keeney Outage; ArtiEitial

· Is land Generation; Cross.;...Tripping of Salem Unit Nci .. 2 R2 and Activation ~f Powet System Stabilizers.

3.10 OCR lEC-2273;

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S-C-ESOO-NSE-0675-R-2. · Page 2 of 8 Date: 6/15/87

3.11 PSE&G Relay Test Manual, Section 10.E

3.12 Notes of Meeting S-C-ESOO-NNM-0491 Dated 6/18/87

4.0 DISCUSSION

On March 1, 198j, a ship collided with ~ transmission line support structure lo6ated in the Delaware River and several towers supporting the Hope Creek-Keeney SOOKV transmission line were toppled_. Damage're~ulted ~ri ~everal towers and their under~~ter support structures. As a· res~lt, .this line will expe~ience an extensive outage (e~timated time ?ne year}.

The Hope Creek FSAR ideritif ies a f~ult on the Hope Creek-. Keeney line as the limiting condition for PSE&G electrical. bulk power system stability considerations. As a result of the ext~nded outage of this line, the Salem and Hope Creek· Generating Units aie being operat~d .at a reduced electrical output in accordance with the Hope Cieek Unit No. 1 Gene~ator Operating Guide (Reference 3.2). The operating guide was issued by PSE&G System Planning in Febrtiary 1986, and. provides appropriate guidance to the Salem and ~ope Creek Stations to assure that system and electric generator stability is maintain~d for all combinations of U~it operatidn,and transmission line availabilityo The Guide indicates that, for three Unit operation, a reduction in gehe~ation is required during a m~intenanca ou~age on eith~t the Hope Creek-Keeney or Salem-Deans SOOKV lines. These · lines are limitin~ beriause they are the interface be~ween the Salem .and Hope Creek Generating Stations SOOKV systems a·nd the PJM SOOKV system. With the· extended outage of the Hope Creek-Keeney circuit, the loss of Salem-Deans. line becomes the limiting condition for. the PSE&G bulk power system ~nd electric_generator stability consideration.·

. . . ··. - .

In order·t6 operate the three Units ~tor.near design electrical generation level with the Hope Creek~Keeney circuit out of ser~ic~, the Power Sy~tem S~abilizers (PSS) presently ins_talled on Salem Unit No. 2 and Hope Ct'eek will: be activated., ·1he purpose of the. Power System Stabilizer (PSS) is to enhance the damping of ~est-contingency oscillations. Additionally, mod~fications t¢ the Salem Unit No •. l and 2 R2 generator protection circuitry will be made such that a loss . of the Salem-Deans lihe will automatically iri~ ·the Sal~~ Unit No. 1 or 2 ·generator. This trlp must· take pi ace _wi t;hin the maximum allowable. clearing. times· established by _the stability analysis. To support th is modification, t"he referenced Guide . has been re-evaluated to address the .following:·

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S-C-E500-NSE-0675-R-2 Page 3 of 8 ·Date: 6/15/87

A) The impact of· a loss. of the Salem-Deans circuit (with and .without PSS opSr~tion) and subsequent lo~s of R2 Salem Unit No. 1 or 2 on tbe operation of the remaining Salem lJn it and Hope C.');eek, including the stability of-the remain{ng sources of offsite power immediately following this event.

B) The specification of new operati~g guideline~ for a line outage condition whil~ the Hope Creek-Keeney line is out of service.

5.0 WORK DESCRIPTION

To provide the required generator trip described above, the R2 foll6wing tripping arrangement Will.be implemented (see Attachment 1):

1. Salem Uni~ No. 1 or 2 Generator Regular Overall Differ- IR2 ential Protection Multitrip. will be act~ated by any ·of the following:.

1.1 Salem-De~ns lirie protection ~egular;

1.2 Remote trip receiver;

1.3 Salem-Deans lin~ breake~~ (both 20X & 21X open);

1.4 20X Breaker failure;

1.5 21X Bre~ker failure.

2. S~lem uriit N6. 1 or 2 Generator Backu~ Over~ll·Differential P~otection Multitrip will.be actuated by any of

·the following:

2.1 Salem-Deans line protection backup;

2.2· Remote ~rip receiver (same as l.;2);

2.3 Salem-Deans lihe breakers (both 20X and 21X open};

2~4 20X Breaker failure;

i~s ~lx Breaker failure.

IR2.

se/lgh3/10 EDD-7 _FORM 1 REV 0 . lOSEPTBl

S-C-E 500-NSE-06 7 5-R-2 Page 4 of 8

• Date: 6/15/87

A three position switch is provided to sel~ct the Salem Unit Nd. 1 or 2 cross trip 6r to disarm the scheme (at PSE&G Load .. Dispatcheris request). It is safe to transf~r th~ switch from the Unit No • .l to· the Unit No. 2 position ·or vice versa provided that the Upit from which the cross-trip is removed R2 is not generating·more than 1000 M~, and the transfer is not performed in adverse weather conditiorts. Both mul~i-trips will trip the gener~tcc breakers lOX and 12X when.th~ switch is on Salem Unit No. 1 position and generator breakers 3ak and 32X when the switch is on S~lem Unit No. 2 position~ R2 Breaker failure signals will be initiated in the ev~n~ one of these break~rs doe~ not opert.as required (exi~ting design).

Disconnect switches are provided in the relay room to .allow· the monitoring at the scheme from the cont_!'."o.l_room and PSE&G · Newark Load Dispatcher, and to permit the operators to disable this scheme when required. With the available equipment maxi-mum redundancy was achieved through: ·

1. Eac6 regular and backup prot~ction is fed fr6m separate· Current and Potential Transformers; ·

z. Each regular and backup protection uses D.C. ~6ntrol power from different 125V D.C. batteries;

3. Each trip~ing condition will ~ctivate both regui~~--~rid backup channels;

. . ~

4~ Separate cables are being used for reg~lar and backup trip signals •.

5. Th~ remote trip ~eceiv~r.will ac~iva~e both. regular ~nd backup multitrip relays (.separate .cont.acts are being used) •

6. 0 ANALYSIS.

Operation of the Salem-Deans cross trip scheme and PSS's ~ill be in accordance with Reference 3.6. As identified R2 therein, the cross-trip scheme shall be armed at all times with the following ·exceptionsg

se/lgh3/10

A) · Severe· thunderstorm or lightning activity within 50 miles of Salem, Kew Fre~dom or. Deans.

B) buring severe winter storms with expected heav~ icing.

C) . Winds in excess of 50 mph as measured at either Camden or Deans switching stations or at Artificial· Island.

EDD-7 FORM l REV 0 "10SEPT81

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S-C-E5QO~NSE-0675~R-2 Page 5 of 8 Date: 6/15/87· ·

D) Whenever forest iires are ·reported ih the Vicinity · .. of. the Salem-Deans. right-:of ;...way.·

E) Whenever required.maintenance work ·is being performed ..

. Maintenance on the cross trip rel~ys. w,i i1 be performed in· accordahce with the existirig PS~&G ·Relay T~st M~riual,'

·Section 10.E. Accordingly,· t_he line'protecfipn relays are··· che~ked at each refueling otitige·and.the radio ~quipment. ·. (i.e._carri~r signai, r~mote tri~ rec~iver~ ~t~.) ~re · · ... · checked every 12 months~ · · · ·

. . . . . . . ' '

Unit generation lim1ts are als6_ 'contained in the.Operating. Instructions~ The applicable limits ·are. summa·rized in. - . Attachment .3. ·

A-~tability anaiysis has been performed for the· rie~ ~SE&G. ·bulk power system configuration in order to establish

·.·.continued compliance with GDC 17 (Reference 3.1). This_. analysis ex~mined all combinaiions'.oe Unit .oper~tion with the PSS anc;l Trip-A-Unit systems· both. activated and. deactivated.

R-2

As previously discussed, ·the loss .of the Salem-Deans. SOOKV ·· .. l.ine ·represents the cri t-ical ·continger:icy with the Hope . ·.··. - - R2. Cr_eek-Keen~y circuit out of service .• ·.Critical system fault~· and fatilt clearing were simulata in accotdartce wjth ~he . . Mid Atlantic Area Council (MAAC) Reliability Principles for .. planning Bulk Electric Su~pl~ Systems.: The Electric Po~er' · Res.earch Institute Transient-Mid Term Stability Program was used ·for the~e simtilations.· ·· · ·

·: . . .

-.. The. following types :of .faul,ts were' simulat.ed:.

A) Three phase faults w·ith_· nor_inai clearing·~-

B) ·Single phase~to~grou~d faults wi~h del~yed clear~ng~

Selected . cases were run· for compariso~ purp:oses using the Philadelphia Electric Company Transient Stability Pro_gt"am . (TRANS TAB) •

. . '

The analy-sis identified the inost critical case 'as a single phase-:-to-ground·fault on the Salem section 2 _bus. The case - R2 sim~lated a stuck breaker such that the primary b~eaker failed·· to operate. _UndeJ; these circumstances, clearing- of the fault is delayed until the backup protection can act to isolate the· fault. The analysis demonstrates .that ·the·_ remaining Ar:tiftcial "Island.generators are stable and will

. not trip as a result of the transient.' The_ PSE&G bulk power syst~m also r~mains stable.

se/lgh3/IO goo-7 YORM 1REV.0 10SEPT81.

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s~c-ESOO-NSE-0675-R-2.

Date:.· . 6/15/87 . Pag·e 6 of 8

,;-.

.. An analysis has also bee·n perforrned (Reference·3.8).w}1ich. assumes a three phase f au 1 t on the Sate·{h-Deans line and the. f~ilure of.the crbss:...t~ip schem~ at ·a .maximum Island gerier~ at irig capacity of 34 24 MW. (gross). ·. Unde:i this scenario~ ·the result of the fail_ure of" the cross trip_ scheme· is that the '. three Island generat.ors fal1 0J..1t of synchronism an:d ·their : generator out-of-step protectionr~moves them.from the system •. Following the trip,· power to.· the Is land. is supplied froi;n the· PSE&G 230KV system inter:...c6irn·e.ction at New Freedom

_ Switching Station via the Salem-New. Freedorri and the Hope Creek-New Freedom 500KV circuits. Th~ case d~mon~trat~s that. the pjM and the PSE&G sys_tem remains -s.table :t611owing the transie.nt disturbance. ·

. Additionally, ·the minimum calculated steady stat~ voltage at ·th~ SOOKV level (Reference ·3.-·B} foilowingthis transient, e.xceeds th_e 505KV which was assumed _in the Salem Undervoltage Study (.Referenc.e 3. 7) •. That stndy demonstrated ·that ~cceptable voltage ~ould be ~aintained.at the 4160 volt vital buses following a·LOCA on one Salem Unit and ari orderly shutdo~n pf ·the secorid Salem Unit, assu~ing an .

· · ini_tial system voltage of S05KV. · ·

7.0 CONCLUSIONS

l_R2 · .. ·

.. '

operation of the· Salem a~d Hope Creek Gen.erating Stations · ··· wi.th the Hope Creek-Keen.ey 500KV ci.rc\.lit out of. ser.vice f~)r an ·extended period represents a "change t() the ~aci li ties .. as described in their respective S,afety Analysis· Reports. .· Based on the analyses and administrative controls described

. in Section .6. 0, the following. conclus'i6.ns can be drawn: -

se/lgh3/10

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A) The. probability ~of. occurrence.· or the ~onse"qi:ience,s. ot ari accident or malfunction of-~quipm~nt· . . important to safety as previously e~aluat~d a~e nbt increased. Operation at the. PSS generatibn .levels .. identified in References 3.6 and 3~9 .will brily occur wheri both the Salem. Unit No •. 2 ·and Hope Creek. PSS aie activated. This is conser~ati~e in tha~ · _ R~ference 3.12 demonstrates th~t the failuie of a single PSS concu~rent~~ith the ~ost critical . R2 ·

. contingency does· not cause: the remaining un'its 'to become unstable. Additionally, the increas~d · generation levels. are. below the stability· limit. associated with thr_ee 'unit ·operationf thereby pro"'"'. viding further assurance that the Units wiil remain stab_le follo\Yirig" the most critical contingency •.

.EDD-7 r'ORM l' REV"O 10SEPT8l

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The Salem-Deans cross trip modif ic~~ion· does not alter any sa~ety related equipment nor.does it

. prevent any safety systein or .component from performintj its interided fun6tiori. The c~oss trip

-scheme provides either for aitrip_of the Salem Unit ., ·· No. 1 or tinit No. 2 generat6r~ ~h~ subsequ~ri~ plarit _· R .. 2 eve.nts (i.e. turbine trip.andreactor trip>° are.· expected op~~~tio~a1· occurienc~s .. arid therefore wit~in the design basis~ The iemainingcUnits and the PSE&G bulk power system have been demonstrated to be stable following ~uch a transient. For all cases evaluated (Reference 3.8, 3.9), pOwer: remains available from a reliable offsite sou~ce as t~quired by GDC 17~

. . ' . . .

B) The possibility of an accident 6r malfunction of a different type than any previously evaluated.in the Safety Analyses Report~ i~ riot created. The us~ of the PSS and the· modifications to the Salem Unit R2 No~ 1 and 2 g~nerator prote~five 6ircuiis dries: noi alter or affect the function of any safety. related equipment. Additionally, the modification .does not reduce in any manner, the availability of .the off site

_power sources.

C) The margin of s~fetf as identified in. the. ~~ations' . Technical Specifications (Reference 3. 5) ha.s not. been reduced. During the e~tended 6ut~~e bf the

·Hope Creek-Keeney line, each St~tion is prbvided with the requlred two sources of offsite power (Atta6hment 2). - Upon a loss of the Salem-Deans circuit.and the subsequent.loss of Salem Unit·N.o~ 1 , .. __ .. or 2~ ·e_ach s.tation· is -still -provide.d with the · ·. - R2 r~quired.two so~rces of_offsite power. in the unlikely event that the ~r~ss· trip fails, the Stati6ns are provided with a stabl~ sotirce of offs i t.e pow~r as requ i r.ed by GDC l 7 •.

Based on the above, operatio.n ·of the· Salem Unit Nos •. 1 '.and 2 and Hope Cre~k ~tations ~t th~ generating li~its sp~~if ied is OI J~B-04 and OI 7-B-95 does not involve an Unre~iewed R2

•. Safet~ Question.

Appropriate ~hanges to the Salem and Hope Creek Safety _- .. Analysis Reports shall .be processed ·during the next update· .cycles. No changes are required to the Salem or Hope Creek_ Technical Specificat·ions. ·

se/lgh3/10 EDD-7 FORM 1 REV 0 10SEPT8 l

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8.0 .. SIGNATURES.

~-ot""---~A_.--c.w___,· ·_. -~+--r ------'--·~_11_11.n ~ r- s ~.;...~ 6/111i Originator .· CT· Date·· ·Verifier. . · .~~ Date .• .

. ·. ~/ ...

ort:i~o~'s Gr~ufC~ead ,;4:1? loup~~~~~. ·. &~j? . ~d7~?···

Manager - . Tj/ate . Plant Engineering . . . · ·

se/lgh3/10 EDD-7 FORM 1 REV 0 10SEPT81

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•

ATTACHMENT l.·

.· • • • • I • • • • • •

ARTIFICIAL .ISLAND 500KV POWER SYSTEM STABILITY

SALEM - DEANS LINE ··-----PROTECTION REGULAR

............ _.......__ REMQTE TRIP RECEIVER .

. BREAKER FAILURE 20X --~

BREAKER FAILURE 21X

SALEM - DEANS LINE PROTECTION BACK-UP -

BREAKER FAILURE 20X

BREAKER FAILURE 21X

31X

-,.

-·-

--

. SALEM Nd.· 1. OR 2 GEN TRIP

..,... __ BREAKERS 20X & 21X . REGULAR

u , . SALEM

NO. 1 OR. 2 ~

GEN. TRIP -··BACK-UP

Wm.mNO.l· · STA. PWR •.

. TRANSF. ·

®

21X

(BOTH OPENl .

BREAkERS 20X & 21X CBOTH OPEN> · .. ·.

llX

..... ·

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•• •• _SAFETY EVALUATION S- 500-NSE~0675, REV. l

Hope Creek Salem - -

Keeney Deans

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New Freedom.

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Hope Creek Salem Offsite - -

New Freedom Hope Creek Salem

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0 Hi.

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ARTIFICIAL ISLAND STABILITY LIMITATION OPERATING RESTRICTIONS SALEM NO. 1 "CROSS TRIP

OI 7-B-04 Sheet 1 of 12

1.0 PURPOSE

This instruction will serve to provide operating guidance concerning the stable operation of Artificial Island during the extended outage of Keeney-Hope Cre·ek 5015 with a cross tripping scheme provided on Salem N0.1

2.0 DISCUSSION

2.1 Generator Stability Limits Concern for stability is based on the need to operate the system in a manner which will allow generators to remain synchronized with the bulk power system. Remaining in synchronism is very much dependent on transmission system conf iguration and generation. The proper control of voltage plays an important role in helping to maintain stability in the system as well.

Rapid changes in the system (such as the loss of a major load center, a large generator, line switching, or a fault occurrence, etc.) have the potential to upset generator synchronism. As a System Operator, the safe and reliable operation of the system depends on the ability to recognize that load, excitation levels and var requirements all influence the ability of generating units to remain synchronized under adverse conditions.

