ML17193A052: Difference between revisions
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IN-CORE NOZZLE INSTRMENTATION PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR VERTICAL ARRANGEMENT FIGURE 4.1-1 JUNE 2001 REVISION 11 | IN-CORE NOZZLE INSTRMENTATION PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR VERTICAL ARRANGEMENT FIGURE 4.1-1 JUNE 2001 REVISION 11 | ||
O 20 MIL CLAD COEXTRUOEDZr/U | O 20 MIL CLAD COEXTRUOEDZr/U | ||
_7 25 MIL CLAD METAL ELEMENTS A A | _7 25 MIL CLAD METAL ELEMENTS A A | ||
/_ 30 MIL CLAD J W. WEBER ASTM-STP.42S 6 13_ MJLCLAD i 1967 I ! l l ! | /_ 30 MIL CLAD J W. WEBER ASTM-STP.42S 6 13_ MJLCLAD i 1967 I ! l l ! | ||
O ROD79-22 FAILED CtRCUM THEORETICAL 2,2x 1020NVT WAPDTM.631 FAI-LURE CURVE k p - _ ROD ?9-1638OWED AND BASED ON 6xlo20NVT WAPD-TM-S8_ O'DONNELL' S Q¢ ANALYSIS I-- | |||
O ROD79-22 FAILED CtRCUM THEORETICAL 2,2x 1020NVT WAPDTM.631 FAI-LURE CURVE k p - _ ROD ?9-1638OWED AND BASED ON 6xlo20NVT WAPD-TM-S8_ O'DONNELL' S | |||
Q¢ ANALYSIS I-- | |||
U'I (_ROD79_2 (WAPD-TM-651) | U'I (_ROD79_2 (WAPD-TM-651) | ||
-_4 ,,,_NVT I% ROD79-1g SPLIT WAPD Z 3.3,,,o2° NVT )TM_S O DESIGNSTRA}NS FOR I1_ | -_4 ,,,_NVT I% ROD79-1g SPLIT WAPD Z 3.3,,,o2° NVT )TM_S O DESIGNSTRA}NS FOR I1_ | ||
| Line 42: | Line 38: | ||
*'-'2 D O o _Z_ ._'_ PPTRDESJGNSTRAINS | *'-'2 D O o _Z_ ._'_ PPTRDESJGNSTRAINS | ||
,...... O O O _] | ,...... O O O _] | ||
o | o 1%C-E DESIGNLIMIT | ||
1%C-E DESIGNLIMIT | |||
._, r'_ _ NOTE- SOLIDSYMBOLSDENOTE FAILED RODS o | ._, r'_ _ NOTE- SOLIDSYMBOLSDENOTE FAILED RODS o | ||
" J.,, ;, ,J J I = I 200 500 400 5_ 600 700 800 900 1000 1100 TEMPERATURE, F PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CIRCUMFERENTIAL STRAIN VS TEMPERATURE FIGURE 4.2-1 JUNE 2001 REVISION 11 | " J.,, ;, ,J J I = I 200 500 400 5_ 600 700 800 900 1000 1100 TEMPERATURE, F PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CIRCUMFERENTIAL STRAIN VS TEMPERATURE FIGURE 4.2-1 JUNE 2001 REVISION 11 | ||
| Line 59: | Line 53: | ||
(_1 f tl | (_1 f tl | ||
_ _L_.,t_,_ UPPER END FITTING Jl | _ _L_.,t_,_ UPPER END FITTING Jl li :i il _o o_ ' | ||
li :i | |||
il _o o_ ' | |||
I5 23132" 9 SPACES SPACER GRID 21 1132" "-- FUELROD , | I5 23132" 9 SPACES SPACER GRID 21 1132" "-- FUELROD , | ||
BO'I'rOMVIEW t / INCONELSPACERGRID | BO'I'rOMVIEW t / INCONELSPACERGRID | ||
| Line 101: | Line 91: | ||
=-- POISON | =-- POISON | ||
-, SHIM LENGTH | -, SHIM LENGTH | ||
_;. .-.-t | _;. .-.-t CLADDING I | ||
CLADDING I | |||
_1 i i | _1 i i | ||
SPACER I | SPACER I | ||
| Line 112: | Line 100: | ||
_W 1,4 \ i l._ C _I ! | _W 1,4 \ i l._ C _I ! | ||
ii m_ " | ii m_ " | ||
l mN | l mN | ||
° e _ e _ | ° e _ e _ | ||
| Line 146: | Line 133: | ||
z 0 | z 0 | ||
eJ Z uJ_ ' 0 D_z 0 0 w z 0 n- | eJ Z uJ_ ' 0 D_z 0 0 w z 0 n- | ||
-- LU Z L_a o 0 __ W | -- LU Z L_a o 0 __ W | ||
| Line 153: | Line 139: | ||
S:]!lONI "NOtJLISOdV_I;3 | S:]!lONI "NOtJLISOdV_I;3 | ||
2 13 4 Old Old Old New | 2 13 4 Old Old Old New | ||
"-:5 6 7 " E9 10 Old Old New Old New Old 11 12 13 14 15 !16 17 Old Old New Old New Old New | "-:5 6 7 " E9 10 Old Old New Old New Old 11 12 13 14 15 !16 17 Old Old New Old New Old New | ||
| Line 194: | Line 179: | ||
5 - FIRST REGULATlNG BANK 4 - SECOND REGULATI NG BLINK 3 " THIRD REGULATING BANK 2 - FOURTHREGULATING BANK t - LAST REGULATING BANK B - SHUTDOWN BANK B A " SHUTDO_ BANK A | 5 - FIRST REGULATlNG BANK 4 - SECOND REGULATI NG BLINK 3 " THIRD REGULATING BANK 2 - FOURTHREGULATING BANK t - LAST REGULATING BANK B - SHUTDOWN BANK B A " SHUTDO_ BANK A | ||
