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|
BEGIN NEW DATA CASE
C BENCHMARK DCNEW-15
C Exhaustive test of PostScript output as received from Robert Meredith
C of NYPA (the New York Power Authority) in White Plains. Prior to
C being copied to a new DCN15 on 15 November 1995, this was separate
C disk file PLOTTEST.DAT that creates 158-Kbyte .PS file as output
C when NYMAX = 1024 and NXMAX = 1280 (the NYPA choices) are used.
C January, 1996, newsletter should summarize associated changes.
BEGIN NEW DATA CASE {using blank_card_skeleton and atp "/KEYWORD" sorting
C RUN 4.75 CYCLES PAST ENERGIZATION AT .5 CY; ATTEMPT CLEAR 2.5 LATER AT 3
C UNUSED OPTIONS DELETED/SUPPRESSED - SEE EENERG-40.DAT FOR MORE COMPLETE LIST
C FREE FORMAT TIME STEP- 1000/CYCLE FOR 5.25 CYCLES = .0875 SEC
C SHORTEN TO 1.65 CYCLES = .0275 SEC
.000016666666, .0875 , 60.000 , 0.,,,,,,,
C PRN> PLT> NET> SS> MAX> SAVE> NENERG> >
1 5 0 0 1 -1
5 5 20 20 100 100 500 500
TACS HYBRID {(from blank_card_skeleton.incs)
C ANALYZE LISC CAPACITIVE INRUSH DURING E. GARDEN CITY A-GROUND FAULT
C BY SUBTRACTING FAULT AND REACTOR CURRENTS FROM INRUSH IN TACS
C TYPE 90 TACS SOURCES DERIVED FROM NETWORK VOLTAGES:
C <NAME> <----A---><----A---><----A---> <T START ><T STOP >
90BUSBV 0. 999.
C TYPE 91 TACS SOURCES DERIVED FROM NETWORK SWITCH CURRENTS (1ST NODE)
C <NAME> <----A---><----A---><----A---> <T START ><T STOP >
C 4 SHUNT REACTOR CURRENTS (OUT OF LISC)
91EGCHWX 0. 999.
91EGCHWY 0. 999.
91EGCHWZ 0. 999.
91ISLNDX 0. 999.
91ISLNDY 0. 999.
91ISLNDZ 0. 999.
91SPRB1X 0. 999.
91SPRB1Y 0. 999.
91SPRB1Z 0. 999.
C FAULT CURRENT AT E. GARDEN CITY (USE CAUTION-LINE SWITCHES EXIST IF XFMRS)
C ALSO OUT OF LISC
91EGCHWA 0. 999.
C INRUSH TO LISC AT SPRAIN BROOK (ENERGIZATION SWITCHES MUST COME FIRST)
C THESE CURRENTS ARE INTO LISC
91SPRBRA 0. 999.
91SPRBRB 0. 999.
91SPRBRC 0. 999.
C FORTRAN STATEMENTS; 99= INPUT; 98= OUTPUT; 88= INSIDE
C <NAME> =< FREE FORMAT FORTRAN TO COL 80 ----->
C REACTOR TOTAL AMPS
99REACTA = EGCHWX +ISLNDX +SPRB1X
99REACTB = EGCHWY +ISLNDY +SPRB1Y
99REACTC = EGCHWZ +ISLNDZ +SPRB1Z
C CAPACITIVE CURRENT INTO LISC IS NET OF ABOVE; BY PHASE
99CAPINA = SPRBRA -REACTA -EGCHWA
99CAPINB = SPRBRB -REACTB
99CAPINC = SPRBRC -REACTC
C S-BLOCKS OF ORDER 1 IN COL 2 INTEGRATE VOLTAGES TO GET FLUXES (TIMES 250.0).