Increased Mvar output is necessary to maintain stable operation should the next worst contingency_ happen (such as the loss of the Salem-Deans line, 5021). Under contingency conditions, the system may not be able to handle full Mw output from the island; therefore, output must be reduced. The stability guidelines for each machine must be carefully followed by both System Operators and Control Operators. These are provided at the end of this instruction. The voltage regulator will not provide_ minimum coverage _ for ... this case. --

Due to the extreme importance of maintaining Mw and Mvar limits, one system operator will be assigned to monitor and control system voltages •

Date Written 3-25-87

Written by LJM:edl Approval by

Distribution Gen. Mgr. - Salem/Hope Creel< Mgr. - Planning/Substation Mgr. - PJM Interconnection

Date Rewritten 6-16-87

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ARTIFICIAL ISLAND STABILITY LIMITATION OPERATING RESTRICTIONS SALEM NO. 1 CROSS TRIP

OI 7-B-04 Sheet 2 .of 12

2.2 Cross Tripping Scheme The cross trip shall normally be in service whenever Salem No. 1 is in service except as specified in Section 3.0. (Refer to Unit Operating Curves and Table AA) The cross tripping scheme has been installed to improve the output capability of Artificial Island from 2330 Mw's gross up to 3162 Mw's gross. This is accomplished by reducing generation (tripping Salem No. 1) any time 5021 Salem-Deans is tripped out of service, and the scheme is enabled. The cross trip scheme is designed to trip Salem No. 1 any time there is a relay operation on the 5021 line relays, 500-2 transformer relays, or 500kV breakers open at Salem or at Deans. Following operation of the cross tripping, the remaining units (Salem No. 2 and Hope Creek No. 1) will remain stable on 5023 and 5024.

2.3 Stabilizer Scheme Stabilizers are presently installed on Salem No. 2 and Hope Creek No. 1. Current stabilizer status will be displayed via GETAC or verbally from station personnel. This will increase the permissible output level when stabilizers are in service for:

a. Three unit operation with no cross trip, the island total may be increased to 2480 Mw from 2330 Mw as indicated in Table AA.

b. Three unit operation with cross trip on Salem No. 2 only. This increases permissible output total of Hope Creek and Salem No. 1 to 2100 Mw from 2000 Mw as indicated in Table cc.

2.4 Unit Megawatt/Mvars Combinations a. Three units with cross tripping in service:

The unit with the cross tripping is to be at full load. The remaining two units must be below their individual unit maximu.~s as well as not exceeding their paired.total as shown in Table BB.

b. Two units with cross tripping in service:

Date Written 3-25-87 Date Rewritten 6-16-87

The unit with the cross tripping is to be at full load. The remaining unit may be brought to its maximum as shown in Table BB. The Artificial Island maximum must not be exceeded .


f< w LJ

Distribution Gen. Mgr. - Salem/Hope Cree} Mgr. - Planning/Substation Mgr. - PJM Interconnection

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c. Single unit operation: With any single unit in service, the unit may be brought to full load. The cross trip does not need to be in service.

d. Cross tripping out of service: Whenever two or more units are in service, the Artificial Island maximum must not be exceeded as well as individual unit max~mums. If the stabilizers are in service, the Artificial Island maximum is increased by 150 Mw. (See Table AA)

Example No. 1 Three unit operation with cross trip on Salem No. 1, stabilizers out of service. Paired total of Salem No. 2 and Hope Creek cannot exceed 2000 Mw. (from Table BB)

Unit Maximums

Salem No. 1 1162 Mw

Salem No.2 Hope Creek

Salem No. 2 Hope Creek Total 1145 Mw 1118 MW 2000 Mw *

Possible Combinations

Salem No. 1 1162 Mw

ll62 Mw

Salem No. 2 882 Mw

or 1140 Mw

Salem No. 2 Hope Creek

Hope Creek Total 1118 Mw 2000 Mw *

-860 Mw 2000 Mw *

* The units without cross trip cannot both be operated at the individual maximums and still maintain their paired total .



Q_w·.J

Distribution Gen. Mgr. - Salem/Hope Creek Mgr. - Planning/Substation Mgr. - PJM Interconnection

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ARTIFICIAL ISLAND ST~ILI~ LIMI~ATION OP~ TING. .R!S'I'Rl C'l'lONS S~LEM NO. 1 c~oss 'I'RIP

OI 7-~-04 Sheet 4 of 12

Unit

~a:nple No. 2 'l'hxee l.Ulit operation With eross trip out of servi~e, with stabilizers i~ service. The Artificial Ial~nd total of 2480 Mw can not be exceeded. ~lso; individual wiit values cannot be exceeded. (See 1'able M>

Maximums Artif iciill Island

Salem Nc;i. 1 Salem No. .2 Mope Creek Total 910 Mw 910 Mw 870 Mw- 2480 Mw •

Possi~le CQrnbinations Al:tif i~ii.l !slarn~

Salem No. l Salem No. 2 Hope Creek Total 910 Mw 910 Mw 700 Mw 2480 Mw *

Q;r; 830 Mw 830 Mw 820 Mw 2480 Mw *

* All three units cannot be operat~d at their individ~al r'!\B.Ximum and still mG1intain ArtifieiAl Island total •

e. In addition to maintaining MW levels at Artificial Island, it 15 important to s~ay wtihin the Mv~r guidelines a$ indicated ia ~ables AA, BB and cc. If requi•ed Mvar output ca.nnot be met, reduce aa indicated bY th• T4Dles. Where 11 0. 5n ·is inaica.ted. in MW red~ction per MVa~ defecit c~lumn redu~e the ~~t 1/2 Mw for eacb MVar helow the required value. (Ref$~ to Table ag)

oate Written 3 ... 2!5-87

Written hy LJM:edl Approval hYIJ~ .. \

Oenotas changes J\.\U'l..I

Distrib'Wtion Gen.M~r~·Salem/Mope creak Mgr.-Pl~nning/SubstatiOft Mir.-PJM Interconneetion

paite Revised 6-18-87 -->

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3.0 CRITERIA FOR DISABLING

With the cross trip scheme in operatioti, the probability of a trip of Salem No. 1 will slightly increase. To minimize this potential problem, the scheme will be disabled for the following conditions.

3.1

3.2

Unit Reductions If operating conditions require unit reductions such that all units are below their maximums and the Artificial Island maximum is below values stated in· Table AA, cross tripping should be disabled.

Storm Situations a. Thunder and lightning--Whenever heavy or

severe storms are within 50 miles of Salem, New Freedom or Deans (as indicated by contracted weather services, refer to OI 9-C-19) reduce the machines, following the guidelines in Table AA for no cross trip. The cross trip scheme shall be disabled upon reaching final Mw values .

If unit reductions are required, information is to be logged on the form included in Appendix c. These forms can be found in the System Operator - Voltage Position.

b. Ice/Winter storm--Whenever icing conditions are predicted by the weather service or confirmed by field reports in either Camden, Trenton, or Brunswick Division, the appropriate Mw reductions will be made and the cross trip disabled. Similar action should be taken during any winter storm condition if transmission security is in jeopardy.

c. High winds/Hurricane--Whenever- sustained winds are in excess of 50 mph as measured at Camden Switching Station,- Deans Switching Station or Artificial Island, the appropriate Mw reductions will be made and the cross. tripping scheme will be disabled.

d. Forest Fires--Whenever forest fires are reported near the Salem/Deans/New



Distribution Gen. Mgr. - Salem/Hope Cree¥ Mgr. - Planning/Substation Mgr. - PJM Interconnection

Date Rewritten 6-16-87 R1~v.J

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ARTIFICIAL ISLAND STABILITY LIMITATION OPERATING RESTRICTIONS SALEM NO. l.CROSS TRIP


Freedom right-of-ways, the appropriate Mw reductions will be made and the cross tripping will be disabled.

3.3 5021 Salem-Deans repairs For repairs on 5021 Salem-Deans equipment the cross trip will be disabled. Immediate attention on these facilities is imperative. This includes:

a. Any relaying on 5021-regular and back-up relays and remote trips.

b. Breakers - Salem 500 kV-Section 1-8, 2-8 Deans 500 kV-Section 1-5, 2-5 Deans 230 kV-Section 2-8, 7-8 Deans 500-2 transformer and any disconnects associated with these bus sections.

c. Remote trip channel failure. Go to single channel operation until units can be reduced to required Mw values; then cross trip can be removed and repairs made •



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4.0 WORK RESTRICTIONS


Work in southern New Jersey will be restricted as follows:

4.1 Maintenance Work No routine maintenance work will be permitted on any 500kV or 230kV facilities south of Burlington in any of the PJM companies. The following types of work are restricted:

a. No in service relay work

b. No hot line work

c. No substation work (i.e., breakers, disconnects, etc.) at any 500kV station.

d. GETAC work by the laboratory must be carefully evaluated. Relay technicians must be present before work progresses on GETAC at Deans, New· Freedom, Salem and Hope Creek.

4.2 Emergency Work Forced outages and equipment malfunctions on some of the restricted facilities may require further unit reductions.

a. Non-outage Condition Work Only work associated with 5021 Salem-Deans requires Mw reductions and cross trip disable.

b. outage-Condition Work


Only those facilities listed in Appendix A require Mw reductions .


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5.0 PROCEDURE FOR CROSS TRIP OPERATION

OI 7-:B-04 Sheet 8 of 12

The two cutoff switches used to disable the cross trip scheme are located one each at Salem and at Deans.

5.1 Disable Cross trip a. Whenever it becomes necessary to disable the

cross trip scheme, unit output at Salem and Hope Creek must first be reduced to appropriate levels.

b. Request an operator at Salem to turn the Salem No. 1 cutoff° switch to the "off" position and .apply a red blocking tag for the system operator. (5021/Salem No.1 cross tripping cutoff switch) ·

c. Disable the cross trip at Deans via the ESOC computer. If there is a control problem, this can be manually operated off at Deans. Apply a red blocking tag to the cutoff switch if operated manually.

d • Log all information in the System Operator -Voltage log.

e. Verify via the ESOC computer alarms that both cutoff switches are in 1!he "off" position.

f. Notify the Salem and Hope Creek senior shift supervisors that the cross trip scheme for Salem No. 1 has been disabled.

g. Inform PJM



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ARTIFICIAL ISLAND OI 7-B-04 STABILITY LIMITATION Sheet 9 of 12 OPERATING RESTRICTIONS SALEM NO. 1 CROSS TRIP

5.2 Enable Cross trip Unit generation shall not exceed the values specified in Table AA prior to enabling the cross trip scheme.

a. Request an operator at Salem to turn the cutoff switch to the "on" position and remove the red blocking tag for the system operator.

b. Enable the cross trip at Deans via the ESOC computer, or using local switch if ESOC computer is unavailable.

c. Log all information in the System Operator -Voltage log.

d. Verify via the ESOC computer alarms that both cutoff switches are in the "on" position.

e. Notify the Salem and Hope Creek senior shift supervisors that the Salem No. 1 cross trip scheme has been enabled.

f. Increase unit output at Salem and Hope Creek to appropriate levels .

g. Inform PJM .


Written by. LJM:edl Approval by U,.1.,uvJ


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A T T A C H M E N T S

Facilities Requiring Outages

Unit Operating Curves

Nuclear Unit Mw Reduction due to Storm Watch (form)

Table of Limits - cross trip off

Appendix A

* Appendix B.

Appendix c

* Table AA

Table of Limits - cross trip on Salem No. 1 * Table BB

*These items are contained in the "Artificial Island Operating Guides" as supplied by System Planning .



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ARTIFICIAL ISLAND STABILITY LIMITATION OPERATING RESTRICTIONS SALEM NO. 1-CROSS TRIP

APPENDIX A

or 7-B-0·4 Sheet 11 of 12

No routine work will be allowed on the following lines. If work is necessary, area stability studies must be run prior to any outages as some reductions may be required.

500KV 5010 5016 5017 5018 5019 5021 5023 5024 5029 5030 5037

230KV K-2237 R-2244 W-2223 C-2255 I-2235 P-2242 0-2241 E-2231 U-2247 C-220-29 D-220-30 2304 220-38 220-53 220-35

Peach Bottom-Limerick Branchburg-Alburtis Branchburg-Elroy Branchburg-Ramapo Deans-Branchburg Salem-Deans Hope Creek-New Freedom Salem-New Freedom Elroy-Whitpain Limerick-Whitpain Salem-Hope Creek

New Freedom-Beaver Brook New Freedom-Monroe New Freedom-Cox's Corner New Freedom-Silver Lake Beaver Brook-Gloucester Gloucester-Deptford Deptf ort-Mickleton Cox's Corner-Camden Silver Lake-Cox's Corner Richmond.-Camden Cox's Corner-Burling-Croydon Monroe-Mickle ton Mickleton-Trainer Chichester-Trainer Waneeta-Richmond

Auto Transformer 500-2,3&4 New Freedom 500-1,2&3 Deans 500-1&2 Branchburg



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• APPENDIX C

SALEM # 1 Cross Tripping Scheme

Nuclear Unit MW Reduction Due to Storm Watch

Circle Storm severity ( Light / Moderate ) ( Heavy / Severe )

O. I. 7 - B - 04 Sheet 12 of 12

Date ------- Time _____ _ Date ------- Time _____ _

REDUCTION

Notifications Name Time Initial

p J M

Salem S.S.S.

Hope creek SSS

P. E. Disp.

A. E. Disp.

REDUCTI CNS : Time at

Present Maxi nun Maxi nun Unit Gross Gross Gross

Mw•s Mw's Mw's

• Salem #1 ( 910 )

Salem #2 ( 910 )

Hope Creek #1 ( 870 )

Island Total C 2330 I 2480 '> *

CROSS TRIPPER STATUS : TIME CIRCLE

Off at Deans ESOC I Local-Manual

Off at Salem Local-Manual Control

Notifications Name Time Initial

P J M

Salem S.S.S.

Hope creek SSS

COMMENTS : --------------------

·------* :This value can only be attained with Stablizers in service.

CANCELLATION

Notifications Name

p J M

Salem s.s.s.

Hope Creek SSS

P. E. Disp.

A. E. Disp.

CROSS TRIPPER STATUS :

On at Deans

On at Salem

Notifications

p J M

Salem s.s.s.

Hope Creek SSS

INCREASING

Unit -

Salem #1

Salem #2

Hope Creek #1

Island Total

COMMENTS

TIME

Name

Present Gross

Mw's

**:This value can only be attained with Stablizers in service and Tripper in service on #2 Unit.

Time Initial

CIRCLE

ESOC / Local-Manual

Local-Manual Control

Time

Time at Maxi nun Gross

Mw's

Initial

Maximum Gross

Mw's

( 1162 )

1145 )

1118 )

C 3162 I 3262 ) **

RMS/TJH 6-15-87 psr:CRTR

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1 •. 0 PURPOSE


This instruction will serve to provide operating guidance concerning the stable operation of Artificial Island during the extended outage of Keeney-Hope Creek 5015 with a cross tripping scheme provided on Salem N0.2

2.0 DISCUSSION

2.1 Generator Stability Limits Concern for stability is based on the need to operate the system in a manner which will allow generators to remain synchronized with the bulk power system. Remaining in synchronism is very much dependent on transmission system conf iguration and generation. The proper control of voltage plays an important role in helping to maintain stability in the system as well.

Rapid changes in the system (such as the loss of a major load center, a large generator, line switching, or a fault occurrence, etc.) have the potential to upset generator synchronism. As a System Operator, the safe and reliable operation of the system depends on the ability to recognize that load, excitation levels and var requirements all influence the ability of generating units to remain synchronized under adverse conditions.

Increased Mvar output is necessary to maintain stable operation should the next worst contingency happen (such as the loss of the Salem-Deans line, 5021). Under contingency conditions, the system may not be able to handle full Mw output from the

__ island; therefore, output must be reduced. The stability guidelines for each machine must be carefully followed by both System Operators and Control Operators. These are provided at the end

·of this instruction. The voltage regulator will not provi-de minimum coverage-· f-or-·--this· -case .. --=--::--, ·

Due to the extreme importance of maintaining Mw and Mvar limits, one system operator will be assigned t~ monitor and control system voltages .



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2.2 Cross Tripping Scheme The cross trip shall normally be in service whenever Salem No. 2 is in service except as specified in Section 3.0. (Refer to Unit Operating curves and Table AA) The cross tripping scheme has been installed to improve the output capability of Artificial Island from 2330 Mw's gross up to 3162 Mw's gross. This is accomplished by reducing generation (tripping Salem No. 2) any time 5021 Salem-Deans is tripped out of service, and the scheme is enabled. The cross trip scheme is designed to trip Salem No. 2 any time there is. a relay operation on the 5021 line relays, 500-2 transform~r relays, or 500kV breakers open at Salem or at Deans. Following operation of the cross tripping, the remaining units (Salem No. 1 and Hope Creek No. 1) will remain stable on 5023 and 5024.

2.3 Stabilizer Scheme Stabilizer.s are presently installed on Salem No. 2 and Hope Creek No. 1. Current stabilizer status will be displayed via GETAC or verbally from station personnel. This will increase the permissible output level when stabilizers are in service for:

a. Three unit operation with no cross trip, the island total may be increased to 2480 Mw from 2330 Mw as indicated in Table AA.

b. Three unit operation with cross trip on Salem No~ 2 only. This increases permissible output total of Hope Creek and Salem No. 1 to 2100 Mw from 2000 Mw as indicated in Table cc.

2.4 Unit Megawatt/Mvars Combinations a. Three units with cross tripping in service:

The unit with the cross tripping is to be at full load. The remaining two units must be below their individual unit maximums as well as not . exceeding._.their_ paired _total. as __ shown in Table cc. -

b. Two units with cross tripping in service:


The unit with the cross tripping is to be at full load. The remaining unit may be brought to its maximum as shown in Table cc. The Artificial Island maximum must not be exceeded .