$ 3 S P2" PAR ;TRENGTH GROUP 2 It t_ _= i= _ ,l t_ i_ _. Pt" PAl ;TRENGTHGROUP 1 A 1 1 A S - SPA CEA LOCATIONS 22 '13 :ILl ,1l ;ill _ la 2w 30 _1 | $ 3 S P2" PAR ;TRENGTH GROUP 2 It t_ _= i= _ ,l t_ i_ _. Pt" PAl ;TRENGTHGROUP 1 A 1 1 A S - SPA CEA LOCATIONS 22 '13 :ILl ,1l ;ill _ la 2w 30 _1 | ||
%...... P2 2 , | %...... P2 2 , | ||
B 8 B 8 B JJ S_ _3 se :iS S4 S_ Sl ss IO t_ | B 8 B 8 B JJ S_ _3 se :iS S4 S_ Sl ss IO t_ | ||
| Line 207: | Line 191: | ||
o --J O_r_ | o --J O_r_ | ||
o z_..-,o "7 | o z_..-,o "7 | ||
Z I I Z Z 0 | Z I I Z Z 0 | ||
,-,4 _ _ c,,; * | ,-,4 _ _ c,,; * | ||
,..., _ o. _ 7-t-_ F_ -- | ,..., _ o. _ 7-t-_ F_ -- | ||
d_ o_'NOIIa3SNI AIIAII3V3_ z | d_ o_'NOIIa3SNI AIIAII3V3_ z | ||
_ _oz w (z | _ _oz w (z | ||
| Line 222: | Line 203: | ||
> 0..< | > 0..< | ||
o | o | ||
_ z-_ | _ z-_ | ||
0_ | 0_ | ||
| Line 296: | Line 276: | ||
: i. 367 I, 434 I. 550 i. 550 Assy Avg. Rod ...... | : i. 367 I, 434 I. 550 i. 550 Assy Avg. Rod ...... | ||
Radlal Power Factor...---,, 0.749 I. I00 I. 338 1.024 1.075 1.422 Ass_,Maximum Rod 1.202 1.392 i. 441 1.089 I. 171 1.520 Radial Power Factor.-_ | Radlal Power Factor...---,, 0.749 I. I00 I. 338 1.024 1.075 1.422 Ass_,Maximum Rod 1.202 1.392 i. 441 1.089 I. 171 1.520 Radial Power Factor.-_ | ||
0.551 1.013 0.965 0.961 0.858 0.962 1.003 I. 033 i. 172 1.024 I. 032 0. 974 I. 071 I. 075 | 0.551 1.013 0.965 0.961 0.858 0.962 1.003 I. 033 i. 172 1.024 I. 032 0. 974 I. 071 I. 075 | ||
= | = | ||
: 0. 749 I. 013 0. 876 0. 966 0. 919 I. 129 0. 891 I. 079 I. 202 I. 172 0. 910 1.083 0. 982 i. 186 0. 935 I. 207 | : 0. 749 I. 013 0. 876 0. 966 0. 919 I. 129 0. 891 I. 079 I. 202 I. 172 0. 910 1.083 0. 982 i. 186 0. 935 I. 207 | ||
,,,,, , , , . ,, i ........ | ,,,,, , , , . ,, i ........ | ||
I. I00 0. 965 0. 966 0. 750 0. 889 0. 841 0. 917 0. 615 1.392 1.024 1.083 0.869 0.992 0.898 1.053 0.757 | I. I00 0. 965 0. 966 0. 750 0. 889 0. 841 0. 917 0. 615 1.392 1.024 1.083 0.869 0.992 0.898 1.053 0.757 0.901 1.338 0.961 0.919 0.889 0.661 0.852 0.918 0.892 I. 367 i. 441 i. 032 0. 982 0. 992 0. 840 0. 920 I. 009 0. 952 I. I01 I. 024 0. 858 I. 129 O.841 O.852 0. 934 I. 001 i. 039 I. 434 1.089 0.974 I. 186 0. 898 0. 920 1.009 I. 031 I. 121 | ||
0.901 1.338 0.961 0.919 0.889 0.661 0.852 0.918 0.892 I. 367 i. 441 i. 032 0. 982 0. 992 0. 840 0. 920 I. 009 0. 952 | |||
I. I01 I. 024 0. 858 I. 129 O.841 O.852 0. 934 I. 001 i. 039 I. 434 1.089 0.974 I. 186 0. 898 0. 920 1.009 I. 031 I. 121 | |||
, ... Q , | , ... Q , | ||
I. 175 1.075 0.962 0.891 0.917 0,918 1.001 1.054 0.994 | I. 175 1.075 0.962 0.891 0.917 0,918 1.001 1.054 0.994 | ||
: i. 550 I. 171 I. 071 O.935 i. 053 1.009 I. 031 I. 123 I. 042 | : i. 550 I. 171 I. 071 O.935 i. 053 1.009 I. 031 I. 123 I. 042 1.234 1.422 1.003 1.079 0.615 0.892 1.039 0.994 0.739 I. 550 1.520 1.075 1.207 0.757 0.952 I, 121 1.042 0.813 | ||
1.234 1.422 1.003 1.079 0.615 0.892 1.039 0.994 0.739 I. 550 1.520 1.075 1.207 0.757 0.952 I, 121 1.042 0.813 | |||
.... i ,., | .... i ,., | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE WIDE PLANAR POWER DISTRIBUTION FOR SAMPLE DNB ANALYSIS FIGURE 4.4-2 JUNE 2001 REVISION 14-................. | PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE WIDE PLANAR POWER DISTRIBUTION FOR SAMPLE DNB ANALYSIS FIGURE 4.4-2 JUNE 2001 REVISION 14-................. | ||
| Line 411: | Line 384: | ||
.... SYSTEM DiGiTAL VOLTMETER j7 ........ I NOVA COMPUTER _ TAPE i | .... SYSTEM DiGiTAL VOLTMETER j7 ........ I NOVA COMPUTER _ TAPE i | ||