C <NAME> +<NAME> +<NAME> +<NAME> +<NAME> +<NAME> <GAIN><FXLO><FXHI><NMLO><NMHI>
C N0 & D0><N1 & D1 ><N2 & D2 ><N3 & D3 ><N4 & D4 ><N5 & D5 ><N6 & D6 ><N7 & D7 >
C <NAME>CD+< IN1> +< IN2> +< IN3> +< IN4> +< IN5> < A >< B >< C >< D >< E >
C TACS OUTPUT REQUESTS - TYPE 33
C <NAME><NAME><NAME><NAME><NAME><NAME><NAME><NAME><NAME><NAME><NAME><NAME><TY33>
33REACTA REACTB REACTC CAPINA CAPINB CAPINC BUSBV
BLANK CARD ENDING ALL ATP-SORTED TACS CARDS (from blank_card_skeleton.incs)
C SIMPLE LISC SHUNT REACTORS:
$VINTAGE, 1
C <NAME><NAME><----><---->RRRRRRRRRRRRRRRRXXXXXXXXXXXXXXXXCCCCCCCCCCCCCCCC P
EGCHWX 15.8 793.5
EGCHWY 15.8 793.5
EGCHWZ 15.8 793.5
ISLNDX 15.8 793.5
ISLNDY 15.8 793.5
ISLNDZ 15.8 793.5
SPRB1X 7.93 396.7
SPRB1Y 7.93 396.7
SPRB1Z 7.93 396.7
$VINTAGE, 0
C SIMPLE LISC MODEL
$VINTAGE, 1
C <NAME><NAME><----><---->RRRRRRRRRRRRRRRRXXXXXXXXXXXXXXXXCCCCCCCCCCCCCCCC P
SPRB1AMAINLA .4 2.
SPRB1BMAINLB .4 2.
SPRB1CMAINLC .4 2.
MAINLAISLNDA .3 1.
MAINLBISLNDB .3 1.
MAINLCISLNDC .3 1.
ISLNDAEGCHWA .4 2.
ISLNDBEGCHWB .4 2.
ISLNDCEGCHWC .4 2.
C 200 MVAR AT MAINL FOR PIPE; 300 MVAR SPLIT FOR SCFF; 200 MVAR AT ISLND
MAINLA 4.45
MAINLA 3.34
ISLNDA 3.34
EGCHWA 4.45
MAINLB 4.45
MAINLB 3.34
ISLNDB 3.34
EGCHWB 4.45
MAINLC 4.45
MAINLC 3.34
ISLNDC 3.34
EGCHWC 4.45
$VINTAGE, 0
C OTHER CIRCUITS:
C 10000 MVA DUNWOOD; 5000 MVA EASTVIEW; 5000 MVA W 49TH
$VINTAGE, 1
C <NAME><NAME><----><---->RRRRRRRRRRRRRRRRXXXXXXXXXXXXXXXXCCCCCCCCCCCCCCCC P
SRCDUASPRDUA .6 11.9
SRCDUBSPRDUB .6 11.9
SRCDUCSPRDUC .6 11.9
SRCEAASPREAA 1.2 23.8
SRCEABSPREAB 1.2 23.8
SRCEACSPREAC 1.2 23.8
SRCW4ASPRW4A 1.2 23.8
SRCW4BSPRW4B 1.2 23.8
SRCW4CSPRW4C 1.2 23.8
$VINTAGE, 0
C SIMPLE SPRAIN REACTORS:
$VINTAGE, 1
C <NAME><NAME><----><---->RRRRRRRRRRRRRRRRXXXXXXXXXXXXXXXXCCCCCCCCCCCCCCCC P
SPX5SA 3.17 158.7
SPX5SB 3.17 158.7
SPX5SC 3.17 158.7
C DUMMY BUS TO DERIVE A UNIQUE SPRAIN BROOK PHASE B VOLTAGE FOR TACS
SPRBRABUSBV 1.0
$VINTAGE, 0
BLANK CARD ENDING ALL ATP-SORTED BRANCH CARDS (from blank_card_skeleton.incs)
C ********************************************* STUDY-DEPENDENT CABLE SWITCHING:
C SWITCH CARD: COL 1-2 IS 0 FOR ORDINARY & GAUSS. STATISTICS SWITCHES, NOT TACS.