KWUJ

Distribution Gen. Mgr. - Salem/Hope Creek Mgr. - Planning/Substation -Mgr. - PJM Interconnection

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c. Single unit operation:


With any single unit in service, the unit may be brought to full load. The cross trip does not need to be in service.

d. Cross tripping out of service: Whenever two or more units are in service, the Artificial Island maximum must not be exceeded as well as individual unit maximums. If the stabilizers are in service, the Artificial Island maximum is increased by 150 Mw. (See Table AA)

Example No. 1 Three unit operation with cross trip on Salem No. 2, stabilizers out of service. Paired total of Salem No. 1 and Hope Creek cannot exceed 2000 Mw. (from Table CC)

Unit Maximums Salem No.1 Hope Creek

Salem No. 1 Salem No. 2 Hope Creek Total

1145 Mw 1162 Mw li18 Mw 2000 Mw *

Possible Combinations Salem No. Hope Creek

-Salem No. 1 Salem No. 2 Hope Creek Total

882 Mw 1162 Mw 1118 Mw 2000 Mw or

1140 Mw 1162 Mw 860 Mw 2000 Mw

* The units without cross trip cannot both be operated at the individual maximums and still maintain their paired total •

Distribution

1

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Rw<J

Gen. Mgr. - Salem/Hope Cree} Mgr. - Planning/Substation Mgr. - PJM Interconnection

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ARTIFICIAL ISLAND STABILITY LIMITATION OPERATING RESTRICTIONS SALEM NO. 2°CROSS TRIP


Unit

Example No. 2 Three unit operation with cross trip out of

.service, with stabilizers in service. The Artificial Island total of 2480 Mw can not be exceeded. Also, individual unit values cannot be exceeded. (See Table AA)

Maximums Artificial Island

Salem No. 1 Salem No. 2 Ho~e Creek Total

910 Mw 910 Mw 870 Mw 2480 MW *

Possible Combinations Artificial Island

Salem No. 1 Salem No. 2 Hope Creek Total

910 Mw 910 Mw 700 Mw 2480 MW * or

830 Mw 830 Mw 820 Mw 2480 Mw *

* All three units cannot be operated at their individual maximum and still maintain Artificial Island total.

e. In addition to maintaining Mw. levels at Artificial Island, it is important to stay within the Mvar guidelines as indicated in Tables AA, and cc. If required Mvar output cannot be met, reduce as indicated by the Tables. Where "0.5" is indicated in Mw reduction per Mvar defecit column reduce the unit 1/2 Mw for each Mvar below the required value. (Refer to Table CC)

Dat.e Written 3-25-87



Date Rewritten 6-16-87 R w w

·i

•

•

•


or 7-B-05 Sheet 5 of 12

3.0 CRITERIA FOR DISABLING

With the cross trip scheme in operation, the probability of a trip of Salem No. 2 will slightly increase. To minimize this potential problem, the scheme will be disabled for the following conditions.

3.1

3.2

Unit Reductions If operating conditions require unit reductions such that all units are below their maximums and the Artificial Island maximum is below values stated in Table AA, cross tripping should be disabled.

Storm Situations a. Thunder and lightning--Whenever heavy or

severe storms are within 50 miles of Salem, New Freedom or Deans (as indicated by contracted weather services, refer to OI 9-C-19) reduce the machines, following the guidelines in Table AA for no cross trip. The cross trip scheme shall be disabled upon reaching final Mw values •

If unit reductions are required, information is to be logged on the form included in Appendix c. These forms can be found in the System Operator - Voltage Position.

b. Ice/Winter storm--Whenever icing conditions are predicted by the weather service or confirmed by field reports in either Camden, Trenton, or Brunswick Division, the appropriate Mw reductions will be made and the cross trip disabled. Similar action should be taken during any winter storm condition if transmission security is in jeopardy.

c. High winds/Hurricane--Whenever sustained winds are in excess -of- 50 mph as measured· a-t · Camden switching Station, Deans Switching Station or Artificial Island, the appropriate Mw reductions will be made and the cross tripping scheme will be disabled.

d. Forest Fires--Whenever forest fires are reported near the Salem/Deans/New Freedom right-of-ways, the appropriate Mw




Date Rewritten 6-16-87 Rww

•

•

•



reductions will be made and the cross tripping will be disabled.

3.3 5021 Salem-Deans repairs For repairs on 5021 Salem-Deans equipment the cross trip will be disabled. Immediate attention on these facilities is imperative. This includes:

a. Any relaying on 5021-regular and back-up relays and remote trips.

b. Breakers - Salem 500 kV-Section 1-8, 2-8 Deans 500 kV-Section 1-5, 2-5 Deans 230 kV-Section 2-8, 7-8 Deans 500-2 transformer and any disconnects associated with these bus sections.

c. Remote trip channel failure. Go to single channel operation until units can be reduced to required Mw.values, then cross trip can be re~oved and repairs made •

Date· Written 3-25-87 Date Rewritten 6-16-87

Written by. LJM:edl Approval by

Rwu.J


•

•

•

ARTIFieIAL ISLAND STABILITY LIMITATION OPERATING RESTRICTIONS SALEM NO. 2 CROSS TRIP

4.0 WORK RESTRICTIONS


Work in southern New Jersey will be restricted as follows:

4.1 Maintenance Work No routine maintenance work will be permitted on any 500kV or 230kV facilities south of Burlington in any of.the PJM companies. The following types of work are restricted:

a. No in service relay work

b. No hot line work

c. No substation work (i.e., breakers, disconnects, etc.) at any 500kV station.

d. GETAC work by the laboratory must be careful~ ly evaluated. Relay technicians must be present before work progresses on GETAC at Deans, New Freedom, Salem and Hope Creek.

4.2 Emergency Work Forced outages and equipment malfunctions on some of the restricted facilities may require further unit reductions.

a. Non-outage Condition Work Only work associated with 5021 Salem-Deans requires Mw reductions and cross trip disable.

b. Outage Condition Work Only those facilities listed in App_endix A require Mw reductions .



~()J uJ


•

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•

•

ARTIFJC!.AL ISLAND STi\Bl~ITY LIMI~ATION OPERATING :RESTRICTIONS SALEM NO. 2 CROSS TRIP

O! 7-13-05 Sheet S of 12

5.0 FROCE:OURE FOR ~oss TRIP OiERATION

The two cutoff ~witches used to di~a~le the croes trip scheme are lccat~d one each at Saleti:i and at De~~s.

S.l I

Disable cross trip a. Whe~ever it bacome8 necessary to disable the

cross trip scheme, ~nit outpu~ at Salem and Hop.i Creek must f i•~t be reduc~d to appropriate level~.

,b. Rei;cu@st an operato;z; at Salem to ~urn the Salem No. 2 cutoff switoh to the "off" position and apply ~ red blcckinq tag for the ayat~ operator. (5021/Salem No.2 cro5s trip~in~ cutoff switch)

· c. Disahle the cross ttiP at Deans via the ESOC ccmpu~er. If there is a control problem, tbis ean :be manually operated off at Dean~. Apply a red blocKing tag to the cutoff ~itch if operated manually,

·Log all informatiQD in the System Operator -Volt.age leg,

e. Verify via the ESOC ~Qmputer alarms that both · C\.l.toff switohe.s az;e in the ''off" position.

f. Noti~y the Salem ~d Bope cre@k senior shift supervisors that th$ cros5 trip scheme for Sal~ No. 2 bas Qee,n disabled.

g. Inform PJM ·

Date Written Written J:;y Distribution Gen.Mgr.•Salert\/Hope cr@~k Mgr.-Planning/Su.bstation Mgr.-PJM Interconnection

~-25•87 LJM:edl Date Revised 1\pprc;ival by~ Iii' I 6-18•87 --> De~otes changes ~IJ'

•

• '.

•

ARTIFICI~L ISLAND OI 7-B-05 STABILITY LIMITATION Sheet 9 of 12 OPERATING RESTRICTIONS SALEM NO. 2.CROSS TRIP

5.2 Enable Cross trip Unit generation shall not exceed the values specified in Table AA prior to enabling the cross trip scheme.

a. Request an operator at Salem to turn the cutoff switch to the "on" position and remove the red blocking tag for the system operator.

b. Enable the cross trip at Deans via the ESOC computer, or using local switch if ESOC computer is unavailable.

c. Log all information in the System Operator -Voltage log.

d. Verify via the ESOC computer alarms that both cutoff switches are in the "on" position.

e. Notify the Salem and Hope Creek senior shift supervisors that the Salem No. 2 cross trip scheme has been enabled.

f. Increase unit output at Salem and Hope Creek to appropriate levels .

g. Inform PJM.



f{wr...I


•

• \

•



A T T A C H M E N T S

Facilities Requiring Outages

Unit Operating Curves

Nuclear Unit Mw Reduction due to Storm Watch (form)

Table of Limits - cross trip off

Appendix A

* Appendix B

Appendix c

* Table AA

Table of Limits - cross trip on Salem No. 2 * Table CC

*These items are contained in the "Artificial Island Operating Guides" as supplied by System Planning •



R.w uJ


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•


APPENDIX A

or 7-B-05 Sheet 11 of 12

No routine work will be allowed on the following lines. If work is necessary, area stability studies must be run prior to any outages as some reductions may be required.

500KV 5010 5016 50.17 5018 5019 5021 5023 5024 5029 5030 5037

230KV K-2237 R-2244 W-2223 C-2255 I-2235 P-2242 0-2241 E-2231 U-2247 C-220-29 D-220-30 2304 220-38 220-53 220-35

Peach Bottom-Limerick Branchburg-Alburtis Branchburg-Elroy Branchburg-Ramapo Deans-Branchburg Salem-Deans Hope Creek-New Freedom Salem-New Freedom Elroy-Whitpain Limerick-Whitpain Salem-Hope Creek

New Freedom-Beaver Brook New Freedom-Monroe New Freedom-Cox's Corner New Freedom-Silver Lake Beaver Brook-Gloucester Gloucester-Deptford Deptf ort-Mickleton Cox's Corner-Camden Silver Lake-Cox's Corner Richmond-Camden Cox's Corner-Burling-Croydon Monroe-Mickle ton Mickleton-Trainer Chichester-Trainer Waneeta-Richmond

Auto Transformer 500-2,3&4 New Freedom 500-1, 2&3 Deans. . .... ·-500-1&2 Branchburg


Written by LJM:edl Approval by R w uJ

Distribution Gen. Mgr. - Salem/Hope Cree~ Mgr. - Planning/Substation Mgr. - PJM Interconnection

• APPENDIX C

SALEM # 2 Cross Tripping Scheme

Nuclear Unit MW Reduction Due to Storm Watch

Circle Storm Severity Light / Moderate ) C Heavy I Severe )

0.1. 7 · B - 05 Sheet 12 of 12

Date _____ _ Time ------- Date ------- Time -------

Notifications

p J M

Salem s.s.s.

Hope Creek SSS

P. E. Disp.

A. E. Disp.

REDUCTIONS

Unit

• Salem #1

Salem #2

Hope Creek #1

Island Total

REDUCTION

Name

Present Gross

Mw's

Time

Time at Maxi11U11

Gross Mw's

Initial

Maximum Gross

Mw's

( 91D )

( 910 )

( 870 )

C 2330 I 2480 > *

Notifications

p J M

Salem s.s.s.

Hope Creek SSS

P. E. Disp.

A. E. Disp.

CROSS TRIPPER STATUS :

On at Deans

On at Salem

Notifications

p J M

Salem s.s.s.

-----·--------------·-----··--··-·-····--·-·-··--·----·--·-·· Hope Creek SSS

CANCELLATION

Name Time Initial

TIME CIRCLE

ESOC I Local-Manual

Local-Manual Control

Name Time Initial

CROSS TRIPPER STATUS ····-······-----------------------······-------------·-------TIME CIRCLE

Off at Deans ESOC I Local-Manual

Off at Salem Local-Manual Control

Notifications : Name Time Initial

P J M

Salem s.s.s.

Hope Creek SSS

COMMENTS : --------------------~

•------* :This value can only be attained with Stablizers in service.

INCREASING :

Unit

Salem #1

Salem #2

Hope Creek #1

Island Total

COMMENTS

Present Gross

Mw's

**:This value can only be attained with Stablizers in service and Tripper in service on #2 Unit.

Time at Maxi11U11 Gross

Mw•s

Maximum Gross

Mw•s

( 1145 )

1162

11.18 )

C 3162 I 3262 > **

RMS/TJH 6-15-87 psr:CRTR

• •• •

·HOPE CREEK ~KEENEY

OUTAGE

•

· OPERATING GUIDES '

•

•

•

•

HOPE CREEK-KEENEY OUTAGE

ARTIFICIAL ISLAND OPERATING GUIDES

DIRECTORY

TABLE OF LIMITS:

Cross Tripping OFF - THREE UNIT OPERATION •.. - TWO UNIT OPERATION ....

Cross Tripping ON Salem #1 - THREE UNIT OPERATION ... - TWO UNIT OPERATION ..••

Cross Tripping ON Salem #2 - THREE UNIT OPERATION ..• - TWO UNIT OPERATION •.••

SALEM UNIT NO. 1 OPERATING GUIDE:

Cross Tripping OFF - THREE UNIT OPERATION ••. Line outage ••••••

- TWO UNIT OPERATION •.••. With Selem Unit #2 ••

Line outage •.••.•

With Hope Creek ....• Line outage .•.•..

Cross Tripping ON Salem #1 - THREE UNIT OPERATION ...

Line outage ••..••

- TWO UNIT OPERATION ..... With Salem Unit #2 ..

Line outage .••..•

With Hope Creek •.... Line outage .•..•.

Cross Tripping ON Selem #2 - THREE UNIT OPERATION ...

Line outage ...••.

- TWO UNIT OPERATION With Salem Unit #2 ..

Line outage .••...

Page 1 o'f 3

T!lble AA p. 1 Teble AA p. 2-3

Table BB p. l T!lble BB p. 2

T!lble cc p. 1 T!lble cc p. 2

Curve "310" Curve "M-310"

Curve "212'" Curve "M-212"


Curve "310-Xl" Curve "M-310-xl"

Curve "212-Xl" Curve "M-212-Xl"


Curve "310-X2" Curve "M-310-X2"


•

•

•

SALEM UNIT NO. 2 OPERATING GUIDE:

Cross Trip~ing OFF ~THREE UNIT OPERATION •.. Line outage •.••..

- TWO UNIT OPERATION .... With Selem Unit #1 •.

Line outage •••.•.

With Hope Creek •.... Line outage •••••.

Cross Tripping ON Selem #1 - THREE UNIT OPERATION •••

Line outage ••••..

- TWO UNIT OPERATION •.••• With Selem Unit #1 ••

Line outage ••.•••

Cross Tripping ON Selem #2 - THREE UNIT OPERATION •••

Line outege ••••••

- TWO UNIT OPERATION With Salem Unit #1 .•

Line outage •••••.

With Hope Creek •..•• Line outage ••....

Page 2 01' 3

Curve "320". curve "M-320"




Curve "221-X1" Curve "M.,..221-X1"




•

•

•

HO~! C~!!K UNIT O~!~ATING GUIO!:

Cross Tripping Off - THREE UNIT OPERATION ..• Line outage ••..••

TWO UNIT OPERATION .••. With Salem Unit #1 •.

Line outage ••••••

With Salem Unit #2 •• Line outage •••..•

Cross Tripping ON Salem #1

- THREE UNIT OPERATION ••. Line outage ••••••

- TWO UNIT OPERATION •.••. With Salem Unit #1 ..

Line outage ••••.•

Cross Tripping ON Salem #2

·"

- THREE UNIT OPERATION ... Line outage ••••.•

- TWO UNIT OPERATION ..••. With Salem Unit #2 ••

Line outage •.••••

Page 3 01' 3


Curve 11 231 11

Curve "M-231"


curve "330-Xl" Curve "M-330-Xl"

Curve "231-X1" Curve "M-231-Xl"



• lf1f C11fEK - KEEJEY IVTAfii

TRANSlllSSl(ll SYSTEn CfllllTl<M

• Al/TlflWJ.. lfl~ 11'fRAT1#6 6UIDf p119e J ofJ

TABLE AA

CROSS TRIPl'l#6 !fl

THREE UNIT OPERATION

SdLill 11111 II

lllIT /IU'

( liross Ill J

nIN (6ross IWNI}

'/fAX Ill

SALin 11111 n :--------------------

Jw 7, • 87 : IMI T nIN 01 7-6-IM I /fAX (6ross !WAR} CUM I : (Gross Ill) I MX Ill

/a'f CllffK I NITIFICIM. ISU/m I I :-------------------------- : n A x I n u n : : 111 Redlctlan

Jw 7, '67 : lllIT nIN Jw 7, '87 :---------------------"------ : : II«'

01 7-8-CU I llAX /liross IWNI} 01 7-6-lU lllITH STBLZR 111'1/WT 5181.ZR II IWNIJ>tr1clt CUM I I (liross Ill} I /fAX Ill CllM I (liross Ill} (Gross tll} I I

Ill ... II I

'" "' II I

'" '" I II

"' ======== ---------- : .................. .. .................... : . " , " ALL 5111 KV UIES liKJ 5111 K~ TRA#SfllllfRS---}

IN SlRVICE {Set !Elt} ?IO

EXTEllJfD flllCED IVTAfii £¥1 fJf/1fiEJCY RfPAIRS (Set /Ett} ID I DfSlfillATl(ll

502I SALEil-llEANS ---) 755 502J /a'f CllfIX-lfll fllffl)(lf ---)

5024 5.1#.EIHfll f/lfE(l(ll ___ ,

50J7 SALEIHM C1IW: ---)

400 'JJO' 910 'J2rJ' :

400 'n-JIO' 400 'n-J20'

.................... ' 870 'JJO' 2UO

755 400 'n-JJO' 1950

, ,--------------- ',, 2JJO II SH Clrvt .. .. .. .. .. .. .. .. .. .. I 950 I: SH Clrve .. .. .. .. .. ..