* 1. SWITCH | * 1. SWITCH | ||
: 2. VOLTMETER SELECTOR READING RECORDER j | : 2. VOLTMETER SELECTOR READING RECORDER j TELETYPEWRITER I " HARD COPY OUTPUT TO "" | ||
TELETYPEWRITER | |||
I " HARD COPY OUTPUT TO "" | |||
t PERMANENT LABORATORY l / TAPE "_ | t PERMANENT LABORATORY l / TAPE "_ | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SCHEMATIC OF DATA ACQUISITION SYSTEM FIGURE 4.4-13 JUNE 2001 REVISION 11 | PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SCHEMATIC OF DATA ACQUISITION SYSTEM FIGURE 4.4-13 JUNE 2001 REVISION 11 | ||
| Line 435: | Line 404: | ||
.... '1"' [" | .... '1"' [" | ||
.006 .003 .001 "0 "O ..002 -.002l-.002 I-.002 t -.002I -.002,002 -O 0 .001 .003 .006 | .006 .003 .001 "0 "O ..002 -.002l-.002 I-.002 t -.002I -.002,002 -O 0 .001 .003 .006 | ||
[ . - | [ . - | ||
I | I | ||
| Line 537: | Line 505: | ||
WELDSEAMNUMBER 101-124 COATEDELECTRODE LOTNO.HAACE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 13 OF 20 JUNE 2003 REVISION 12 | WELDSEAMNUMBER 101-124 COATEDELECTRODE LOTNO.HAACE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 13 OF 20 JUNE 2003 REVISION 12 | ||
CVENERGY 120 CLEAVAGE | CVENERGY 120 CLEAVAGE ZX _ | ||
ZX _ | |||
/ | / | ||
..J | ..J | ||
| Line 600: | Line 566: | ||
CV ENERGY | CV ENERGY | ||
* 150 _ LATLEXP. o CLEAVAGE + | * 150 _ LATLEXP. o CLEAVAGE + | ||
I00 | I00 | ||
\. | \. | ||
| Line 620: | Line 585: | ||
- \ ; | - \ ; | ||
2X_ + + .__.. | 2X_ + + .__.. | ||
ul 50 -- | ul 50 -- | ||
- \ | - \ | ||
| Line 640: | Line 604: | ||
/ _- | / _- | ||
o., | o., | ||
=== | === | ||
.,=-- | .,=-- | ||
| Line 669: | Line 632: | ||
,o- " :/7' | ,o- " :/7' | ||
_ B _//\ | _ B _//\ | ||
- _ +__ | - _ +__ | ||
o , , , I i i , I , , t I I , I I , , , I I I I F"_---_-J , | o , , , I i i , I , , t I I , I I , , , I I I I F"_---_-J , | ||
| Line 850: | Line 812: | ||
* LATL. EXP. | * LATL. EXP. | ||
CLEAVAGE + | CLEAVAGE + | ||
150 | 150 XuJm | ||
XuJm | |||
,,-=.u. | ,,-=.u. | ||
,¢ 100 --4,.... _ , __._..-.--_ | ,¢ 100 --4,.... _ , __._..-.--_ | ||
| Line 864: | Line 824: | ||
CLEAVAGE + | CLEAVAGE + | ||
150 m | 150 m | ||
Aiei ml | Aiei ml w=.u. | ||
w=.u. | |||
= '_ =: 100 -- _ - _-- " -- | = '_ =: 100 -- _ - _-- " -- | ||
-- + | -- + | ||
50 _ _ | 50 _ _ | ||
| Line 884: | Line 841: | ||
/ "_""""_ WEDGE COUPLING -- END CAP | / "_""""_ WEDGE COUPLING -- END CAP | ||
* / CHARPY IMPACT SPECIMENS I | * / CHARPY IMPACT SPECIMENS I | ||
I SPACERS PR ECRACK ED CHARPY | |||
I | |||
SPACERS PR ECRACK ED CHARPY | |||
', AND/OR CHARPY IMPACT SPECIMENS | ', AND/OR CHARPY IMPACT SPECIMENS | ||
* _ --RECTANGULAR TUBING I | * _ --RECTANGULAR TUBING I | ||
| Line 931: | Line 884: | ||
NOTE: DATA POINTS ARE DEFINED BY TABLE 5.3-20 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TRANSITION TEMPERATURE SHIFT FOR PLATE AND WELD METAL METAL CONTAINING 0.10 W/O COPPER FIGURE 5.3-5 JUNE 2009 REVISION 15 | NOTE: DATA POINTS ARE DEFINED BY TABLE 5.3-20 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TRANSITION TEMPERATURE SHIFT FOR PLATE AND WELD METAL METAL CONTAINING 0.10 W/O COPPER FIGURE 5.3-5 JUNE 2009 REVISION 15 | ||
2500 .v SAFETYVALVESOPEN | 2500 .v SAFETYVALVESOPEN m 23O0 SPRAYVALVESFULLY OPEN cn ABOVE2300PSIA o,) | ||
m 23O0 SPRAYVALVESFULLY OPEN cn ABOVE2300PSIA o,) | |||
w 2285 .i. I;', PRESSURE ALARM P_OP.HEATER GROUP"OFPAND re SPRAYVALVES FULLYCLOSEDBELOW2275PSIA I11 a. | w 2285 .i. I;', PRESSURE ALARM P_OP.HEATER GROUP"OFPAND re SPRAYVALVES FULLYCLOSEDBELOW2275PSIA I11 a. | ||