C CLOSING, OPENING TIMES AND STATISTICS PARAMETERS BELOW ARE IN SECONDS.
C <NAME><NAME><T CLOSE ><T. OPEN ><AMP MARG> 67890123 MEASURING 56789012345678 P
C <NAME><NAME><GAUS AVG><GAUS SIG><AMP MARG> STATISTICS P
C THREE PHASE ENERGIZATION FROM SPRAIN BROOK AT 180 DEGREES
C ATTEMPT OPEN AT 3 CY
SPRBRASPRB1A .0083333 .05 1. 1
SPRBRBSPRB1B .0083333 .05 1. 1
SPRBRCSPRB1C .0083333 .05 1. 1
C <NAME><NAME><T CLOSE ><T. OPEN ><AMP MARG> 67890123 MEASURING 56789012345678 P
C A PHASE FAULT AT E. GARDEN CITY CABLE
EGCHWA MEASURING 1
C *************************************************** CABLE CROSSING COMPONENTS:
C ANALYSIS OF LISC INRUSH COMPONENTS:
C MONITORING SIMPLE LISC SHUNT REACTORS:
C <NAME><NAME><T CLOSE ><T. OPEN ><AMP MARG> 67890123 MEASURING 56789012345678 P
EGCHWAEGCHWX MEASURING 1
EGCHWBEGCHWY MEASURING 1
EGCHWCEGCHWZ MEASURING 1
ISLNDAISLNDX MEASURING 1
ISLNDBISLNDY MEASURING 1
ISLNDCISLNDZ MEASURING 1
SPRB1ASPRB1X MEASURING 1
SPRB1BSPRB1Y MEASURING 1
SPRB1CSPRB1Z MEASURING 1
C MONITORING OTHER CIRCUITS:
C <NAME><NAME><T CLOSE ><T. OPEN ><AMP MARG> 67890123 MEASURING 56789012345678 P
SPRDUASPRBRA MEASURING 1
SPRDUBSPRBRB MEASURING 1
SPRDUCSPRBRC MEASURING 1
SPREAASPRBRA MEASURING 1
SPREABSPRBRB MEASURING 1
SPREACSPRBRC MEASURING 1
SPRW4ASPRBRA MEASURING 1
SPRW4BSPRBRB MEASURING 1
SPRW4CSPRBRC MEASURING 1
C MONITORING SIMPLE SPRAIN REACTORS:
C <NAME><NAME><T CLOSE ><T. OPEN ><AMP MARG> 67890123 MEASURING 56789012345678 P
SPRBRASPX5SA MEASURING 1
SPRBRBSPX5SB MEASURING 1
SPRBRCSPX5SC MEASURING 1
BLANK CARD ENDING ALL ATP-SORTED SWITCH CARDS (from blank_card_skeleton.incs)
C VOLTAGE SOURCES BEHIND SIMPLE LINES:
C *= VOLTAGE IF POSITIVE; CURRENT IF NEGATIVE
C <NAME> <CRESTVAL><FREQ ><ANGLE > <T START ><T STOP >
14SRCDUA 1 281691. 60. 0. -1.0
14SRCDUB 1 281691. 60. -120. -1.0
14SRCDUC 1 281691. 60. - 70. -1.0
14SRCEAA 1 281691. 60. 0. -1.0
14SRCEAB 1 281691. 60. -120. -1.0
14SRCEAC 1 281691. 60. - 70. -1.0
14SRCW4A 1 281691. 60. 0. -1.0
14SRCW4B 1 281691. 60. -120. -1.0
14SRCW4C 1 281691. 60. - 70. -1.0
BLANK CARD ENDING ALL ATP-SORTED SOURCE CARDS (from blank_card_skeleton.incs)
C <BUS ><VOLT><MON.><FOR ><NODE>< >< >< >< >< >< >< >< >
SPRBRA SPRBRB SPRBRC EGCHWA EGCHWB EGCHWC
C First 6 output variables are electric-network voltage differences (upper
C Next 25 output variables are branch currents (flowing from the upper nod
C Next 7 output variables belong to TACS (with "TACS" an internally-added
C Step Time SPRBRA SPRBRB SPRBRC EGCHWA EGCHWB EGCHWC
C
C
C EGCHWA EGCHWB EGCHWC ISLNDA ISLNDB ISLNDC
C EGCHWX EGCHWY EGCHWZ ISLNDX ISLNDY ISLNDZ
C
C SPRDUB SPRDUC SPREAA SPREAB SPREAC SPRW4A
C SPRBRB SPRBRC SPRBRA SPRBRB SPRBRC SPRBRA
C
C SPRBRC TACS TACS TACS TACS TACS
C SPX5SC REACTA REACTB REACTC CAPINA CAPINB
C Phasor I(0) = 0.0000000E+00 Switch "EGCHWA" to " " closed in the