... ,,, Ill Ill

Ill I II Ill I II

Ill II I

, " Ill ,,, Ill Ill Ill

II I ,I II

Ill II I

------............................................................................... _ ------------------------------------------------------------------------------------------·-----------------------·------... ---------------.......... ____ : : : IEll FllfEDill 5111 KV TRNISf(l//fR

___ , 755 4111 'n-JJO' 755 400 'n-J20' 755 "" 'n-JJO' 1950 1950 .. SH Clrvt . .. .. . .. .. . .. .. ...

ll-222J /Ell fl/fEDlll-aJX'S Cl1llD } ___ ,

755 400 'n-JIO' 755 400 'n-J20' 755 "" 'n-JJO' 19511 19511 .. SH CllVt . .. .. . .. K-22J7 IEll fllmOl-BEAlfR Bll(Q; ) .. ... .. . .. R-22U /Ell fl/fEIKlf-IJll/r£ J

.. ..I .. ..I

C-2255 /Ell Fl/EE/Kif-SILVER LAKE J II .. I .. '" 2.!DI IJll/r£-nlCKLfT(ll I .. I .. .. . .. l-22J5 8£.tlfR /lllCKIHl.CAaSTfR I .. "' " II I

U-22'7 SILVEllLAKE-COX 1S callER I .. II I

" "' E-22Jl cox's CC1llfl1-CAlfllt I " Ill

" II I II Ill

" ... ALL OTIER EXTElllD f(JIW) IVTAfiiS

___ , 9IO "" 'JJO' 910 400 'J20' 670 "" 'JJO' 2UO 2JJO II Set Clrvt Ill

II II I

Iii flfi(ifJCY REPAIRS (Stt Matti II I II II II I

" "' II '" ===========================================================================================================================================================:========:=============================================== lllTE:

Tht above listtd Artillci11I Island f>tflll!'lltim fl(Nt(' outP11t ls bt9std JOltlY an stllbilit1 cmsidK'atlons. 6tntr11tian re<ilctions mr bt rtQUirtd ff'Oll tlat to tiat for othtr - srsts "111Sider11tions such es traru.iuiar lint overloads, 1foi- ~lion tfttNltncits, tic.

•

• • Wff CtlfEK - KfEIEY aJTAfiE AR11F1CIAL ISi.Aii) iffPtlTlll; WIOC P~ 2 of J

TIWISllI SSI Ill SYSTf/I Cfll)ITI<ll

==========================:===== ALL 500 KV LI/ES All) 500 KV --J Tl/NISfrmJIS IN SERVICE (Stt Note)

JABLf AA

CROSS TRIPPI/ti ~F

TWO UNIT OPERATION

SALfll IMIT II SAl • .fll IMIT 12 ARTIFICIAL I~ : : : ----------------:..____ :---------------------- i II A X I II U II i :111 Rtdlctioo:::

1.1111 III# Jn 1 'al : 11111 III# J111t 7 '87 :------------------------------:: w : : : llAX (Cross /NM) OI 7-8-1)4 i llAX (Gross llVAR) OI 7-6-IM /WITH STBLZR WITIWT STBLZR i llNAR l>eficit:::

(Gross Ill) I llAX Ill Clrvtl :(Gross /Ill I llAX /II Ctrve I : (Gross 1111 (&-oss fll) : : : : : ---------.. :-................... ---------- ' .................... I

,. ,,, I I ..................... I I I

1162 3'0 '212· 1162 J40 '221' 1960 1960 : i 5tt Ccrvt ii: " "I II "' " '" " "' fXTfll!CO FllRCfD WTA6E Ill flfRfifl£Y llfPAIRS (Stt liittl " '" " '" IO I OCSI611AT1111 II "' " '" II I" II "I

51121 SAl.fll-DEAllS )--} ·11-212': ·11-221': 1080 4'XJ 1080 'IXJ mo mo : : Stt Cll've "I "I

5112J /f1'f CllffHfll FllEEM ) II "' II "' 5112' SAl.Ell-IEW fllffl)(lf ) " "I II II'

5/lJ7 5Al.f1Hllf CRffX ) " "' " "I

------------·---------------------------------------------------.. ---------------------------.... ----------------- .. ----------.......... --------------------: : : ALL OT/ER fXTfll!CD FlllCED WTA6ES Qll fJf/lfiVCY llfPAIRS

--} 1162 J40 ·212· Jl62 J40 ·221· 1960 1960 :: SH Ont :::

" " II I "I

================;============================================================================================================================

SAl..fJI l.llIT II lll'E Cl/HK :-·-----.......................... .. I

'

ARTIFICIAL ISU. llAXIllUll

I" "I

::111 Rtdletloni I: IMir llill Jmt 1 '&7 : l.lllT Ill# J111t 1

187 :-----------------------------: i w : : i

TRMISllISSIIW SYSTfJI Caf)ITllli

llAX (&-oss llVAR} 011-8-IM : lfAX (Gross llVAR) 01 7-B-IM ifllTH STBUR WITIWT STllUR ::INAR Dtflcit::: (liross Ill) I llAX Ill CllW I :f&-oss Ill} I llAX Ill Urvt I i (liross Ill) (Cross Ill) :: :::

=====-====================== ·--------- ----·----- ---------- :-------·- ---·---·- ..................... : ·--·--~- --------·- : : ...................... : : : ALL 500 KV LIIES Nm DJ KV --1 ms TRNISlllllfRS Ill WICE (Stt Mitt)

fXTBlifD FQllCED WTA/il Qll Elfll(lJKY llfPAIRS (Stt Note) ID I llf51a4Tilll

S1J21 SALfll-DfA#S J--> um 502J /f1'f Cllffl(-lfll FllfE/Xtl J SQ2' SAl.fll-/fll FllffTKll } 5/lJl SAl.f/1-/0f am: J

'DO '21J'

4()IJ

I I

'll-2JJ' :

1065

9'0

4'XJ '2JJ.

' I

I I

'IXJ 'll-2JJ':

1960 1960 : : Stt Cllw "I Ill

" Ill

" "I II "I

" "I II "I

" I" " Ill

" '" " "I

" I"

mo mo : : Stt 01w I II I"

II "I II I II

" I"

" I" II "I II '" ...................................................... - ............................................................................. _ ............................................... _ ...................................................................................................................... I ff

600 '2JI. : I" ALL OTIER WflllD Fil/CED WTA6ES ctl f/ERllEIKY REPAIRS

--} U25 400 '2JJ' 1065 1960 1960 :: Stt.etrve :n II ,, "I "I

::.::.:::::.:===================================================:.====:======================================================================================== l«!Tf:

Tht tlbove listed Artiflclal Islsid f/tfltf'lltloo ~ o~twl is based soltlr oo stability CMSiderations. Gtntration rtdlctlons ey bt fflilirtd frOIJ titt to t l11t fer ot/\tr ~ systtfl CMSidtrtltiw such 115

lrtlll58issioo Ji~ OVffloads, 1inJ .. fltfltf'lltioo ~mcfrs, trc.

Issued by: ~\!, IA.0 6 ·IC -t- l

Syst. ~s . . :rn H- /&_<;M "-10 - ~ i Srst. Pfmg.

•

• • ll1'f CRfEX - AECJEr CVTMif ARTIFICIAL ISLAllJ t:l'fRAIIll> GUillf fagt J of J

TABLE AA ··.,

CROSS TRIFPIN6 <H

TllO UNIT OPERATION

SALE/I IMIT 12 ll1'f CRfEK ARTlflCIAL lSLAllJ : : : ---------------------- :--------------------- If A X 111 U If : :111 Redlction:::

IMIT 11111 Junt 7 '87 : IMIT° 11111 J111t 7 '87 :-------------------------·----:: lltf' .' .' .'

T/IANSlllSSllli /IAX (Oro.ss llVARI 01 7-4-04 : /!AX (6ross llVNJ} 01 7-8-04 :1111H STiii.ZR 11111WT STBLZR : :nvNJ Otficit.':: SYST£/l ctllll1l(IJ (6roJS 1111 'flAl /II Cll'Vtl :t6ross /Ill 'llAX"' ClrVf' {6ross Ill} (6roJS Ill} :: :::

================================ ---------- ---------- --------- :---·------ ..................... ·--------- : : ,' ---------- : : : ALL 5lXI KV WES Ml) 5lXI KV --! TRAllSF<REJIS Ill SERVICE (Sft Mitri

EXTEll!ED F<llCfD WTAliE aJ E/Otif/Cr Tlf!AIRS (Sft Mitt}

ID I · D£SI6NAfl(ll

5021 SAl.Elf-llfAllS }--) 502J W1f CREEK-IEll F/IEEMI I 502' SAl.£11-IEll FRfEOCll ) SOJl SAi.Eii-ifft CREEK )

ms

lCXX! UXJ "1f-22J" 'MO

1960 1900 ,': Srt Cll'Vr "' "' II "' " '" .. . .. " '" " "' " '" " "' " ... " "' " "' " "' " "'

lllO : I Sft ClrVf "' "' -mo " "' " "' " "' " I II

" ... " ...

---------------------------------·--------------------------------------------------------------------------------------------------------------·---: : : All 01/fR ffl£11!£D f<1/W)

WTAliES aJ £IERGflCY Tlf!AIRS

--) ms 1065 1960 . 1960 //SH Ont :::

" " '" U I

=================================:======================::================================================================================================ ll!TE:

Thr lbovt listed Artificial Islnl gtfltf'atiM _,. outwt is based solrlr on stability considerations. Gtneretion rt<ilctions 111 bt rtG1irfd fro11 ti11t to u~ f<K othrr _,. srstr. considerations such as tr1r1s.ission linr owrloeds, 1ini .. gtM"lltlOil ~irs, etc.

wa __ : IMIT I-------OT/ER U _______ _

•

• lf1'£ CKffK • Aff/EY WTA6E ARTIFlClAL ISL~ Cl'fllATIMi liVlCf

.,

TllANSllISSilll SYS Tfll ctlmITICW

ALL SOO AV LI/ES ~ 5aJ KV TR#SF/ltfiS ---J Ill SEKl'lCf (Stt M>ttl

X-TRIP Ill SM.Ell IMI1 II

11111 llU

(Gross Ill}

U62

tllll f6ross /NARI

I /IAX Ill

2UI

EXTEJ«D F<l/CED WTA6E (lJ Etf116llCY REPAIRS {Stt Nott} ID I CfSllillATllll

••••••••••••••••••••••••••• , ••••••••••••••••• d ........ 11 ............. .

J111t l, •a1 01 l-B-04 CUM I

'JJO-XJ'

CKO SS

• '·~

Pagt J of 2 TABLE BB

CKOSS TRIPPING SCHEllE 011 SALE/I II

====================================:============================

THKEE UNIT OPEKATION

: SALEll 11111 12 lfff CflffK : : SALE/I 12 t /Of CllEEK : : I: I '···---------------------- !--------------------------- : : 11 A X 111 U 11 I 1111 Ktdl:tlon:: I

11111 11111 Jw l, •a1 : 11111 11111 J111t l, 'al : :-----------------------------:: w , ,, llU {6ross llVARJ 01 1-B-lU /IAX (6ross llVARI 01 1-B-lU : l1111H STBLZR lllTIWT ST&.ZR : :nvAR Dtficit:::

(liross /II} I Ml Ill CUM I (Cross Ill) I /IAX /II CUM I :: (liross Ill} (liross Ill) :: :::

ms 4/JJ 'J20-XJ' ma

llAY BE DISABLED

JlD

II ---------- , . 'JJO-XJ' : :

II

" " " II II

: :-----------·::: 2lllJ : : Stt CU-vt

II

" " "

Ill I II 1 H HI

II I 111

If '" 11 II I

" ", If " • ., U.tlUllllCl.UIUflU.UUUUUtUllllUIUllUUA.UllUiUUIUf,UUU I 11

I H

'502J SAl.EIHIEANS ---) 755 UXI '11-JJO-XI' ; TKIP1116

755 4/JJ '1f-J20-XJ' : 755 UXI '11-JJo-Xl' I I ARTIFICIAL lSUM? IMXlltfl I: Stt Ci.rvt I" Ill

'502J 111'£ CREEK-IEll FRfEIKlf : : 1950 1950 : :

" " II II

I II 111

I II II I

'5024 SAUIHfll FREEIKlf '50Jl SAl.Ell-IO'f CRfEK I 11 I If

' " " "' •••• IUI. '' ••••••u •••• I ••••••••••••••••• I ••• a I ••• ' .... I' ... I ...... .u••••• ................ ,, •••• ' •• ' .............................................................. ,.,,,,,, .................................... ' ' '

l/JJ 9 BllAIOllUIG-DENIS

l/JJ6 ltDTIS-8RAll:lfllll6 l/Jll EUIOY-Bll«~ l/JJa llAIW'O-&'IAllJ

11-2223 lfll FRfEDal-COX'S C«ltER I K-22Jl IEll FREmlHEAIO BlmC I R-2244 IEll FllfEl)(lf-/f#I I C-2255 lfll FllHD'11-SIL IO I.AKE I 2J04 WNa-11100.ETlll J l-2235 BEAIO llRra-61.IXKESTER I U-22~1 SlLOAKE-COX 1S C(lJJER J f-22JJ COX'S ctlllER-CNall )

ALL OT/EK EXWIO f(IJCfD WTAOES (lJ E/E/16EICY REPAIRS {Stt M>lt}

--->

---)

---)

---)

---)

---)

1162 2UI •I ,

Jl62 2UI JOOS J005 400

. 1162 240 1005 UXI JllJS 400

JJ62 2UI WJD JOJO

1162 2UI JOJO JOJO 4/JJ

IJ62 240 'JlO-XI' ms 4/JJ 'J20-XI' lllB JlD

II I

II SALE/I 12 t /Of atffK II Ill II II Ill

" llAX l llUll II Ill

" II II I

II II 111 I,--------------------------- I I Ill

II Illa 1750 :: 0.5 ::: " " II Ill II II II I

II 1850 J450 .·: 0.5 ::: II

II II Ill II " Ill

" II II I .. II II I

II II II I II II II I

II J850 1850 :: 0.5 ::: II

" II I II

" II Ill II J900 JSUJ :: 0.5 ::: II

II II I II

" II Ill

II " 111

" II I II

II J900 J900 :: 0.5 ::: II

II II Ill II II I II

II II , " II II II I

II II I II II II II I II II I II II I

II II Ill

" II II I

II II 111 II II II I

" II II I II II "' II II II I II II Ill

'JJO-XI' II 2fXXI 2lllJ : : Stt CU-vt Ill II Ill

" II II I II II Ill

============================================================--================================================================================================================================================= llJTE: The t!bovt llsttd Artificial Isl.nl ~Mtr11tion POllN outD11t is ba5td soltlr oo stability considtratlons.

Genenitlai rtd.lctiais lllY be rNJirtd fl'<• tiat to tiat for othtr POI/tr" srslN consideratims such as tr«isaisslon lint overloads, 11n1 .. lltfkf"alioo ~its, tic,

Other conditions rt~iring tilt tl>t Cl/OSS TKIPl'l¥; SClf/f be dis5bltd shall be o/J~td.

_Issued by: l.'i.t.'"'-', " -10 -~ 7 Srst. itw's.

:IDH/t(f/L &-10-41 Srst. I PJmg.

•

• • lf1f CllfEK - KWEY WTAliE ARTIFICIAL /SUN! ll'fRATllli GV/Df

TABLE BB

CROSS TRlff'IN6 lll SALEll 11 =========================== ·· . .,.

TllO U#IT OPERATION X-TRIP lll SALEll llilr 11 SALill 11111 12 - ARTIFICIAL ISUll> : : I

------------------ :------------------ If A l l If U If : :111 Rtdlctii:n: t t I.MIT III# ~ 7 '11 : IJIIT /fl# Jin 7 '17 ::---------------------------:: w : : :

TllMSlllSSllll SYSTEll a.miil

/llX (Gross /WAii} OI 1-!-11' : /llX (fillns /WAR} 01 1-IHM 'llITH STllUR lllTIW'I STBLlR I I/WAR ~fie it I I I (GNns Ill} I IMX Ill CllW I l(tilws Ill} I /llX Ill Cltw I (Gross tlll (fillns Ill} : I I::

========================== -------- f-----·---- -------- ,. , ,, I I -------·-- I I I

All 5ll1 KV LI/ES NI) 5ll1 KV -> 2"! '212-XI' 1162 2'11 °221-XI' 2J24 2J24 : : Stt Orvt ' .. "' 1162

l'RANSflXllfllS IN SfllVlCf ( Stt llott) .. ... .. " . .. . " .. .. . .. '" " "' EXTE1181 FfliCED WTAliE ill ElflfiEJCY flfl'AlRS (Stt llott} .. ... .. ... 10 I DES191ATllJI

" ... .. " . 1710 : : Stt Orvt "' '" 5021 SALilf-DfAllS }--) 400 'lf-221-XI' I 1710 400 '11-212-XI' I 1080 1080 .. ... .. .. . MrlJ lflf CllEEX-IEll Fllfmll I .. ...

" ". 5024 SM.f/Hfi FllfEl)(JI I .. ... .. ,,, ~1 SALill-lf1f CllfEK I - ,,, --------------·-------------------·-------------------------- .... ----------·---------·-·-----··----------------------------------------·----... --,,.

ALL OT/ER EXTEIUI> FIXICED WTMiES ill EffRWCY REPAIRS

__ , 1162 240 '212-XI' I 1162 2'0 '221-XI' : 2J2' 2J24 :: Stt Cllw :::

,, "' II I II

===================================================================================================================================--::---====--===== X-TRIP (JI

SALE/I I.MIT II lf1f CREEK ARTIFICIAL ISLAM? I I I ------------------ :----------------------· I If AX 111 U II ::111 Rtdlctlt:nlll

lllIT Ill# J111t 1 '17 I I.MIT lflN Jin 7 '87 :----------------------------:I Ptt" I I I TRA#SlllSSllJI 114X /Gross INN/) 01 7-8-IM I ll4X (Gross /WAR/ 01 7-8-11' 'llITH STl1UJl lllTIW'I STBUR II/WAR ~flcit::: SYSTEll a.ITllJI (Gross Ill/ I 114X Ill Cilw I l(Gross Ill) I ll4X Ill Clrve I (Gross /II} (GNns Ill} I I I I:

================================ ---------- ............... ___ ....... _______ :--------- -·-----·-- --------~ : : --------- : : : ALL 5ll1 KV WES MIJ 5ll1 K'I --1 240 ~21J-XI' 2280 2280 : : Stt Cltw . " . " 260 '2JHJ' 1111 1162 TllANSFOOfRS l# SEiVlct (Stt llottl .. ...

" . " .. ... " "' " . " " . " EXTEIUD FCllCEI> WTAliE ill fffR68£Y flffAIRS (Stt Nott)

" ... " "' 11> I DESIQIATllJI .. "' .. ...