N 2275 / CONTROL SETPOINT tu 22s0 | N 2275 / CONTROL SETPOINT tu 22s0 | ||
| Line 946: | Line 897: | ||
ADDITIONAL CONTROL ACTIONS CONTROL ACTIONS COMMON TO ALL MODES OF OPERATION | ADDITIONAL CONTROL ACTIONS CONTROL ACTIONS COMMON TO ALL MODES OF OPERATION | ||
+64 STOP NORMALLY RUNNING C.P. f | +64 STOP NORMALLY RUNNING C.P. f | ||
+6o START NORMALLY RUNNING _P. t 1 "Two I | +6o START NORMALLY RUNNING _P. t 1 "Two I | ||
*38 HIGH LEVEL ERROR ALARM t I CHARGING PUMPS OPERATING ! | *38 HIGH LEVEL ERROR ALARM t I CHARGING PUMPS OPERATING ! | ||
| Line 965: | Line 915: | ||
_ -8 -15 | _ -8 -15 | ||
-II = " | -II = " | ||
25_ I ! | 25_ I ! | ||
t,P | t,P | ||
: a. '-60 | : a. '-60 | ||
-I00 = -1405 | -I00 = -1405 | ||
-23 I | -23 I | ||
.lo I I I | .lo I I I | ||
-11 CLEAR LOW LEVEL ERROR ALARM t ] | -11 CLEAR LOW LEVEL ERROR ALARM t ] | ||
| Line 1,009: | Line 956: | ||
438" r ..... _ll_ BEARING | 438" r ..... _ll_ BEARING | ||
,__ SEAL HOUSING COUPLING | ,__ SEAL HOUSING COUPLING | ||
* if" I \_ CASING 59.5" | * if" I \_ CASING 59.5" | ||
, i, _ --/ | , i, _ --/ | ||
| Line 1,041: | Line 987: | ||
_ .,,I-" | _ .,,I-" | ||
I_" | I_" | ||
/STEAM GENERATOR UPPER SUPPORTS | /STEAM GENERATOR UPPER SUPPORTS | ||
"\ " _ Pl_ | "\ " _ Pl_ | ||
| Line 1,056: | Line 1,001: | ||
* _--_.._ | * _--_.._ | ||
-"---.__'__...--"/"_ | -"---.__'__...--"/"_ | ||
L "_ ","'-""':" | L "_ ","'-""':" | ||
\\ f_ ,->_-e,-_:._,>.._.._ | \\ f_ ,->_-e,-_:._,>.._.._ | ||
".:_,, ...:- .;<-_8_-,_..----- | ".:_,, ...:- .;<-_8_-,_..----- | ||
-- , - ._ _ _ ---,..I | -- , - ._ _ _ ---,..I | ||
" --- ",1_ ";" "-_--";- | " --- ",1_ ";" "-_--";- | ||
sTEAM _.n_r " "c°t'_ot-_ STE,__enerator LOWER SUPPORTS __:_ LOWER SUPPORTS | sTEAM _.n_r " "c°t'_ot-_ STE,__enerator LOWER SUPPORTS __:_ LOWER SUPPORTS F: r Fr_Ft (M,, M.Mt ) | ||
F: r Fr_Ft (M,, M.Mt ) | |||
REACTOR VESSELSUPPORTS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT SYSTEM ARRANGEMENT AND SUPPORT POINTS FIGURE 5.4-12 JUNE 2001 REVISION 11 | REACTOR VESSELSUPPORTS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT SYSTEM ARRANGEMENT AND SUPPORT POINTS FIGURE 5.4-12 JUNE 2001 REVISION 11 | ||
COLD LEG I | COLD LEG I | ||
- \ I 1521/4" COLDLEG _ _" ___. l A.,,- | - \ I 1521/4" COLDLEG _ _" ___. l A.,,- | ||
* ° | * ° 14 ;:J( | ||
14 ;:J( | |||
-a -._ | -a -._ | ||
_-- <.--- _°, | _-- <.--- _°, | ||
' -.--J- | ' -.--J- | ||
: k. :'. : . "TYP | : k. :'. : . "TYP | ||
,;);:I | ,;);:I LJ A-A _ | ||
LJ A-A _ | |||
- -11.5" 322" TYP i | - -11.5" 322" TYP i | ||
' i | ' i | ||
| Line 1,102: | Line 1,034: | ||
_'- ' xq t I | _'- ' xq t I | ||
!iY^ I , | !iY^ I , | ||
, ",.,"-. .i"" | , ",.,"-. .i"" | ||
,",is L,.,,,_,, | ,",is L,.,,,_,, | ||
| Line 1,118: | Line 1,049: | ||
FIGURE 5.4-15 JUNE 2001 REVISION 11 | FIGURE 5.4-15 JUNE 2001 REVISION 11 | ||
I I I I I I I I I | I I I I I I I I I | ||
1,4J I.lO m_ VALVECAPACITY i!_z 1.09 J! - | 1,4J I.lO m_ VALVECAPACITY i!_z 1.09 J! - | ||
| Line 1,144: | Line 1,073: | ||
REACTORTRIP I OCCURS | REACTORTRIP I OCCURS | ||
., o.7_- II N/ | ., o.7_- II N/ | ||
*==:0.50 - | *==:0.50 - | ||
_E I | _E I | ||
| Line 1,150: | Line 1,078: | ||
Z ! | Z ! | ||
U.Z5 - | U.Z5 - | ||
0 I | 0 I | ||
_0.0 I I I 0 5 6.0 10 15 20 TIME,SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR MAXIMUM REACTOR POWER VS TIME FOR WORST CASE LOSS OF LOAD INCIDENT FIGURE 5B-4 JUNE 2001 REVISION 11 | _0.0 I I I 0 5 6.0 10 15 20 TIME,SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR MAXIMUM REACTOR POWER VS TIME FOR WORST CASE LOSS OF LOAD INCIDENT FIGURE 5B-4 JUNE 2001 REVISION 11 | ||