C Phasor I(0) = 0.0000000E+00 Switch "EGCHWA" to "EGCHWX" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "EGCHWB" to "EGCHWY" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "EGCHWC" to "EGCHWZ" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "ISLNDA" to "ISLNDX" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "ISLNDB" to "ISLNDY" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "ISLNDC" to "ISLNDZ" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "SPRB1A" to "SPRB1X" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "SPRB1B" to "SPRB1Y" closed in the
C Phasor I(0) = 0.0000000E+00 Switch "SPRB1C" to "SPRB1Z" closed in the
C Phasor I(0) = 1.8020056E+01 Switch "SPRDUA" to "SPRBRA" closed in the
C Phasor I(0) = -7.4949973E+02 Switch "SPRDUB" to "SPRBRB" closed in the
C Phasor I(0) = -7.9731518E+02 Switch "SPRDUC" to "SPRBRC" closed in the
C Phasor I(0) = 9.0100278E+00 Switch "SPREAA" to "SPRBRA" closed in the
C Phasor I(0) = -3.7474986E+02 Switch "SPREAB" to "SPRBRB" closed in the
C Phasor I(0) = -3.9865759E+02 Switch "SPREAC" to "SPRBRC" closed in the
C Phasor I(0) = 9.0100278E+00 Switch "SPRW4A" to "SPRBRA" closed in the
C Phasor I(0) = -3.7474986E+02 Switch "SPRW4B" to "SPRBRB" closed in the
C Phasor I(0) = -3.9865759E+02 Switch "SPRW4C" to "SPRBRC" closed in the
C Phasor I(0) = 3.6040111E+01 Switch "SPRBRA" to "SPX5SA" closed in the
C Phasor I(0) = -1.4989995E+03 Switch "SPRBRB" to "SPX5SB" closed in the
C Phasor I(0) = -1.5946304E+03 Switch "SPRBRC" to "SPX5SC" closed in the
C 0 0.0 271505.166 -135494. 93140.8164 0.0 0.0 0.0
C 0.0 0.0 0.0 0.0 0.0 0.0
C -749.49973 -797.31518 9.01002785 -374.74986 -398.65759 9.01002785
C -1594.6304 0.0 0.0 0.0 0.0 0.0
C 1 .16667E-4 271497.931 -134010.58 94739.6338 0.0 0.0 0.0
C 0.0 0.0 0.0 0.0 0.0 0.0
C -752.0737 -795.35514 11.6960229 -376.03685 -397.67757 11.6960229
C -1590.7112 0.0 0.0 0.0 0.0 0.0
BLANK CARD ending output requests
C 5250 .0875 344649.527 191299.527 323640.302 0.0 -47145.895 198177.748
C 0.0 -481.43288 -381.56041 7.33790777 -482.30918 -382.59923
C -406.62434 315.059242 422.024548 -203.31217 157.529621 422.024548
C 630.115247 53.1490298 -1931.3137 -1533.2089 667.309594 1931.31368
C Var maxima: 616453.613 329566.742 345463.852 0.0 406069.593 394188.344
C 0.0 543.895482 530.803784 67.0966974 542.272824 529.035963
C 1967.10962 1126.57279 6928.95568 983.554811 563.286397 6928.95568
C 1842.77914 396.264811 2155.88852 2102.39918 3263.3985 4668.06408
C Times max : .066666664 .038716665 .053233331 0.0 .056549998 .054416664
C 0.0 .060783331 .058666664 .037849998 .060799998 .058683331
C .00905 .022149999 .020933332 .00905 .022149999 .020933332
C .023983332 .054149998 .060799998 .058666664 .009433333 .016233333
C Var minima: -616441.36 -328926.65 -344125.86 0.0 -391677.76 -380868.54
C 0.0 -601.24473 -655.23512 -71.518615 -601.0409 -654.05062