1710 : : Stt Cllw ... '" 5021 SALEIHIEANS J--1 400 '1f-21J-XI' I 1710 400 '1f-2JJ-XI' 940 JCXXJ

" ... " ... 502J lf1f CllfEK-lfll fl1ffCKll I .. "' " '" 502' SALEn-lfll FRfE1X11 I " '" .. ,,, 50J1 SALEIHlft CllEEK - I

---------------·----------·----------------------·------------·---·--------------------------------------------------------·-------------::: ALL OTIER EXTEJUD FlllaD WTAliES Iii ElfRriEICY flfl'AIRS

--) 1162 240 °21J-XI' I ma 280 '2Jl-XI' I 2280 2280 : : Set Orvt : : :

" '" II Ill

::::;::==========================================================================:===============================================:.:::::::.z:=============== lfJTE:

Tl'lt lllx!vt listtd Artificial lsln Qtfltf'ation wwr outwt is tiastd soltlr on stabllitr cansidtrations. ~ation rtdJctions aar lit f'NJirtd ff'Cll ti~ to ti11t for othtr P<Ntf' srstt1 coosidtrations such as trs151Jssl<n lint ovel"lo.sds, 1ini .. Qtfltf'atlon tlet"llfflCits, etc.

Issutd br: lww 6-I0-97 Srst. ~s .

.:t D ~ K-ftl·.11 srst. lmsi.

• P111t2of2

ClllfNTS

~ ' __ , : f 2 = rw I.MIT; J = rtflEE 111m lllIT I---- I (I = Sl.1111; 2 = SL/112; J =IC}

OT/ER llilT I _____ , (I : SUlll; 2 = SUl2; J = IC/ x-TRIP Ill _______ : (XI = SUlll; 2X = Sl.1112}

• • ll1f CRffX - KEEIEY WTA6E ARTIFICIN.. 1Sl.MV ll'fRATIN6 WIN. ~ l of 2

TABLE CC CROSS TRIPPING SCHEllE ON SALE/I 12

==========================================.::======================

THREE UNIT OPERATION l-TRIP IJI

S4LEll ll#IT IJ SALE/I II/Ir 12 IU'f CREEK : : SALE/I Ill IU'f CRfEK : : : : :

TRANSllISSIIJI SYSTE/f COOITIIM

========== ALL 500 KV LI/ES All) 500 KV TRNSFl/lflS ---) I# SERVICf (Ste Nott)

oor Ml'

(Gross Ill)

ms

EXTEJaD f(llW) OOTAfi£ 111 EIERfiEJCY RfPAillS (.Stt A'otr) ID I OCS16NAT1111

III# (Gro$s INNI)

I llAX Ill

:------------------------- :--------------------------- : : If A X I If U If ::1t1 RtdJction: I I Jent 7, '67 I II/Ir III# Jent 7, '67 I · lllH llIN Jent 7, '67 ::-----------------------------:: pa- Ill OI 7-8-IM llAl (/ilws /NAR) OI 7-8-CU : llAl (6ross /IVAR) OI 7-8-CU Ill/ITH STBLZR llITIWT STlllR 11/NNI Dtficit::: CUM I I (fi'oss Ill) I llAl Ill CUM I I (liross Ill) I llAl Ill Ctllf I I I (fiross /fl) (6ross II/) I I I I I

---------- ,' .................... .. .................. : " : :-----------::: " all . 'JIO-X2' I J70 "JJO-X2' " WXI 2Clll : : Stt Clrvt II I

" , " 'J20-X2' Jll8 1162 240

" " ", " " ", " " "' " " ", .. " ", " " Ill

I I U II I U If II I ..................................................................... CROSS TRIPIN6

755 llAY BE DISABLED l.Ull.U••t.UU.ltlUU•llUllUUllllUUUUllUIUIUUIUIUUUUt.U I I I

II I

'5021 SALEIKJEAllS ---) 755 400 'll-Jll>-X2' : '502J ll1f CRff/(-IEI/ f/lfff(tf

400 'll-J2fH2' I 755 400 'll-JJO-X2' I I MTlfICIAL ISi.Aii> /IAll/IJI I I Ste Clive I I I :: 1950 1950 ::

" " " "

"I Ill

I" Ill '5024 SALEll-IEll F/IEEIXll '50J7 SALEIJ-IU'E CliffK I II

I fl II Ill

llllllUlll.lllllfllflllfjflllll•llllftjffll tlt•••I t•lfll•lllllllA••lllllljjlllllll•lllllllll I lllAIJllAAllllll'lll••••tll.fl•l•lltlA•••UAJlllllllllllllllllllJlll•.tlllllAlllllll.l.llfff.tfl.tllll•ll•lll.111111.tl:l:l:l:l: I I I

5019 BllAIOfilllH£4VS

5016 AUUlTI5-BRAIDlil.l16 5017 Ell/OY-lll1AIC1fllll6 501'~

IEll FllEED/ll 500 KV TllMISffl/IEJI

ll-222J IEIJ FNEEDlll-OOX 1 S asER ) K-22J7 /Ell FllEffm-fiA'rfR l1lllXJ: I 11-224' /Ell f1IEEDlll.IOlli I C-2255 IEI/ FllEElm-SIUfR LAKE J 2JlM lfll«E-llICKLETlll ) l-22J5 BEA'rfR /lllCXHil.fUlSTEI ) U-22'7 SILIOJ.AKE-CVX 1S C1111U. J E-22JI cox's WllEll-CNUN I

ALL Ollfll EXTflllED FC1/WJ OOTAfi£S 111 Elfli6EJCY llEPAifiS I Ste Nott J

---) 1162 240

---) 1005 1162 240

' --) 1005 1162 :uo

--) IOJO 1162 240

---) JOJO 1162 240

---) IW 400 'Jl0-X2' 1162

955

1005

1005

lOJO

lOJO

lll8 JlO 'JJlJ-X2'

" " " "

SALEJI ll I IU'f C11W: If AX I If U II

II II II

"

Ill

: :------------------.. ----------::

II I II I IH II I 1 .. II I

" " 1750

" " " " " " " " II II

" " 1850

" " " " l9tXI

" II

" " " II 19W

" " " " II II

" " " II

II

" II II

" II

" " 2100 II II

1750 ::

" " 1850 ::

II II

II

" " " J850 ::

" " JSOJ :: II

" " " 19tXI : :

" II

" " " " " " II " " " II

" II "

0.5 ::: Ill

'" 0.5 ::: II I

"I 111 Ill

111 II I

0.5 ::: 111 111

0.5 ::: II I Ill

111 111

0.5 ::: 111 111

II I Ill Ill Ill

Ill Ill Ill Ill II I Ill

111 II I

II I 111

2fXIJ .': Stt ClTvt : : :

" II 111 I"

=================================================================================================================·==========================================··===============···======================= llJTE: !ht fixlve listtd Artificial Islim 11:ner~tion ~ outwt is bastd solely on stllbility considerations.

litntratioo rtdict/ons er be l't<ilire'1 frc• tilte to ti11r for othtr P<Mf' srstt1 considerations such as tr«JS11issloo line overloads, 1iniu (JtOO'atioo ~its, ttc.

othtr conditioos l't<iliring the the OOISS Tllil'f'IM"i SOf/f ~ dis&>Jtd shall ~ observtd.

Issutd by: (1411,; 6 -10 r 7 S>'st. ~s.

JJ)ff/Jl(fl. C-r• •f1 Srst.'fJmg.

•

• • lfff C1lfEX - KEE/Er WTMif ARTIFICIAi. JSl.All) (1'£RATJl5 6Vlll

T~ISSllll

SYSTEll COOI1llli ================================ ALL 5CXJ KV WES NIJ 5CXJ KV --> TRAlfjfCfllfliS IN 5EINICE (Ste liittl

TN!LE CC

Cll(ISS TRll'f'lllG Iii SALE/I 12 ============================

1110 UNIT OPERATION HRIP Ill

SALEll 11'1111 SALEll IMIT 12 ARTIFICIN.. 1st.All) ·::: -------------------- :---------------------- : n A x 1 nun : :111 RtdlCtion:::

IMIT nJN J111t 1 '87 : IMIT IUN J111t 1 '81 :----------------------·-----:: PK' I: I 1141 llii"Oss lftlAR} OJ 1-8-04 : 1141 (6ross lfVM} 011-8-04 :111TH STBLZR 1111/WT STBLZll ::INAR Dtficit:::

(&ross 1111 I llU Ill Cuw I f(Grm Ill) I MX Ill Clrvt I : (lirou 1111 (lii"Oss Ill) : : : : : ---------- :-·------· ....................... .. ...................... : " ......................... : : : .. '21i-x2· : 1162 240 ·221-12· 2J24 :: Ste £llvr ... ... 1162 240 .. .. . .. ...

" ... " ... .. "' .. . .. EXIDllD F'11CED OOTAfiE at EIERliEJCr REPAIRS (Ste Mitt}

ID I llSIGNAtlllt

M/21 SALIIH£tllS }--) 1080 M/2J lffE CllW:-IEll FREEDlll } 502, SALElf-10 fl/ff!)(lf J 50J1 5ALE1H«1'E am: )

' I

Ul1 'lf-212-12' : l/JIO Ul1 '1f-22J-X2. : mo

" ... .. ... " ... .. . ..

llJO : : Ste Cuw '" I II .. II I

" '" " '" " "' .. "' " '" -----·---·--------·---------·---------------------------~----------------------------------------------------------------------------::: AU 01/ER EXrE/llfD FlliCfD OOTM;ES at DfllliEIU REPAIRS

--) 1162 240 '212-X2' : 1162 240 ·221-12· : 2J2' 2J2' :: Set Clrw ::: .. "

. .. "' ===================================:;;:::::::::::::;:::::::::.:::::::::::::::::::===============================================---... -----=-=r-r---

TRA#SllISSllli S'fSTEll COOITllW

=============================== AU 5CXJ KV LI/ES ~ 5CXJ KV --1 11/MtiFIRfRS I/f SEIVICE (Set llott)

HI/IP /Ji

SALEll 11'11 12 /fff C1IEEK ARTIFICIAL ISUMI : : : ---------------------- :---------·------·--- II A x I II u n : :111 RtdlCtlon:::

IMIT n1N ]lllt 7 • 87 : IMIT n111 J111t 1 ',, :-------------·-----·----·:: II«' : : : 1141 (Gross lfV.111) 01 1-8-04 : 1141 (6ross lfVNl} 01 1-8-IM :111TH STBLZR 1111/WT STBLZR ::tNAR DtfJciti::

(&ross Ill) I llU Ill Clive I :trirou 1111 I /Ml Ill Clrw I : (Grm Ill) (lii"Oss 1111 : : : : : ._ ________ :-··-----· ··--·--· " ......................... :::

" -·--·-·--- : 2260 : : Ste Clrw

,,, "' '2J2-x2· 2tl.O . '22J-12' JUI U62 2111 228/J

" '" " II I

" ,,,

" I II

" . " " II I ElTEJ«D fatCfD OOTAfiE at ~y REPAIRS (Stt #alt)

ID I llSiliNATilli

5021 SALEIH)fAllS J--) llDI M/2J lfff CllW:-lfll fllfED(lf J 5024 5ALE1l-IEll f/lff/)(lf J 50J1 SALill-lfl'E am: J

. I

•W 'i'f-22H2' : "" ·n-m-x2· mo

" I II

" '" " I II

" I II

mo : : Ste C1rw ,,, II I

" I II

" ". " '" " "' " '" " I II

.................. _ .............. ----------·-----·---------------·---·--·----·-·-----·----------··------------·--------------------·----------::: All Ortf/I EXTEIW f(gff) --1 U62 2'0 '22J-X2' I IUI 280 '2J2-X2' : 2280 . 2280 : : Set £llvr : : : MAGES at ElfliWCY llfT'AIRS : : I I: ;;;===-==================================================.,,.===============================================================;::;;=;;;i~;x;J==6:=.=;= -& 7

Tht IJliow llsttd Artiflcl1l Isl/Ind '1tflt('atlon t>IYtltf' outPUl is bastd soltlr on stllbiJJty considerations. 5Yst. ~s. 6tneration redlctions 1111 bt r~irtd fr<a titt to ti.at f<r otlltr t>IYtltf' srste. consid!n!tioos such as JDff/Lli!!:J. L -/ q - A , tr1m1lsslon lint wtrlc.sds, 1lnl .. ll«ltf'ltlon twf'Pmtits, ttc. Syst'.Pllr;.

.-• PM2of2

CUI/If ' C(llf carors

Ira __ : : (2 = 111> 11111; J = 111/EE IMlTJ 11111 I---- : fl ~ Sl.1111; 2 = SUll2; J =IC)

OTIER 11111 I_____ I (1 = 51.1111; 2 = 9.1112; J =IC} ___ : (IX= SUlll; 2X = 5tlfl2)

ii

•

•

••

HOPE CREEK-KEENEY

· OUTAGE

OPERATING GUIDE

•

•

•

017-8-04· APPENDIX B 06/07/87 ISSUED BY· ,(}WW G-g-8 7 [i _______________ _

SYST. OPERS. -<ttn/:~_-:9.._._.a7_ ___ _

SALEM 1 - "CURVE NO. 310

CROSS TRIPPING OFF


Usvsr. PLNNG. 5015 HOPE CRK - KEENEY OUTAGE

10 0 0 ....,.....------..----,----,-- ----· - --- ·- ---

1 I I • I I

75 PSIG Hi------900

800

NORMAL OPERATING PRESSURE i I -·-. --r-- - -·--+--L---- MAXIMUM ----

' I ; TURBINE ! ! CAPABILITY

60 PSIG Hi

Cl 700 w I-

'

45 PSIG Hi

<....> >< 600 w a:: w > 0

500

400 . '

!

300

Vl ~ 200

~ C)

100 w .:?:

0

I -10 0 -+------l---+-----+------4---4-----+------<-

____ ____._ --·--·---

-500

-700~:-r---r----.---+---.---T-..--+--.--T---..----.--.----r---.--+---.---;.-.--+---.--+----,-.......... -.--~~~, 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS : C310

----- ---------------------

• 01 7-B-04· APPENDIX B 06/07/87 ISSU_ib BY:

l-4,JW 1 -0 -~ 7 --------~-~------SYST. OPERS.

_,,4~ __ ,_:.~:~~-~T. PLNNG.

1000

900

800

Cl 700

~ C3 ~ 0:: w > 0

600

500

400

I I --75 PSIG Hz

I

I I --so PSIG Hz

I

I

45 PSIG Hz

-

-

- r---

r---

r--_

SALEM 1 - CURVE NO. M-310

CROSS TRIPPING OFF

THREE UNIT OPERATION 5015 HOPE CRK - KEENEY OUTAGE

~~AL OPERATING PRESSURE

r---I'--~ r--._

---- ~ r--_ ~ ---~ ~

............... ~ ~ ~

I "\ , '

---------- ---- - -

MAXIMUM TURBINE

CAPABILITY

~ K

\

"\ \ \ \

\ \ \ I

. . \ \ -

I SALEM STEP-UP TRANSF'ORMER TAP = 1.092

I I

I J I I

:/ .v I v v v v / ./ /

v / [;7 V. r

~ v ----- ----~ t..-- L----- --r--_ --L---

-700 0 100 200 300 400 500 soo 100 aoo 900 1000 1100 1200 1300 1400

MEGAWATTS CM310

•

I

I •

01 7-B-0"4: APPENDIX B 06/07/87 lS~UEb BY:

1l1J.Jw 6 -e-~7 -----------------SYST. OPERS.

.A~--~=L-..a.'l_ ~T. PLNNG.

1000

I I 900 --75 PSIG H2

I

800 I I

--so PSIG H2 I

0 700 Lo.I I-

45PSIGH2 u >< 600 Lo.I a::: Lo.I > 0 500

400

300 -

(/') a::: 200 ~ <i: (.!)

100 LU -~.

0

-100

.

------

-----

SALEM 1 - CURVE NO. 212

CROSS TRIPPING OFF

TWO UNIT OPERATION 5015 HOPE CRK - KEENEY OUTAGE

NORMAL OPERATING PRESSURE r---__ r-........... ~ r--_ .............. ----. -......_ ~~

............... ---~ --.......... ............... ~

"' ~

MAXIMUM TURBINE

CAPABILITY

"" " \ '\ \

\~/; \· \

< ,

\ ~~

.ill

. '

SALEM STEP-UP TRANSFORMER TAP= 1.092

o-200 Lo.I 1-u >< ~-300 w 0 z =>-400

-500

-600

-700

' . ....

~

/

v ~ --- ----- ~ - ~ r--... -~

j J

I J I / J I

/ v v v ./ ./

/ ........ ~ v -

I

o 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS C212

•

•

•

01 7-8-04• APPENDIX 8 06/07/87 ISSUEb BY·

t~-~---~=~~_7_ ___ _ SYST. OPERS.

_At~ - ~--: 9.: _e.'l. _ -UYST. PLNNG.

1000

I I 900 -~75 PSIG H2

I

800 I I

-~60 PSIG H2 I

0 700 LI.I I-

45 PSIG H2 u >< 600 LI.I ~ LI.I > 0

500

400

300

U1 a::: 200 ~ <X: <..::>

100 w ::E

0

-100

-----

-----


CROSS TRIPPING OFF


I I I

! NORMAL OPERATING PRESSURE

-----+--r----. MAXIMUM

TURBINE

I ---.._

r---......_ CAPABILITY --- -------- ~ ~ ""' ---.. ---.._ ~ I~

............... ~ I\ ~

""' ~ \ \/ \ -\ -

/\ \ \ /' \

/, I I

-

I

'

SALEM STEP-UP TRANSFORMER TAP = 1.092

o-200 LI.I I-u >< W-300 ~ w 0 z =>-400

-500

-600

i I I

···-· ... I I J /1 i/ !/ I I I

v / v v / _/ /

v v ~

I v I "

~ ----- ~ I ------ --- ...--... - l_.--- ---· -~ -700

0 100 200 300 400 500 600 . 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS CM212

•

•

--·-----·----- --- --- - ---- -- ·-· ..... ·-

01 7-8-04· APPENDIX B · 06/07/87 IS~UEb BY:

7 _..,e~~--6:~_j_ ___ _ SYST. OPERS.