| Line 1,250: | Line 1,177: | ||
ARE HOT LEGS) | ARE HOT LEGS) | ||
I oI l | I oI l | ||
j | j | ||
'1 G I | '1 G I | ||
| Line 1,260: | Line 1,184: | ||
CONTAINMENT PALE) VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR CAVITY NE)DALIZATIE)N FIGURE 6.2.1-13 JUNE 2001 REVISION 11 | CONTAINMENT PALE) VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR CAVITY NE)DALIZATIE)N FIGURE 6.2.1-13 JUNE 2001 REVISION 11 | ||
N @ O THEREMAtNDER OF CONTAINMENT | N @ O THEREMAtNDER OF CONTAINMENT 155' 128 dcSOUTH STEAM GENERATOR 117' COMPARTMENT IS MIRROR IMAGE OF FIGURE SHOWN. | ||
155' | |||
128 | |||
dcSOUTH STEAM GENERATOR 117' COMPARTMENT IS MIRROR IMAGE OF FIGURE SHOWN. | |||
107" 8"" | 107" 8"" | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM GENERATOR lo0' ;,'-- SUBCOMPARTMENT MODEL 83 80 17 IS TUNNEL TO SOUTH FIGURE 6.2.1-1 5 STEAM GENERATOR COMFT JUNE 2001 REVISION 11 | PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM GENERATOR lo0' ;,'-- SUBCOMPARTMENT MODEL 83 80 17 IS TUNNEL TO SOUTH FIGURE 6.2.1-1 5 STEAM GENERATOR COMFT JUNE 2001 REVISION 11 | ||
| Line 1,317: | Line 1,232: | ||
0.6 DOUBLE-ENDED GUILLOTINE COLD LEG BREAK AT PUMP DISCHARGE FOR ZIRCALOY-4 CLADDING CONTAINMENTSUMPTEMPERATURE Figure 6.2.1-24 | 0.6 DOUBLE-ENDED GUILLOTINE COLD LEG BREAK AT PUMP DISCHARGE FOR ZIRCALOY-4 CLADDING CONTAINMENTSUMPTEMPERATURE Figure 6.2.1-24 | ||
_00 ,lIll[l[l IIlllSfl_ ilrfTJl'lt ]Y_"ltlJp] fl;ll"'l_'IZ 250 | _00 ,lIll[l[l IIlllSfl_ ilrfTJl'lt ]Y_"ltlJp] fl;ll"'l_'IZ 250 i,i r", | ||
i,i r", | |||
i 150 T-------_----.,--= ,__ | i 150 T-------_----.,--= ,__ | ||
IJ.I 13.. | IJ.I 13.. | ||
| Line 1,396: | Line 1,308: | ||
= | = | ||
,a " | ,a " | ||
. I= ,7, I_! 1! | . I= ,7, I_! 1! | ||
IEC:ION INJECTION SIS POINT I'LOW _GP_i, 25 2_b | IEC:ION INJECTION SIS POINT I'LOW _GP_i, 25 2_b | ||
| Line 1,406: | Line 1,317: | ||
UPDATED FSAR i PALOVERDENUCLEAR GEN_G STATION SAFETY INJECTION SYSTEM INJECTION MODE FLOW FIGURE 6.3-2B Sheet 2 of 2 | UPDATED FSAR i PALOVERDENUCLEAR GEN_G STATION SAFETY INJECTION SYSTEM INJECTION MODE FLOW FIGURE 6.3-2B Sheet 2 of 2 | ||
_, JUNE2001 REVISION11 DIAGRAM | _, JUNE2001 REVISION11 DIAGRAM | ||
,' _-3" .c-z---'T LP _A_m _t si-,,_ _,15 ,m-_,i | ,' _-3" .c-z---'T LP _A_m _t si-,,_ _,15 ,m-_,i | ||
| Line 1,412: | Line 1,322: | ||
,1! | ,1! | ||
_Z,_, ,. _S 4t,.ts | _Z,_, ,. _S 4t,.ts | ||
?i | ?i r ......... | ||
r ......... | |||
;_ , "li | ;_ , "li | ||
............................ I!l!l.,. | ............................ I!l!l.,. | ||
| Line 1,426: | Line 1,334: | ||
; ' (_ ; i i | ; ' (_ ; i i | ||
;. -___--- | ;. -___--- | ||
L PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY INJECTION SYSTEM FLOW DIAGRAM SHORT TERM RECIRCULATION MODE\ | |||
L | |||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY INJECTION SYSTEM FLOW DIAGRAM SHORT TERM RECIRCULATION MODE\ | |||
FIGURE 6.3-2F Sheet 1 of 2 JUNE 2001 REVISION 11 | FIGURE 6.3-2F Sheet 1 of 2 JUNE 2001 REVISION 11 | ||
| Line 1,438: | Line 1,341: | ||
FIGURE 6.3-2F Sheet 2 of 2 JUNE 2001 REVISION 11 | FIGURE 6.3-2F Sheet 2 of 2 JUNE 2001 REVISION 11 | ||
ooooooo 0000 o o_ooo | ooooooo 0000 o o_ooo o_I_i | ||
o_I_i | |||
..qu.i ii 0,ii a: | ..qu.i ii 0,ii a: | ||
) | ) | ||
| Line 1,602: | Line 1,503: | ||
0 | 0 | ||
-.I 0.6 ....... '........................ | -.I 0.6 ....... '........................ | ||