C -2812.3738 -2427.7615 -6394.8627 -1406.1869 -1213.8807 -6394.8627
C -1728.9227 -417.04027 -2395.2787 -2605.0808 -3285.1431 -5318.9546
C Times min : .07498333 .029766665 .061583331 0.0 .065483331 .063366664
C 0.0 .034366665 .015183333 .012383333 .034366665 .015216666
C .018033333 .016716666 .045366665 .018033333 .016716666 .045366665
C .015316666 .0124 .034383332 .015233333 .0087 .010816666
2 Fault Current to Ground
Sprain Brook Energization of Lisc at 180 Degrees; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPERES--------+
EGCHWA
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2SPRAIN BROOK REACTOR CURRENT VS VOLTAGE - PHASE B
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT 0.5 -1.5 CYCLE TIME PLOTTED
C
C X-Y PLOT <-X AXIS LABEL----->
X-Y PLOT Phase B bus voltage(!!!)
C LENX >< XMIN >< XMAX >
10. -250.E3 250.E3
C LENY >< YMIN >< YMAX ><DIV/IN> last defaults to 10 if zero
8. -2000. 2000. 0.
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS AND TACS
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC.
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C FOR X-Y BRANCHES USE 12 COL(25-36) FOR X VAR; NEXT 12 FOR Y VARIABLE
C FOR X-Y NODE VOLTS USE 6 COL(25-30) FOR X VAR; NEXT 6 FOR Y VARIABLE
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4>
192 0.5 1.5 -.4E6.4E6TACS BUSBV SPRB1BSPRB1YLISC STUDY REACT CURRENT--+
C *******************************************************************************
2 CURRENTS INTO LISC AT SPRAIN BROOK 345 KV
SPRAIN BROOK ENERGIZATION OF (LISC) AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
Last word ends in 2 slashes\\
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPERES123
SPRBRASPRB1ASPRBRBSPRB1BSPRBRCSPRB1C
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 VOLTAGES AT SPRAIN BROOK 345 KV BUS
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
new border=(\/(\/(\/(\/(\/\/\/\/\/\/\/\/\/\/)\/)\/)\/)\/)
new border =(\/(\/(\/(\/(\/\/\/\/\/\/\/\/\/\/)\/)\/)\/)\/)
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
145 -.4E6.4E6BRANCH Lisc Study Volts
SPRBRASPRBRBSPRBRC
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
5000. 5000. 55000.
C *****************************************************************************
2 VOLTAGES AT E. GARDEN CITY 345 KV CABLE
new border=)/\)/\)/\)/\)/\/\/\/\/\/\/\(/\(/\(/\(/\(
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INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT )SECONDS SCALE ///\\\ <3 EACH
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
143 -.4E6.4E6BRANCH LISC STUDY VOLTS
EGCHWAEGCHWBEGCHWC
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.01 .01 .11
C *****************************************************************************
2 PHASE A CURRENTS INTO LISC: REACT INRUSH, CAP INRUSH, FAULT, TOTAL
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPS ((((OK?))))