~-9t-=!J..-1J.'l_ (jlsr. PLNNG.

1000

I I 900 --75 PSIG H2

I

BOO I I

--so PSIG H2 I

~ r---

-


CROSS TRIPPING OFF


NORMAL OPERATING PRESSURE r---_ . r-........... .......__

.............. r--..

MAXIMUM TURBINE

CAPABILITY

c 700 w I-

45 PSIG H 2 ----... .......__ ~ ~ C3

~ 600 ct: w > 0

500

400

300

(/) a::: 200 ~ <x: <..::>

100 w ~

0

............... r---___

----~ --......... "' ~ ~ i\ ~ ~ "\ ~

J( . \. I \ \ . ,

\ ' -

I -100


c-200 w !:: u ij-300 0:: w 0

·z ~-400

-500

-600

' .. I J I

I/ I I v v /

/ / ./ /

/ v / ~ '

~ L-/ ~ ---- ----~ --- ,....--•• -700

~ ...

-i--_ - -----0 100 200 300 400 500 600 700 BOO 900 1000 1100 1200 1300 1400

MEGAWATTS C213

• CM213


CROSS TRIPPING OFF.


-:---_ NORMAL OPERATING PRESSURE ~

-r--_

I

I i

I I ! MAXIMUM ~1· TURBINE I I

CAPABILITY I I

I I I

. ' , \ I J I

I I


200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS

•

i

•

01 7-8-04• APPENDIX B 06/07/87 ISSUE:~ BY·G -~-B 7 _£w _____________ _ SYST. OPE:RS.

~-9-::~-...Jj1_ (....6YST. rPLNNG.

1000

I I 900 _,___ 75 PSIG H 2

800 I I

_,___ 60 PSIG H 2 I

0 700 w I-

45 PSIG H2

i3 x 600 w a:: w > 0

500

400

300

(./')

a::: 200

~ <.::>

100 w -~

0

-100 I

I I

! I

I

SALEM 1 - CURVE NO. 310-X1

CROSS TRIPPING ON Sl.


-r---_' NORMAL OPERATING PRESSURE r---___ I'--..

I'--. I I ---r-- r---_ I ---- ~

r--_ I I'--. .............._

---~ -............. ~ "' ~

~

.

MAXIMUM TURBINE

CAPABILITY

~ ['-.....

r\ '\ \

\ -\-

\ /'\

/'

SALEM STEP-UP TRANSF"ORMER TAP = 1.092

o-200 w t: u x W-300 a:: w Cl z ::::::>-400

-500

-600

-700

. ... --r--...

I

./

v ~ --- ----~ i-- L---- L---

j

I [ . .____~ ~7-"

.... __ ~ .. ·~-; -

I/ IJ [7 l7 v v

./ /

v v ~

~ -i--

I t--~·

o 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS C310X1

(/') e:::: ~ < (.!) w ~

01 7-B-04'. APPENDIX 8

06"07/~7 ~-'--!Pl ;r~---SYST. 0 r~d--

:SJ>J± ~§--J.~-j]-SYST. P NNG.

1000

I I 900 --75 PSIG H2

I

800 I I

-i--50 PSIG H2 I

0 700 w I-

I

45 PSIG H 2

u >< 600 w a:: w > 0

500

400

300

200

100

0

-100

-

SALEM 1 - CURVE NO. M-310-X1

r----

-

-----

CROSS TRIPPING ON Sl


NORMAL OPERATING PRESSURE r---- __ ---......... ~ :-----. r--_

----- ~ ---.. ............... ---~ ~

.........._. "" "' ~ I \ , ' I

.

MAXIMUM . TURBINE CAPABILITY

~ ~

I\

\ \ \ \

\ \ \ , \


o-200 w I-u >< W-300 a:: w 0 z ~-400

-500

-600

J I

·- - .... -·. / J I

/ v I v / v / ./ / /

/ / v ~ "

~ L.--/ .---- .---.--- ~ ------- ---- -~

-700

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS CM310X1

• 01 7-B-04: APPENDIX B 06/07/87 ISSUE:b BY:

_£.ww __ ~_-_8~2-svs!_·~ O!~s.

~,QM- - ~--= 'J_-_8']_ (_,.a'vsT. PLNNG.

1000

I I 900 --75 PSIG Hz

800 I I

-i--so PSIG H 2 I

0 700 i..J I-

I

45 PSIG H 2

u >< 600 i..J 0:: i..J > 0

500

400

-

• U1

300

a:: 200 ~ <:( (.'.)

100 w ~

0

-100


CROSS .TRIPPING ON Sl .

TWO UNIT OPERATION 5015 HOPE CRK - KEENEY OUTAGE·

~ :--- NORMAL OPERATING PRESSURE r---__ ~ ~ - I"-.... r--_ --- ~ ----............... ----- --..._

~ ~ '-.......... ~ ~ ~

.


•

o-200 i..J 1-u >< i..J-300 a::: i..J a z ~-400

-500

-600

-700

" . -

~----

/ / v

/

/ v v

~ ---- _____... v -- L----- --

MAXIMUM TURBINE

CAPABILITY

~ "" I\

'\ \ \

~ \

1· I

J

I ) I ~/ I

v / /

/

/'

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS C212X1

i I I

/.

~

•

(/) c::: ~ < (.'.) w ::E

01 7-8-04• APPENDIX B 06/07/87 IS~UEb BY· R_~~--i:l.E~~z ____ _ SYST. OPERS.

·~J:J./ e,)k_ C=:J'..#.= lZ _ -SYST. ifLNNG.

1000

. I . I 900 --75 PSIG H2

800 I I

_...._ 60 PSIG H 2 1

0 700 w f-

I

45 PSIG H2 u x 600 w a:: w > 0

500

400

300

200

100

0

-100

~


r---

CROSS TRIPPING ON Sl


NORMAL OPERATING PRESSURE ------ -----MAXIMUM TURBINE

- '-...._ ..............

CAPABILITY --- ----- ~ ............_ ............... "' r--....

----~ ~ I"-. ............... "" I\ ~

' ~ \ \/ \ -\-

/\ \ \ /~ \ \

/'

'

SALEM STEP-UP TRANSF"ORMER TAP = 1.092

o-200 w '= u

J

x . ~-300 I / I

I I w 0 z =>-400

. -500

-600

-700

. " .

0

/ v / / /

/ ./ / v v v v

~ v --- ------- -~ ,_..... ... l...---'

~ -r--... - -100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS CM212X1

•

•

•

01 7-8-04• APPENDIX B 06/07/87 ISSUED BY· ? _fw.1JJ. __ G:a:~-----sYsr. OPERS.

,,_.4g#_ _ 4'_ -_<J. = ti.'l _ UYST. PLNNG.

1000

I I 900 -....-- 75 PSIG H 2

800 I I

_,_____ 60 !'SIG H2 I

a 700 w I-

45 PSIG H 2

u x 600 w IX w > 0 500

400

300

(/) a:: 200

~ <.:)

. 100 w :::E

0

-'100

~ r--

-r--..


CROSS TRIPPING ON S1


NORMAL OPERATING PRESSURE ---- --............ ~ r----....._ --- -------... ~~

~ ----... ~

............... ............._ "" "' ~

MAXIMUM TURBINE

CAPABILITY

~ '-.......

I\ ~ \

\ . ,~

J I

\· \ .


a-200 w I- . u t5-300 IX w a z =>-400

-500

-600

-700

C213Xl

.

Q

I j

I J I / J I

v / / /

./ _/ / / /

/ ~

~ ~ ----- ----~ -- ------- ----- -100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS

•

"""='"' -

•

•

01 7-B-04· APPE:NDIX B 06/07/87 ISSUE:b BY·

i~.JJ~J_ .6., :fQ ~] - - - - -SYST.

1 ~PE:RS.

-:r.PJ:ll_J!f'IJr:'- ~=t."_-_;_?_ -SYST. PLNNG.

1000

I I 900 --75 PSIG Hi

I

800 I I

--so PSIG Hi I

0 700 w f-

I

45 PSIG Hi CJ (;S 600 0::: w > 0

500

400

300

200

100

0

-100

-

---- -----------------------

SALEM 1 - CURVE NO. M-213-Xl

r---

-r---..

CROSS TRIPPING ON 51


NORMAL OPERATING PRESSURE

~----......:... r---

~ --- ----- ~ r---~ --- ~ ~

~ "' ~

"" "X I ,

.J

I

I i I I

MAXIMUM ti TURBINE

CAPABIL.ITY

~ I ........... I

I

\ "'\ . \

\ ·\. \ \ I \


o-200 w != u >< W-300 cc: w 0 z ::::::> -400

-500

-600

-700

CM213X1

-

I

0

I I J

I I I

I J J ·-! 1; / Jr . . r ' ;

I I

/ v v /

f _j / / / / /

v v ~ v ---- -----~ :....--- -- I - - ~

' i --~ I i I I I

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS

•

., . !

• i

01 7-8-04· APPENDIX B 06/07/87 ISSUE~Y· o-~-8? ~'-':; _____________ _ SYST. OPERS.



THREE UNIT OPERATION ~-~---~-:.fil __ ()Svsr: PLNNG.

5015 HOPE CRK - KEENEY OUTAGE

U1 a:::

~ <..:> w ::::E

1000-.-----.------.,.---------,----------.-------,------,----...,----,.-----,.---~ !

I

I 8 0 0 - 60 PSI G H -2 ---;---------~::::-..-z:----+---+-----+-----t--- MAXIMUM

TURBINE CAPABILITY

Cl 700 w I-

45 PSIG H 2

u x 600 w a:: w > 0 500

400

300

200

100

0

I I , L

SALEM STEP-UP TRANSFORMER TAP = 1.092 I

0-200-----+-----t-------t----+---+----t----+---t--

~ 300. · 1,

1

, ••• ···1 . ·I . ~ _; -!----+----t-------.1-----,---r-w I Cl z =>-400-----+------ -- - .

r-r--700~.--..--+---.--+--.---T--..--~-.----i---.----.,.--.--+---.--+--.----.,.--..--...--.----i--.-''--T--..--+--..-----.

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 140(

MEGAWATTS I C310X2

•

01 7-B-04· APPENDIX B SALEM 1 - CURVE NO. M-310-X2 06/07/87 ~ ISSUEb BY'. v ------~------35i ti (fl JA.&_ _ ~ J<//1 SYST. gPf~· L'/ .. h . SYST. PLN ,;:---

1000

I I 900 _,.__ 75 PSIG H 2

I

800 I I --------so PSIG H2

I -0 700 Li.I f-

I

45 PSIG H 2

u )( 600 Li.I ----a::: Li.I > 0

500

400

300

(/) 0::: 200 ~ <! (..!)

100 L..i..J ~

0

-100


THREE UNIT OPERATION 5015 HOPE CRK ~ KEENEY OUTAGE

NORMAL OPERATING PRESSURE ---- --......... r--.... -- r---.....

----- ~r--.... --....... ~ ---r--.... --..........

............... ~ ~ ~

I \ ,

' I .

I SALEM STEP-UP TRANSFORMER TAP = 1.092

c-200 Li.I t-u

' GJ-300 a::: Li.I 0 z =>-400

-500

-600

-700

• r

.---~ ----

/ / v /

v v v ~ ~ .--- ------- .....--- ~ -~

MAXIMUM . TURBINE CAPABILITY

~ ~

I\ \ \

\ ·\ -

\ \ \ \ \

I

I r I I v I

/ / /

/ ~

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS CM310X2

•

e:

•

01 7-8-04: APPENDIX 8 06/07/87 IS~UEb BY:

t<ww / -io-ra1 -----~-----------SYST. OPERS.

~-~:-i~a1 ___ _ u SYST. PLNNG.

1000

I I 900 --75 PSIG H2

I

800 I I

--- 60 PSIG H 2 I

0 700 L..J ..... 45 PSIG H 2

u r::i 600 a: L..J > 0

500

400

300

U1 e:::: 200 <! .

~ -

(.!) 100 w -

:::E

o

-100

~r----

-

r--...




NORMAL OPERATING PRESSURE r----_ r---. MAXIMUM

TURBINE r-__ ~

'-CAPABILITY

----... r---. -~

~ ~ ---~ ~ """ ~ "' \ ~ ~ '\ \

\ ~

. \ . < ,~

I


o-200 L..J ..... u x W-300 a: L..J 0 z ::::::l-400

-500

-600

J j

I J I

J

I / I I v / / /

/ / /

/ / V" ~ . ~ ~ --- ----~ i.....--- ......-- ~ ~ i--_ -~

-700

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS C212X2

•

-· (/') Cl::

~ <( (.'.) w ~

-·

----- --· -- -· ----- -· ------ -- ---·----------- -

01 7-8-04· APPENDIX B 06/07/87 ISSUEb BY· &~Jd.--~=~~~? ____ _ SYST. OPERS.

Io.ttJ~_.l-:/!:!=11 __ svsr:"ll.NNG.

1000

I I

I 900 --75 PSIG Hz

800 I I

--50 PSIG Hz I

0 700 w I-

I

45 PSIG H 2

u >< 600 w a::: w > 0

500


I

;

!---I I

i i ~

i I i

-----



NORMAL OPERATING PRESSURE r---+-

I .--........... I

I 1---I

i ............._ r---_

1---.. ~~

! 1---~

~ -.............. .............._ "' I

~

""

MAXIMUM TURBINE

CAPABILITY '

"' ~ \ ~ \

400

300 \/ -\. \ -

200

100

0

/\ \ .. \ \ / 1'

-100

o-200 w != u ·i:i-300 a::: w 0 z ~-400

-500

-600


I I ' I I I J I

! I I I I

I y I i / I ' '

/ /i/ v v / /

v / /"' / r

~ /"' -------- ~ -- ~ L.------~ r--._ -~

-700

I

' !

i I

I I I

! :

i i

i i

i I

! I

i I

I I

I i i I ! I

i I

!

i i I

-:

'

I

I

i ' '

I

i

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS - CM212X2

• · HOPE CREEK-KEENEY

OUTAGE

__ · llil~ •

. OPERATING GUIDE

•

•

•

01 7-B-04: APPE:NOIX B 06fi07/87 ISjQ_UE:DJY: -o _8 7 --~----6-~-----SYST. OPE:RS.

,A£Jbl __ (Q =-1--.A'l _ -vvsT. PLNNG.

1000 I I 75 PSIG H2

I I

900 I I 60 PSIG H2

I

800 I -I I

45 PSIG H2

0 700 Li.J I-u >< 600 Li.J a:: Li.J > 0

500

400

(/) 300 -a:: < ~ 200 <...'.)

-w ~ (/) 100 -(/)

0 a:: <...'.) 0

-100

------


CROSS TRIPPING OFF


r---~ORMAL OPERATING PRESSURE

---- MAXIMUM r--- -....._ ~ TURBINE --- .........__ CAPABILITY

~

-.............. .......

""' r------ ~~ ....._

...........

~ -............ "~ ~ ' ...........

~ \

\ \ , \ \ \· )

I \ \ ,. \ J

I '


o-200 Li.J I-u >< W-300 a:: w c z :::l-400

-500

I

I I /

) u I ~

___.. ..-- _/ ~ ---v---

~ i-- ~

r

.---::::::: ~ ~ ~ -600

-700 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS C320

•

••

•

01 7-B-0-4· APPENDIX B 06/07/87 IS~UEb BY: ? iJ1.1..1~--~=8=~------SYST. OPERS.

~L».l..-~-~:.B1--VYST. PLNNG.

1000 I I 75 PSIG H 2

I I 900 I I

60 PSIG H2 I

800 I -I I

45 PSIG H 2

0 700 w ,_ u x 600 w a:: w > 0

500

-400

V1 300 -a:: ~ <( 200 (.!)

-w ::E V1. 100 -V1 0 a:: (.!) 0

-100

- - --------~--- --------


-----

CROSS TRIPPING OFF


r--~ORMAL OPERATING PRESSURE I--._

MAXIMUM ---.. r--- ~ TURBINE r---r---. CAPABILITY

r---..... --............. ........

"' r---~' i---r--.... .....

............

~ ............... ~~

~ ~ .......... \

"' \ \ I \ \ \ ,

\ \ J

I .

\


o-200 w ,_ u x w-300 a:: w 0 z ::::::l-400

-500

I

·I / I ) j I _/

~ ..... ~ _v

L.---..........--:: -------

:::::::::::: _... ---- --:::::::: ~ ::-----

-600

-700 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS CM320

•

1·

•

01 7-B-04: APPENDIX B Or:fi07~87

~t~r.p~~-~:~:~} __ _ SYST. OPERS.

· ~DY--ta...-.!)..-_e/L_ UYST. PLNNG.

1000 I I 75 PSIG Hi

I I 900 I I

60PSIGH2 I

800 -I I

45 PSIG H2

0 700 w I-u >< 600 w a:: w > 0

500

400 -

U1 300 ~

~ <l: 200 (..'.) w ~

U1 100 U1 0 ~ (..'.) 0

-100

----


CROSS TRIPPING OFF


~ ~ORMAL OPERATING PRESSURE r--...._

MAXIMUM r--- --............

~ TURBINE ---- ........__ CAPABILITY

...........

~ .......

"'~ r-------r---.._ ~ ..

..............

~ '"""" '~ "" ........... .......... \

" \ \ ~ \·

1' . \ 1

~

~


o-200 w I-u >< W-300 a:: w 0 z ::l-400

-500

I

I I I I l) u I I ,/

~ L----" ~ v ~ i...-..-----::: --v--

::::::::::::: ..- ~ ~ ---" ----=:: ::::----600

-700

I

o 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

01 7-B-04: l>.PPE:NDIX B 06/07/87 ISSUE:b BY:

-~~---~~~~.9-L __ SYST._ OPE:pS.

.-4~--J,_-_</_-_fJJ __ (_,IYST. PLNNG.