0 m I | 0 m I 0.4 - ....................... | ||
0.4 - ....................... | |||
I O | I O | ||
z | z | ||
| Line 1,610: | Line 1,509: | ||
2400 ,,,,,,,,, .... | 2400 ,,,,,,,,, .... | ||
2000 a.. 1600 .............................. | 2000 a.. 1600 .............................. | ||
w" ffl t:L i200 ........... ........... | w" ffl t:L i200 ........... ........... | ||
| Line 1,649: | Line 1,547: | ||
6 lOS - ......................... | 6 lOS - ......................... | ||
,, 10 - | ,, 10 - | ||
h LU O | h LU O | ||
| Line 1,660: | Line 1,557: | ||
18O0 ___ , I _ I _ r_ 1_ 1 I_ _ _ _ _ _r "1 ! _ _ _ ] _ t _ _ ! 'l' '"_'"'_ "'_"_-_ _ I t _ ]_ _] !"''1 _ | 18O0 ___ , I _ I _ r_ 1_ 1 I_ _ _ _ _ _r "1 ! _ _ _ ] _ t _ _ ! 'l' '"_'"'_ "'_"_-_ _ I t _ ]_ _] !"''1 _ | ||
1500 .......................... | 1500 .......................... | ||
] | ] | ||
| Line 1,693: | Line 1,589: | ||
_ 1213tl W | _ 1213tl W | ||
m m | m m | ||
W | W w | ||
Z 800 .... | |||
I I ! I I_ i; I l L I '_ I ! I I I _ _I l I i F J. II } I I I_ l I i I_ i J I i i i i I Ii I I I 0 | I I ! I I_ i; I l L I '_ I ! I I I _ _I l I i F J. II } I I I_ l I i I_ i J I i i i i I Ii I I I 0 | ||
0 600 1:200 1800 2=400 _00 TIME,SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR 0,06 F'F COLD LEG BREAK AT PUMP DISCHARGE INNERVESSEL PRESSURE FIGURE 6.3.3.3-2B JUNE2003 REVISION 12 | 0 600 1:200 1800 2=400 _00 TIME,SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR 0,06 F'F COLD LEG BREAK AT PUMP DISCHARGE INNERVESSEL PRESSURE FIGURE 6.3.3.3-2B JUNE2003 REVISION 12 | ||
| Line 1,701: | Line 1,596: | ||
40( } TTIrt I lr 1 t I 1 !t I Ill 1 I I I t I ! t t _ _ f _* _, ,i _ , i 11 r Z | 40( } TTIrt I lr 1 t I 1 !t I Ill 1 I I I t I ! t t _ _ f _* _, ,i _ , i 11 r Z | ||
4500 .................. | 4500 .................. | ||
F i Z _ | F i Z _ | ||
u.I 3600 | u.I 3600 | ||
| Line 1,714: | Line 1,608: | ||
60000 ! ................................................. | 60000 ! ................................................. | ||
_vv_ _ | _vv_ _ | ||
W GI | W GI | ||
-1 | -1 | ||
| Line 1,725: | Line 1,617: | ||
; ............................. .......... | ; ............................. .......... | ||
ii ,, , .. , ......... ................. ............ r ..... * .......... | ii ,, , .. , ......... ................. ............ r ..... * .......... | ||
_15_ [ J_Ji J ] l i l t l [ i _ 4 it t I J L l } _ _ .... i ] t I l J. $ i I I I t, ,1, t, ,,,L,,l J I 600 1200 i_ 2400 3000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.06 FT2 COLD LEG BREAK AT PUMP DISCHARGE INNER VESSEL INLET FLOW RATE FIGURE 6,3.3.3-2D JUNE 2003 REVISION 12 | _15_ [ J_Ji J ] l i l t l [ i _ 4 it t I J L l } _ _ .... i ] t I l J. $ i I I I t, ,1, t, ,,,L,,l J I 600 1200 i_ 2400 3000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.06 FT2 COLD LEG BREAK AT PUMP DISCHARGE INNER VESSEL INLET FLOW RATE FIGURE 6,3.3.3-2D JUNE 2003 REVISION 12 | ||
| Line 1,738: | Line 1,629: | ||
10s _............................................................................... | 10s _............................................................................... | ||
!04 i-] ,........................................ | !04 i-] ,........................................ | ||
0 W | 0 W | ||
D | D ii1 g | ||
ii1 g | |||
IU | IU | ||
: I 1 | : I 1 | ||
| Line 1,750: | Line 1,638: | ||
!800 ,,,,...... * ,,,,,,,,,,,,,,,,_ ......... T,,,,,,,,,......... | !800 ,,,,...... * ,,,,,,,,,,,,,,,,_ ......... T,,,,,,,,,......... | ||
r_,3 t20{ ...... | r_,3 t20{ ...... | ||