TACS REACTATACS CAPINAEGCHWA SPRBRASPRB1A
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 PHASE B CURRENTS INTO LISC: REACT INRUSH, CAP INRUSH, TOTAL
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPERES
TACS REACTBTACS CAPINBSPRBRBSPRB1B
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 PHASE C CURRENTS INTO LISC: REACT INRUSH, CAP INRUSH, TOTAL
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPERES
TACS REACTCTACS CAPINCSPRBRCSPRB1C
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 CURRENTS INTO SPRAIN BROOK FROM 4 EASTVIEW CKTS
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPERES
SPREAASPRBRASPREABSPRBRBSPREACSPRBRC
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 CURRENTS INTO SPRAIN BROOK FROM W 49TH CKTS
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH LISC STUDY AMPERES
SPRW4ASPRBRASPRW4BSPRBRBSPRW4CSPRBRC
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 CURRENTS INTO SPRAIN BROOK FROM DUNWOODIE 345 KV CKT
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH
SPRDUASPRBRASPRDUBSPRBRBSPRDUCSPRBRC
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 CURRENTS INTO SPRAIN BROOK FROM 750 MVA OF NON-LINEAR SHUNT REACTORS
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH
SPX5SASPRBRASPX5SBSPRBRBSPX5SCSPRBRC
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2 PHASE A CURRENTS INTO SPRAIN BR.: EASTV, W49TH, DUNWD, SHUNT REACT
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT
C
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS,TACS,FREQ SCAN
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC; 6 FOR HERTZ; 7 FOR LOG HERTZ
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4><BR3A><BR3B><BR4A><BR4B>
192 -.4E6.4E6BRANCH
SPREAASPRBRASPRW4ASPRBRASPRDUASPRBRASPX5SASPRBRA
C SCALE PER INCH<TIME UNIT START<TIME UNIT END ><VERT MIN ><VERT MAX >
0.5 .25 5.25
C *****************************************************************************
2SPRAIN BROOK REACTOR CURRENT VS VOLTAGE - PHASE B
SPRAIN BROOK ENERGIZATION OF LISC AT 180 DEGREES; 4 SHUNT REACTORS ON
INTO A-PHASE-TO-GROUND FAULT AT E. GARDEN CITY CABLE; CBS OPEN 2.5 CY LATER
CASE PLOTTEST.DAT 0.5 -1.5 CYCLE TIME PLOTTED
C
C X-Y PLOT <-X AXIS LABEL----->
X-Y PLOT PHASE B BUS VOLTAGE
C LENX >< XMIN >< XMAX >
10. -250.E3 250.E3
C LENY >< YMIN >< YMAX ><DIV/IN> last defaults to 10 if zero
8. -2000. 2000. 0.
C COL 3 IS 4 FOR NODE VOLTS;8 FOR BRANCH VOLTS;9 FOR AMPS AND TACS
C COL 4 IS 2 FOR CYCLES; 5 FOR MICROSEC.
C COL 5-7 ARE BLANK TO INDICATE EXTENDED PRECISION OF PLOT SCALES, ETC.
C WRITE "BRANCH" STARTING IN FIRST NODE COL FOR PLOTTING OF UP TO 4 BRANCHES
C FOR X-Y BRANCHES USE 12 COL(25-36) FOR X VAR; NEXT 12 FOR Y VARIABLE
C FOR X-Y NODE VOLTS USE 6 COL(25-30) FOR X VAR; NEXT 6 FOR Y VARIABLE
C CAN ALSO LABEL ON 4-NODE OR 'BRANCH' CARD: <GRAPH HEADING ><VERT AX. LABEL>
C 34S/"<TST<TSP<LLMT<ULT<NOD1><NOD2><NOD3><NOD4>
192 0.5 1.5 -.4E6.4E6TACS BUSBV SPRB1BSPRB1YLISC STUDY))))))REACT CURRENT\\\
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