1000 I I

75 PSIG Hz I I

.900 I I 60 PSIG Hz

I

800 I I

45 PSIG Hz

Cl 700 w f-C3 >< 600 w ~ w > 0

500

400

U1 300 a:: ~ <t: 200 (.'.) w ::! U1 100 U1 0 a:: (.'.) 0

-100

-------


CROSS TRIPPING OFF


i ! i I

I I

~ORMAL OPERATING PRESSURE I I I ....___ . I

---+--- --....... MAXIMUM

~ TURBINE

.........__ CAPABILITY r---......

~ !'-... ..........

"' ~---............ r-...

I

............

~ ............. ~\

i°'....· ~ .......... ' ~ \ \

y \ \-/ \ \1

/' \

/'

SALEM STEP-UP TRANSFORMER TAP = 1.092 J

I J

I I

I

-·

~ u I I I

~ I

~ ~ --v _.,.-:: ~

t:;:::::::: i-- --------::::·=- ~ ' ~ ~

o-200 w f-u >< .W-300 ~ w Cl z =>-400

-500

-600

-700

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

•

01 7-8-04• APPENDIX 8 . 06/07/87 IS~UEb BY· A v.J .c-3-~7 ~----'2.---------SYST. OPERS.

.-4Cbl--~ = !J_-.B.1 _ --vsvs T. PLNNG.

1000 I I 75 PSIG Hi

I I

900 I I ---60PSIGH2 I

800 -I I -

45 PSIG H 2

a 700 w -t= u >< 500 w a:: w > 0

500

400

(/) 300 c:::

~ <...::>

200 w ~ (/) 100 (/)

0 c::: <...::> 0

-100


CROSS TRIPPING OFF


. . r--.. ----t:ORMAL OPERATING PRESSURE -.....__

MAXIMUM 1--- --.........

~ TURBINE ---- .............

CAPABILITY i"".....

~ .........

~~ --------........... ~ ... -..........

~ .............

"~ "" "" ........... ' "" \ \

,'\ \· \

I I


o-200 w t= u >< - ~a w-..:iu a:: w Q

z => -400

-500

I

I I /

'vi u I ~ ------

v-- _v ............... L---

:..---

~ ....---- l..,---

" ----=::: ~ ~ ~ -500

-700 0 100 200 300 400 500 f:iOO 700 800 900 1000 1100 1200 1300 1400


----------------- - --- --------------------------------------

•

•

I

I ,.'-.

•

01 7-B-04· APPE:NOIX B 06/07/87 IS~UEO BY· 11 ~~ 6-8-97 ~~---------------SYST. OPERS.


~~--~~!l~a1 __

CROSS TRIPPING OFF


uvsT. PLNNG.

1000

900

'- 800

0 700 w I-u x 600 w 0::: w > 0

500

400

(11 300 a::: ~ <( 200 (..'.) w ~ (11 100 (11

0 a::: (..'.) 0

-100

o-200 w !:= u >< W-300 0::: w a z ::::> -400

-500

-600

-700

I· I 75 PSIG H2

I

I I 60 PSIG H 2 --+--__I I "1' ORMAL OPERATING PRESSURE

. i I I I

I - ~r---........1 . +---+1

1-----11--~t--:::=--+-.._-+-, ----+-1 --+-_..,..."""--...._~+---+---+-- MAXIMUM : --- i'--..._ TURBINE

I

-

-

-

I

45 PSIG H 2 I r---r----._ I .............. .............._ CAPABIL/TY

I· I '""

I ! "' \ l '

J\ \I·\-I \ i \

\ I

I ! I SALEM STEP-UP TRANSF"ORMER TAP = 1.092

i :

I I I / I

I

I

I I I

I i

I

I /l) JI/

I

i

! i ! I

! I I

I j

I

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


• 01 7-8-04· APPENDIX 8 06/07/87 ISSUEb BY·

-/.uJ!d---~=a~~? __ _ SYST. 0 PERS.

....4--0N_ -~ _-J_-_a1 _ C_,$YST. PLNNG.

I . I 75 PSIG H2.

I , I

I I 60PSIGH2

I -I I

45 PSIG H 2


-------



---~ORMAL OPERATING PRESSURE

---- MAXIMUM ---......... ...___ ~

TURBINE ----............... CAPABILITY

............

~ ..........

~~ ...___

r---.. ~"-........... ""'-~ '""' "\ .......... ~

........... \

~ \ \ /~ \•

~ \ \ ~

\

~

SALEM STEP-UP TRANSFORMER TAP= 1.092 I

. . ---·· ·- -- -· --·---- ... - .... I I I I /

I) u I ~

... ~ / ~ ~ -_;.-:: --~

::::::::::: -- ---r =- -----:::::: ::::::---

-700

I

I

I .!

I

I I I

I

I ! I

I

I i I I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS C320X1

1000

900

800

c 700 w I-u )( 600 w a:: w > 0

500

400

• (/) 300 a::: ~ <t 200 (.!) w ::E (/) 10Q (/)

0 a::: (.!) 0

-100

c-200 w I-u ::>( .

W-300 a::: w c z =>-400

-500 "

-600

• -700 0

CM320X1

I I 75 PSIG H2

I I

I I 60PSIGH2

I -I I

45 PSIG H2


-----


THREE UNIT. OPERATION . 5015 HOPE CRK - KEENEY OUTAGE

-----!:ORMAL OPERATING PRESSURE

~ --........ 1--- ~ ----~ .............

--------

MAXIMUM TURBINE

CAPABILITY

~ ........

"'~ ----- ~~ ----~ .............

~ ~ ..........

~ ['..... "" ...........

"' ' \ \ I \ \ \ ,

\ \ J \

I . \


I

I I I /

) j ;· t:::::: ____.. _.,....-- !/ ---~ -----~

...- ~ ----:::: ::::::::::::: ~ ~

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS

•

01 7-B-04· APPE:NOIX B 06/07/87 ISSU~ BY: ~ _8_8) ...R.w. _____________ _ SY~~PfRS.

..,..-¢.(W--~ .._q_ =-et!- - -VYST. PLNNG.

1000 I I

75 PSIG H 2 I I

900 I I 60 PSIG H;z.

I

800 -I I

45 PSIG H2

0 700 w I-u I )( 600 w

'

' ~ w >

i i

0 500

i j

400

(/) 300 0:::

~ < 200 C> w :? (/) 100 (/)

0 0::: -C> 0

I :

-100 i

SALEM 2 ·_ CURVE NO. 221-X1



I I

------ o I

~ OPERATING PRESSURE

I I

------ I

I

I

' I

MAXIMUM TURBINE

~. ~ ~ CAPABILITY '

----- ~ ~ 1

~ i

I ' .... ' .............

~ ~ .......

~ ...........

~ \ \ \ i !

\ ·\· ~ \

. I I

J

I I I I I

'

I I i SALEM STEP-UP TRANSFORMER TAP = 1.092

I o-200 w != u >< W-'tQQ ~ -w Cl z ~-400

-500

I I I i '

! I i

J I I

u I ~ ~ ~ l.-/ '

~ :::-------~ . --:::::::

-600 I •• -700

. i ! ;

I I I I I I

I

I I

I I ! I

I ' i I I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

•

(/) a:::: ~ ~ (.'.) w ~ (/) (/)

0 a:::: (.'.)

01 7-8-04• APPENDIX B 06/07/87 ISSUED BY·

B.1;;_~ _____ 6_7~_if."{ __ SYST. OPERS.

:)_~ff!...~ _6.-:!! .._,_...,_ _ -SYST. f'LNNG.

1000 I I

75 PSIG Hz I i

900 I I

60PSIGHz I

800 I ~

I I 45 PSIG Hz

0 700 w I-u x 600 w a::: w > 0

500

400

300

200

100

0

-100




---r-----l:ORMAL OPERATING PRESSURE

!'---- ----.... ---- ~ ----r-----._ i'--.... .

MAXIMUM TURBINE

CAPABILITY

-.............. .........

K - !'------ ~~ r--..... .....

" ~ -.......... .........

~ ~ i'.... .........

~ \

\ \ y \ ·\·

/ \ \ \ /~ \

/'


o-200 w I-u x W-300 a::: w 0 z ::::::1-400

-500

J

I I

I I

/ I) j l

~ ..... v- v v- --~ ......--::: ~ ~

~ ..--- ~

c ..--::: ~ ~ L----~

-600

-700 I I

I I

i i

!

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS CM221X1

•• !

01 7-B-04-: APPENDIX B 06/07/87 ISSUED BY·

7 ~.£,U(LL __ ~-~~~----SYST. OPERS.

~--!P---9..:2L7._




ovsr. PLNNG. · 5015 HOPE CRK - KEENEY OUTAGE

(/) 0:::

~ (..'.) w ~ (/) (/)

0 0::: (..'.)

0 w I-u >< w a::: w > 0

·::: ~~-::c-=7-5:=P-=S-l=G_=_H:1 ::::2-=--~~-~---------,---~----;----,----:----- ------ - ------

700

600

500

400

300

200

100

o

-100

60 PSIG H2

45 PSIG H2

NO RM AL OPERATING PRESSURE

! I ---r-- --~ ---- ---1 '

I I

MAXIMUM TURBINE

CAPABILITY

----, I ----, -1---4-1-----+----+- I SALEM STEP--UP TRANSFORMER TAP = 1.092 ,

[::: 11__ - ----------1~~~~--T 13 I ~ I ~-400--i------i---- --

-500

I I

i ------- ----r--- ----- ... --

' ------ ----- ----t- - ----- --- - -- --1 -

I . - - - -·- -- - - .! - - - -

i

J==~~~d:===~~~¥-=:::::=:::= , I _, -600 -~-------r---1---r-- ~----r------1- ----:--- -----~- - -. ------- -- --

1 ' I I I I : -700~,-r--+-.......---+-----.--..~..----;-.......--;-----.---+~.--+--r--;--,---;~..---+-.......---,-----r-~-..----r--,--,

o 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

[c320X2 GROSS MEGAWATTS

Vl a:: ~ <:( <..:> w ::E Vl Vl 0 a:: <..:>

•

01 7-8-04: APPENDIX B 06{..07687

~-~~-~BY~ ---~~~ SYST~~ . ~;,:; ~.(.l., __ 'tJy'i~ SYST. PL .

1000 I I 75 PSIG Hz

I I 900 I I

60 PSIG Hz I I

800 I I 45 PSIG Hz

0 700 w f-c:3 )( 600 w a:: w > 0

500

400

300 -

200

100

0

-100

-------~---------------------


------



r---~ORMAL OPERATING PRESSURE

1----....._ r--- ~ r---

~ ~

MAXIMUM TURBINE

CAPABILITY

- ~ .......

~~ r---r--- ~' r--.....

""""'-~

~ "~ '- "' ............

"" \

\ \ I \ \ \· ,

\ \ J

I .

\


o-200 w f-c:3 ;i..: .

W-300 a:: w 0 z =>-400

-500

I

. . I I ) j I I

,/

~ L,.---~ _v

__-::: L..-------::::::::::: ..-- L---" . :::::::::::: -------=: :::::--

-600

-700 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

•

01 7-B-04: APPE:NDIX B

~6£~?b87 ~~<fl~y~ - -~ ~ _-!-~ -SYST. OPE:RS.

,,-¢LIY-__ (2.: _9--:.81 UYST. PLNNG.

1000 I I 75 PSIG H2

I I

900 I I ·so PSIG H 2

I

800 I -I I

45 PSIG H2

c 700 w I-u >< 600 w Q:: w > 0 500

400

(/) 300 -a::: ~ <( 200 8 ·~.

(/) 100 (/)

0 a::: (.!) 0

-100


-------



r---~ORMAL OPERATING PRESSURE .......__ MAXIMUM ---r--- ~ TURBINE ----...............

CAPABILITY ..............

i'-....... -.....

"' ---.... ---- ~~ .......... """" -.........

~ ~ ~\

~ "' ..........

~ \

\ \ \ ·\· J \

. I ' J


c-200 W. I-u >< W-300 Q:: w c z :::l-400

-500

' ./ I I ) u . I ,/

t:::::: ..----_..- _/

_...--:: ---~ ~

e::::::=:: ......-- ~ - ----::::::: ~ ::::---~ ~

-600

-700 0 100 zoo 300 400 500 600 700 800 900 1000 1100 1200 1300 .1400


•

(/)

• et:

~ < 0 w ~ (/) (/)

0 et: 0

••

01 7-B-04· APPENDIX B 0 6/07/87 ISSUEb BY·

£.~Ji.~- _6_: le~-!!_ ----SYST. 0 PERS.

~ 'QttlP,lttLL-t.o_-_·i:l_ SYST. (;LNNG.

1000 I I 75PSIGH2

I ' 900 I I 60PSIGH2

I

800 I ~

I I 45 PSIG H 2

0 700 w lo-CJ >< 600 w a:: w > 0

500

400

300

200

100

0

-100


-----



r--- ---2:_0RMAL OPERATING PRESSURE -.......__

r--- --- MAXIMUM TURBINE ----~ ~ i'--... CAPABILITY

- !'-.... ........

~ r---. ---- ~~ ........ ..... ~

~ ............._

"\ ........... ~ .......... ' ~ \ \

y \ .\-/ \ I \ I

/ ~

\ -,

/' :

I ! SALEM STEP-UP TRANSFORMER TAP = l.092 i I o-200

w != u x W-300 a:: w Cl z ~-400

-500

-600

i I I J I I ' !

. I A u I I v ~ i/

~ ~

---= r::---::::::::::: ~ ~~ I

~ t---- I . -----:::: :::---I '

-700

I

I

I I I i

I i

I ' ! '

i I I

I I

I I I I

I !

I i I i !

r

! I

I i I l I

' I i I

: ' I I !

I I

i I I I I i

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 14.00

GROSS MEGAWATTS ;

CM221X2

•

•

•

01 7-B-04: APPE:NDIX B 06/07/87 ISSUE:b BY·

7 -f2w1.t.t --_6.: ~ -~- - - -SYST. OP£RS.

. /'?~--1'2=-~=.!;_7. c_;svsr. PLNNG.

1000


800 I . I

_,__60 PSIG Hi I

c 700 w I-

I

45 PSIG Hi u >< 600 w fl:: w > 0 500

400

300

(/) a:: 200 ~ <( (.!)

100 L.i.J :::E

0

-100

-


r---

-r--..



I I

NORMAL OPERATING PRESSURE r---__ I'-.

r"--. r---....._ r--_

---- ~ r"--. ~ ---"-._ ---........

~ ~ ~ ~

.

I MAXIMUM TURBINE

CAPABILITY I

"" """' \ \ \

·\ ·

w \ /

I

SALEM STEP-UP TRANSF"ORMER TAP= 1.092

c-200 w l-e::; x .... 0 ..... -.Ju fl:: w 0 z =>-400

-500

-600

-700

,.

-:-,...__

/

v ~

----- ------- i.--- L---~ L--

I

J I

I/ v I v v v v ./ ./

v v l,/ ~

J.....-

I I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS C223X2

•

• (/) 0:::

~ <( (._') w ::E

------------------------ ----.-- -------· ---· -· -

0 w f-u >< w a::: w > 0

01 7-8-04: APPENDIX B 06/07/87 1§.SUED BY· K, V,JW & -co -0] ------------ ----S..YST. OPERS.

._ ·-_t pf17/!rY~ £_-f_(J.:.l7 SYST. PLN-:1;,~-

1000


800 I I

--50 PSIG Hi I

700 I I

45 PSIG H 2

600

500

400

300 -

200 -

100 -

0

-100

--~


r--

r----..

r--._



NORMAL OPERATING PRESSURE --- I---!---r--_ ...............

----- ~ ----~ ---~ ~ -.........._. "' ~

~

~ I . ,

)

I

I MAXIMUM

I TURBINE

CAPABILITY

I ~ I ~ I

\ I

\ \ I

\ ·\·I \ \ \ \ \

. SALEM STEP-UP TRANSFORMER TAP = 1.092

o-200 w f-t..)

>< W-300 a::: w a z :::J-400

-500

-600

-700

..

-

--

/ v

/ v ~ ~ -------- --- ------- ---

j

I J I I I

/ v. I I I

v v v ./ /

/ ~

~ .

I

I

I

I I I

I I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

MEGAWATTS CM223X2

---~--

• HOPE CREEK-KEENEY

OUTAGE

•

OPERATING GUIDE

•

-=--

•

•

01 7-B-04: APPENDIX B 06/07/87 IS~UEb BY· ) ~~fl)_ __ §~~::! _____ _ SYST. OPERS.

~CJY _ _.ua: .9--~'1--c_,tYsr. PLNNG.

1000 I I

75 PSlG H 2 I i

900 I I 60 PSlG H2

I

800 1-

I I 45 PSIG H 2

Cl 700 w f-u x 600 w a:: w > 0

500

400

(/) 300 c::: ~ < 200 (.'.)

-w ::E (/) 100 -(/)

0 c::: (.'.) 0

-100

HOPE CREEK - CURVE NO. 330

-------

CROSS TRIPPING OFF


r--- ---i:ORMAL OPERATING PRESSURE

---- MAXIMUM -.............. r---"'

TURBINE ---- -......... CAPABILlTY .............

~ """' ~~ ----r--- "'--........

..............

"' -............ \ "" ' ............ \

~ '

I \ \ I .\ \ J

I . \

I HOPE CRK STEP-UP TRANSFORMER TAP = 1.092

o-200 w f-u x W-300 a:: w Cl z :::::l-400

-500

I I /

~ ~u ~ ~

i---

~ ~ -----~

~ ~ " ~ t:::::::::: r::--L----

-600

-700

\ \-\

I

I I

/

I

o 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


-,·

01 7-8-04• APPENDIX B 06/07/87 ISSUED BY·

HOPE CREEK - CURVE NO. M-330

!1, ·· · , _s ...,4) l .l/.J,JJJ;)rl-----~------SYST. OPERS.

~_-"a_= !l-·....a'J_ -UYST. PLNNG.

1000 I I 75 PSIG H 2

I I 900 I I ---60PSIGH2

I

800 ,_

I I --45 PSIG H 2

Cl 700 w t: u >< 600 w a:: w > 0

500

400

(/') 300 -0::: <!