I W | I W | ||
F-Z 0 ,,... | F-Z 0 ,,... | ||
| Line 1,762: | Line 1,649: | ||
1,0 _ _ ................... | 1,0 _ _ ................... | ||
_0 0,8 ................................ | _0 0,8 ................................ | ||
O. | O. | ||
ILl 0 | ILl 0 | ||
W r,,J 0.4 ....................... | W r,,J 0.4 ....................... | ||
0 Z | 0 Z | ||
i ............ . : : _:L::::_ | i ............ . : : _:L::::_ | ||
| Line 1,826: | Line 1,710: | ||
o 5 | o 5 | ||
0 r,n 1000 700 | 0 r,n 1000 700 | ||
_._j __.___j | _._j __.___j | ||
'/ | '/ | ||
_\_ 7, t_ | |||
_\_ 7, | |||
t_ | |||
00 z = z .t l * | 00 z = z .t l * | ||
* _ | * _ | ||
| Line 1,841: | Line 1,720: | ||
-1 I .I) ..... | -1 I .I) ..... | ||
h _, ._ | h _, ._ | ||
UJ 0,II ..................... .................. | UJ 0,II ..................... .................. | ||
| Line 1,852: | Line 1,730: | ||
2003 [.................................... i, ............ ,-................. | 2003 [.................................... i, ............ ,-................. | ||
122 1.203 .......... | 122 1.203 .......... | ||
.J W | .J W | ||
| Line 1,873: | Line 1,750: | ||
0 1_ 2_ 3000 4000 _00 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.04 FT2 COLD LEG BREAK AT PUMP DISCHARGE INNER VESSEL INLET FLOW RATE FIGURE 6.3.3.3-4D JUNE 2003 REVISION 12 | 0 1_ 2_ 3000 4000 _00 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.04 FT2 COLD LEG BREAK AT PUMP DISCHARGE INNER VESSEL INLET FLOW RATE FIGURE 6.3.3.3-4D JUNE 2003 REVISION 12 | ||
l BOTTOM OF CORE | l BOTTOM OF CORE 0 | ||
0 1_ 2_0 3000 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.04 FT 2 COLD LEG BREAK AT PUMP DISCHARGE INNER VESSEL TWO-PHASE MIXTURE LEVEL FIGURE 6.3.3.3-4E JUNE 2003 REVISION 12 | |||
10 s ....... ,. ...................... | 10 s ....... ,. ...................... | ||
| Line 1,908: | Line 1,784: | ||
W ev" 0._ | W ev" 0._ | ||
1 , ........... | 1 , ........... | ||
0 " | 0 " | ||
| Line 1,934: | Line 1,808: | ||
t-- | t-- | ||
2700 I ,.......................... | 2700 I ,.......................... | ||
°I 11 | °I 11 W | ||
ac 1800 ...................... | |||
10W 2_0 _0 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR 0.03 FT2BREAK AT TOP OF PRESSURIZER BREAK FLOW RATE FIGURE 6.3,3.3-5C JUNE 2003 REVISION 12 | 10W 2_0 _0 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR 0.03 FT2BREAK AT TOP OF PRESSURIZER BREAK FLOW RATE FIGURE 6.3,3.3-5C JUNE 2003 REVISION 12 | ||
| Line 1,956: | Line 1,829: | ||
10s _. | 10s _. | ||
: u. 1 4 _'-I ..... | : u. 1 4 _'-I ..... | ||
(.9 LLI E3 | (.9 LLI E3 t-- i ' | ||
t-- i ' | |||
d i I p i 1( 2 I .... | d i I p i 1( 2 I .... | ||
1 1 | 1 1 | ||
,o 2 0 1_ 2_0 3_0 4000 50_ | ,o 2 0 1_ 2_0 3_0 4000 50_ | ||
| Line 1,980: | Line 1,850: | ||
1300 ....... ' .............................. | 1300 ....... ' .............................. | ||
. / ............L r.n_at000 ..... , .... | . / ............L r.n_at000 ..... , .... | ||
/ ' I | / ' I 7OO _.._:___ | ||
7OO _.._:___ | |||
0 10_ 2_ 3000 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.03 FT2 BREAK AT TOP OF PRESSURIZER HOT SPOT CLAD SURFACE TEMPERATURE FIGURE 6.3.3.3,5H JUNE 2003 REVISION 12 | 0 10_ 2_ 3000 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.03 FT2 BREAK AT TOP OF PRESSURIZER HOT SPOT CLAD SURFACE TEMPERATURE FIGURE 6.3.3.3,5H JUNE 2003 REVISION 12 | ||
| Line 1,989: | Line 1,857: | ||
'1 | '1 | ||
_...-'lOOl:l'_lU 0,8 0.6 . ............. | _...-'lOOl:l'_lU 0,8 0.6 . ............. | ||