~ 200 (...9 -

w ::? (/') 100 -(/')

0 0::: (...9 0

-100

I

CROSS TRIPPING OFF


r---~ORMAL OPER~TING PRESSURE

r--.... MAXIMUM --...... r---_

~ TURBINE

1--- CAPABILITY I"---.... .............

r---.. ........

~' r---~~ 1---r--.._

............. ~ \ ~ "' ~ ........... ' ~ '

I \ \ , \ \

' I . \

I I I

HOPE CRK STEP-UP TRANSFORMER TAP = 1.092 I

Cl -200 w t: u ><

-300 w et: w a z ::::::> -400

-500

I I I I

-. -- ... -- . - I

i ~ _u I :/

~ ~

.J-------= L---'

~ --- -------: ::::::::::: --.. ---=:: i:::---600

-700 I I I

I

I i I I I I I

I I I

! ! I I

I I I

I I I

I I I

I : I I

I I I

I

\ I I

\ I

I I I

\l I

I ' i

I I I I

I I

I

I i I I

Ji l I

I

/I i I i

I i ' ' i I

I ! i v I I

I I I I I i

I I I

I I I

I I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

••

01 7-8-04: APPENDIX 8 a s1011a1 IS~UEb BY:

7 f!Jld.r.:l ___ (~~.:J ____ _ SYST. OPERS.

·~-~=~=8_'1. __ _ UYST. PLNNG.

1000 I I 75 PSIG Hi

I I

900 I I 60 PSIG Hi

I

800 -I I

45 PSIG Hi

0 700 w t:: u x 600 w a:: w > 0

500

400

(/) 300 et::

~ <:( 200 (!) w ~ (/) 100 (/)

0 et:: (!) 0

-100


-----

CROSS TRIPPING OFF


r--~ORMAL OPERATING PRESSURE

---- MAXIMUM --....... r---. ~ TURBINE r---r--.........

CAPABILITY .............

~ .........

~~ r---r--- .......... ~~ .............

~ " \ ~ ~ ...........

~ \

\

\ \ ,' \ \ . I \

I

\ ·\· \

HOPE CRK STEP-UP TRANSFORMER TAP = t.092

o-200 w t:: u >< W-300 a:: w 0 z ~-400

-500

I

I I I I I l) _U I /

~ -----v-- v ~

l----=:: l----... --

~ '--""' --" ----::::::: ~ ~ ~ -600

-700

I

I

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

~ -

•

•

----·------------------

01 7-B-04· APPENDIX B 0 6/07/87 ISSUEb BY· 6 7 A G a-o &W-.~-----~------SYST. OPERS.

~- - ."2 = !l--.fJ.'1 _ -


CROSS TRIPPING OFF

TWO UNIT OPERATION

(_j'VST. PLNNG. 5015 HOPE CRK - KEENEY OUTAGE

1000 I I 75 PSIG H 2

I I

900

800

0 700 w ,_ u >< 600 w a::: w > 0

500

I I --.. ---~ORMAL OPERATING PRESSURE 60 PSIG H 2 I I"--.. - MAXIMUM

I I -- ------- ~ TURBINE

45 PSIG H 2 ----~ CAPABILITY '-.....

- ~ -......

~~ ---- ~~ ---- r--...... ............

~ .............. \ ~ "' .............

~ \

\ 400

U1 300 a:: <(

~ 200 (.J w ~

U1 100 U1 0 a:: (.J 0

I \ \ I \ \

I \ ,

j

-100

HOPE CRK STEP-UP TRANSFORMER TAP = 1.092

o-200 w ,_ u x

.

I I

I

I

\ -\-

\ I

J

/1 W-300 a:: w 0 z ~-400

) _u 11 1

/

-500 ~ ~

~ 1/

---- l--" ....-.-:--:: -

::::::::::: - :.----- I ' ~ ---. .--::: ::----600

-700

i

I

I

I I

I I

I

I ) !

I

0 100 200 300 400 500 600 700 800 900 100.0 1100 1200 1300 140l


•

•

•

01 7-8-04· APPENDIX B 06/07/87 ISSUED BY· _/J.(J)J;.J. ___ ~:!:i_J_ __ _ SYST. OPERS.

~LJY. __ ~---'l=a'J __ (_/"ST. PLNNG.

1000 I I 75 PSIG H2

I I 900 I I

60PSIGH2

' 800 ~

! I 45 PSIG H2

I

0 700 w I-u >< 600 w a:: w > 0 500

400

C/l 300 a:: ~ <:( 200 <..:> w ~

C/l 100 C/l 0 a:: <..:> 0

I i I

-100 I

I

I i


CROSS TRIPPING OFF


I !

.. ;

i----. ~~OPERATING PRESSURE

I MAXIMUM --r--+---_ ..........._

~ TURBINE

CAPABILITY r----....... ~ i

r-+-- ~ ..........

"'' -

~~ r---.....

! ............... ~

~I \ ~ '-

.......... \ ~ I

v i\ ,'\

!

\ I I I

I . I \ i

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'

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I I I i

I I I

! I i I I

I i : I

\• ·\· !

\i \I

i I

I I ; I HOPE CRK STEP-UP TRANSFORMER TAP = 1.092 I I ' I I

o-200 w t: u Cj _300 a:: w a z ~-400

-500

-600

: I ' I ! I ' Ji

I

I I

I I I /i I I I I :

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I I I I I

~ I

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I '....--::: I I

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~ ~ . I I I I

I i I I I I I I

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l I I

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I

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I

i

:

;

I i

! i ' I -700

·o 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

•

01 7-8-04· APPENDIX 8 06/07/87

is~~ sv6 -B -al 1~---------------SYST. OPERS.

~-..t...=J.:_8.7.. __ _ UYST. PLNNG. .

1000 I I 75PSIGH2

I I 900 I I

60 PSIG H 2 I

800 I~

I I 45PSIGH2

0 700 w I-i3 >< 600 w a::: w > 0

500

400

U1 300 0::

~ <( 200 l'J w ~

U1 100 U1 0 0:: l'J 0

-100


---

CROSS TRIPPING OFF

TWO UNIT OPERATION . 5015 HOPE CRK - KEENEY OUTAGE

---~ORMAL OPERATING PRESSURE

-............. MAXIMUM --I--- -........._

~ TURBINE :----_

~ CAPABILITY

I'-..._

~ ,......,

~' -r---

~ ... :----_ . ............

I -...........

~ ............. \ "' ...........

........... ' ~ \

I \ \ I \ \

I \ ,

j

HOPE CRK STEP-UP TRANSFORMER TAP= 1.092

o-200 w t= u >< W-300 a::: w 0 z :::::l-400

-500

I I I ·- .

) ~J ./

~ v---~ ----.J---~

_.. l--~

" ~ ~ " ----:::::::: :::---..:...

-600

-700

I I I

I I

\ I

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' /1

I I

J

I I I I i

/ I

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i I

i I I

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0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


01 7-8-04• APPENDIX B 06/07/87 ISSUED BY· l -~1.JJ ____ 6:3_~~--SYST. OPERS.

~~--Je.:'}.:A_'l._ VYST. PLNNG.

HOPE CREEK - CURVE NO. 330-X1



1000~--~1. -----.-!------~,----.,.---_,.---,---,.-1----:,---i--.,--~

75, PSIG H: 2 ! ! ! ! ! I 900J::==:t:===i::~......l.:=---l--~--+----l----+-----L----+---~--t-----4-__j

6a !PSIG H1

2 :----+-_11 ! : "N1·0RMAL.OPERATING PRESSURE ! : I 1 ~-.....__J . I 1

8 00 +---1---1

-+---="*""' .... ~=--.j__-_..__--+---::i--1, ----~-+----+----r- MAXIMUM . I 1

• --...-.........._ TURBINE 45,PSIGH2 I \ -...................... CAP~BILITY i ;

~ 1oo~===r==--t--=~i::::::=~=+-·~--t:---l!~~~:---.-=::::::---t~--r,~,~t1~----1·--r-t---i\---i\ ~ 600-4---+---+----+--~. --r---i~~+---+---P~-+----+~-+---~,---i I i i ! ~~, "'~ I \

500_._ _ _._ _ _.__--l _____ -+--------+---+----"'------------'-...+-+--I!--~-~

I I I ""' \ \ 400 ...... -----------------------------------------------..),.---+--+--+----. A\- ·\· 300

!

I \ I \ 200-

\ I I I 100 -

I I' i I i

o_,_ __ ...., __ .,. __ ..,.. ________ .---..... --.... --~-~Y---+---+1--t-4'+--++---+--~:

I I ! -100_._---+---1----1--+----+----+----+---+--.----+---+--..-+--++---H----,

I . HOPE CRK STEP-UP TRANSFORMER TAP = 1.092 I I I ! o-200 1 1 1

I 1

~ : ! I I I ! /I /I r300

1 1 1 1 , : 1 . v u 1 ; :

~ -400 -+--+-'----' ·--·-;--t--,~ _J_l_t-+-JL+~ ~ 0-+---+-111 _~; I i i 1~J-.--: I i

-500...._, _ _._ _ __._ _ __. __ ~1 ---i-~-~ --+----1" I 1

J::..~~~=====~I ~El.--:~· --==t~==-~ i I I i I

-soo I I I I I i I i -700-+--..---+--.--+----..--1-....---,~~,----,,.__--~,--.----..,--;...-,.,__.,__,._..,,,......__,___,--.---..,--,--,,

I

~ I

0

C330X1

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 GROSS MEGAWATTS.

• 1000

900

800

0 700 w f-u >< 600 w ~ w > 0

500

400

U1 300 -

• a:: ~ < 200 c.::>

-w

' :::E U1 100 -U1 0 a:: c.::> 0

-100

o-200 w f-u >< W-300 ~ w 0 z =>-400

-500

-600

-700 0

CM330X1

I I 75 PSIG H2

I I

l l 60 PSIG H2

·I -I I

45 PSIG H2

HOPE CREEK - CURVE NO. M-330-Xl

-----



r--~ORMAL OPERATING PRESSURE

-............. MAXIMUM ........_

~ ~

TURBINE ----~ CAPABILITY .............

I'--. .......

""~ r-------........ ~'

...........

~ ............... \ ~ ............

............

~ '

I \ \ , \ \ j

I . \ I


I I /

~ _I/

t::::: -----~

__..--:: ~ -~ -

::::::::-:: - ~~ r

~ ~ '.--:::::::: :::---

\ \ \

I I I I

/

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS·

•

•

•

01 7-8-04-· APPENDIX B 06/07/87 ISSUED BY·

"<Jc.J 6 -!-B 7 -~---------------SYST. OPERS.

~.a:JJ.-·=~=a::z_ __ _ (JYST. PLNNG




1000 -------.·-1 ----i----r--1--: --1----------. ! . I . : 75 PSIG H 2

900~===+===::.::j:::=-..._,.=

45 PSIG H 2

0 700 I

w I-

.u >< 600 w a:: w

.> 0

500

400

j ; ~ I

' ' ' ------~------------1--·--

(/) 300 a:::

~ 200 Cl w ::? (/) 100 (/)

0 a::: Cl 0

-100 -___ J __ --------,~---+---__,- -l----- -+-- -- -... --- -___ i --+---+--' . . . i

HOPE CRK STEP-UP TRANSFORMER TAP = 1.092 :

o-200 -+------+-------+-----L -·+-- ----·--- --------w I-

u x W-300 a::

·--------------w 0 z => -400 -1----- --- - - .

-500

-600

-700 ; I i

() 100 200 300 400 500 600 700 . 800 900 1000 1100 1200 1300 1400


•

•

•

. -----r---·---- ·- - -

01 7-8-04: APPENDIX B 06/07/87 IS~UEb BY: ~.JAlld __ ~_:a..:-J] ____ _ SYST. OPERS.

~-'-=1.:.~_7_ ___ . ovsT. PLNNG.

1000 I I 75 PSIG H2

I I

900 I I 60 PSIG H2

I

BOO I I 45 PSIG H 2

a 700 w I-u x 600 w a:: w > 0

500

400

V1 300 -a::: ~ <! 200 t:)

-w ::::E V1 100 V1 0 a::: t:) 0

-100

HOPE CREEK - CURVE NO. M-231-X1

-----



r--~ORMAL OPERATING PRESSURE r--..__

I--- --......... MAXIMUM

r--_ ~ TURBINE

~ r-....._ CAPABILITY

~ ........

~' r---r---i-..... ~~

.............

~ ............. \ ~ "' .......... ' ~ '

I \ \ / \ \

I \ ,

j


o-200 w -I-u x W-300 a:: . w a z ~-400

-500

I J I l) 1u ,/ ,_

L::= L---i-- '-L---___.-- -L---t::;:::::-: L,...-- L---

~ L--.-L---::: t::--

-600

-700

\ \· \

I I I v

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


•

•

•

01 7-8-04• APPENDIX B

. 06/07/87 ISSUED BY· o. 7 /I (JJ(JJ /" -8 - (/ .../'!:.------~--------SYST. OPERS.

~ - - - ~ _-_f-_8_ '[ _ -




UYST. PLNNG. 5015 HOPE CRK - KEENEY OUTAGE

1000

900

800

c 700 w t: u x 600 w a:: w > 0

500

400

VJ 300 a::: <(

~ 0 200 w ~

VJ 100 VJ 0 a::: 0 0

-100

c-200 w I-

u x W-3QQ a:: w c z ::J-400

-500

-600

~-----1 ------------,-----.-------.----,------..,.---- - ----75 PSIG H 2

I I

60 PSIG H 2

45 PSIG H 2

··- ~-- -

: I '

NORMAL OPERATING PRESSURE

I

I ! .

MAXIMUM TURBINE

CAPABILITY

·---r- ~,'_ ---+--_.__! --~-·- --~- - - - ·-·---;.----.,f.--+----~--HOPE CRK STEP-UP TRANSFORMER TAP= 1.092

I I I I t---~---t----- _,-.- -~ ~ I I

-+---~---4----- =---•--. ----~ -- --r ___. ·- --- - .

---- - -· ··-- . -·-r-- --i

I l -+---i-----+---' --- - ~----L----

1 i I :

-700 I

-----r· ---. ---t-·--·--·--- ~-- --------1· : i I ! I .

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400


• 1000

900

800

0 700 w !-u x 600 w Q: w > 0 500

400

(/) 300 • ~ ~ <! 200 <..::> w ~ (/) 100 (/)

0 ~ <..::> 0

-100

o-200 w !-u ~-300 Q: w 0 z ~-400

-500 -

-600

-700 0

CM330X2

I I 75 PSIG H2

I I

I I 60 PSIG H2

I I

I I

HOPE CREEK - CURVE NO. M-330-X2 .

-------



----r--!ORMAL OPERATING PRESSURE

1--....

---- --..... MAXIMUM TURBINE

~ 45 PSIG H 2 r---~

CAPABILITY ~ - --........... ........

""' r---r---r--.... ~~

-.........

~ ,...........

\ "" ........... ~

"' \

\ \ I \ \ '\_ ,

\ \ \ J I . \

I HOPE CRK STEP-UP TRANSFORMER TAP = 1.092

I

I I I ~

'vi ~J I t::::: ~ .-- v

__...-:: ~ .... ---:::::::::-:: --- ~~ ~ ------:::::::: :::.---

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS

•

•

•

01 7-8-04: APPENDIX 8 06/07/87

IS~~~BY: G-8 -B 7 ~---------------SYST. OPERS.

~-R-~~~s:r __ _ UYST. PLNNG.

1000 I I 75 PSIG H2

I I

900 I I 60 PSIG H2

I

800 I ~

I I 45 PSIG H 2

c 700 w I-u >< 600 w fl:: w > 0

500

400

U1 300 a::: ~ <:! 200 (.!) w ~ U1 100 U1 0 a::: (.!) 0

-100


--------



---~OR.MAL OPERATING PRESSURE r---__

MAXIMUM ...___ --....... ~

TURBINE ......__ .............__ CAPABILITY

...........

--.......... """"

""' ...___

----- ....... ~' ...........

~ ~ \ .......... "' ............ ' ~ '

• \ ' \

. , ' I

\ ·\· \


c-200 w t= u >< W-300 fl:: w c z :::::>-400

-500

' .. I /1 I

,/ I) ,) I

~ ~ _...,.- /

..........-::: ____ ... ---~

:::::::::::: - L...---~

~ --....---::: ::::----600

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300. 1400


•

•

•

l/) a::: ~ < (.,:) w :E l/) l/)

0 a::: (.,:)

---- ----- - - -- ----

01 7-8-04• APPENDIX B 06/07/87

IS~U~c.:r . ( -8 -'J? _-..;. _____________ _ SYST. OPE:RS.

~--~=i--8-1 Q.fsr. PLNNG.

1000 I I 75 PSIG H2

I I

900 I I 60PSIGH2

. I

800 I -I I

45 PSIG H 2

a 700 w .... <:> >< 600 w a:: w > 0

500

400

300

200

100

0

-100

HOPE CREEK - CURVE NO. M-232-X2

---



I---r--!ORMAL OPERATING PRESSURE r--.__

MAXIMUM --r---_ --....... ~

TURBINE 1---r-...._ CAPABILITY

I r-.....

i--- r--.... ........

~~ 1---r-..... ~ ~

I -............

~ .............._

\ "' !'-...

""' ' ~ \

7- \ ·\. I \ \

I ' , )

HOPE CRK STEP-UP TRANSF"ORMER TAP = 1.092

a-200 w .... u -~

· w-300 7 /

l) ,_U 0:: w a z =>-400

-500

/

r:::: ~ l--..---: L---Loot---'

-r t::;:::-: I.-- L--

L--::::: ~ t::--L---~

-600

-700

\ ·\' I

\, I

J

/1 I

I v

o 100 200 300 400 500 600 . 700 . 800 900 1000 1100 1200 1300 1400

GROSS MEGAWATTS !CM232X2

· Public ServicE! ,:_:: -- Electric; and Gi$1 Comp"!:l).y·: ':: ~- · . . . Steven E~...

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