0 t-i I a | 0 t-i I a | ||
i,l.i IZ: 0,4 ............ !! * : .... | i,l.i IZ: 0,4 ............ !! * : .... | ||
| Line 2,005: | Line 1,872: | ||
1_0 ...... '...................... " ...... | 1_0 ...... '...................... " ...... | ||
_.J UJ 6O CO W | _.J UJ 6O CO W | ||
uJ Z: | uJ Z: | ||
800 ................. ........ | 800 ................. ........ | ||
| Line 2,034: | Line 1,900: | ||
5 10 ............................................. | 5 10 ............................................. | ||
4 U. 10 '-_ ......... | 4 U. 10 '-_ ......... | ||
(.9 UJ E3 | (.9 UJ E3 | ||
,I | ,I | ||
:Z: 10 .....i......................... | :Z: 10 .....i......................... | ||
m | m | ||
-r 102 .... i................................. ----- | -r 102 .... i................................. ----- | ||
| Line 2,054: | Line 1,918: | ||
600 __ ................... | 600 __ ................... | ||
--_.___+___ | --_.___+___ | ||
300 1 ....... , " | 300 1 ....... , " | ||
}LIILIfll ttllllltt! lii_llll_ ilfllllt.! ._llJ. ill]tl 2000 4000 6000 8000 10000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT2 BREAK AT TOP OF PRESSURIZER COOLANT TEMPERATURE AT HOT SPOT FIGURE 6.3.3,3-6G JUNE 2003 REVISION 12 | }LIILIfll ttllllltt! lii_llll_ ilfllllt.! ._llJ. ill]tl 2000 4000 6000 8000 10000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT2 BREAK AT TOP OF PRESSURIZER COOLANT TEMPERATURE AT HOT SPOT FIGURE 6.3.3,3-6G JUNE 2003 REVISION 12 | ||
| Line 2,061: | Line 1,924: | ||
1,0 ................................ | 1,0 ................................ | ||
II W | II W | ||
_0 0.8 I ................... ............ | _0 0.8 I ................... ............ | ||
| Line 2,079: | Line 1,941: | ||
u/ | u/ | ||
2700 ..................................... | 2700 ..................................... | ||
n,, 1800 L .............. | n,, 1800 L .............. | ||
m I | m I | ||
| Line 2,089: | Line 1,950: | ||
6 L | 6 L | ||
10 5 LL i | 10 5 LL i E) i E L | ||
E) | |||
i E L | |||
_-D m | _-D m | ||
_. 1 I_....... "q ............. | _. 1 I_....... "q ............. | ||
| Line 2,105: | Line 1,962: | ||
D 12_ -- | D 12_ -- | ||
ui 2 | ui 2 | ||
0., ooo.......................... ,.......... I LU i-- | 0., ooo.......................... ,.......... I LU i-- | ||
I-- | I-- | ||
| Line 2,125: | Line 1,981: | ||
*_""""""''l_''i'':_'L"'l'''_''''t'"t'''''''''l'''i''r'' | *_""""""''l_''i'':_'L"'l'''_''''t'"t'''''''''l'''i''r'' | ||
1_0 - | 1_0 - | ||
1400 | 1400 LL O | ||
u5 a: | u5 a: | ||
_ 1200 - | _ 1200 - | ||
| Line 2,153: | Line 2,007: | ||
Heat _.:mo_l L:g [njc_.tlon FI°w t° C°[d Lc" I I .._laoual .I i E,,,,,.S e,1,"°S l Steam Gcnctalet_ | Heat _.:mo_l L:g [njc_.tlon FI°w t° C°[d Lc" I I .._laoual .I i E,,,,,.S e,1,"°S l Steam Gcnctalet_ | ||
A te Secrete t .,l,._,l I ._,,,ual } | A te Secrete t .,l,._,l I ._,,,ual } | ||
Steam Gcncralots I I s,ou, | Steam Gcncralots I I s,ou, | ||
._,(anual 1 | ._,(anual 1 | ||
| Line 2,165: | Line 2,018: | ||
t 0 , | t 0 , | ||
-- C- S_'2-_- -'.2£---:2" --_2.,,. =,aT- ' | -- C- S_'2-_- -'.2£---:2" --_2.,,. =,aT- ' | ||
-z "2_'d_ | -z "2_'d_ | ||
_ ".== ='-.2-. =`- I i | _ ".== ='-.2-. =`- I i | ||
J I | J I | ||
* '% ' i I i , , I TIME AF[EF. L:',?-_, I-t0,_qt$ | * '% ' i I i , , I TIME AF[EF. L:',?-_, I-t0,_qt$ | ||
| Line 2,191: | Line 2,040: | ||
/ | / | ||
'/ | '/ | ||
NO _-= - ,, ' "x, CC_= _uS- = =3" CORE=L_S_ = 3a O=m S:_E :N: m_-. _F i i | NO _-= - ,, ' "x, CC_= _uS- = =3" CORE=L_S_ = 3a O=m S:_E :N: m_-. _F i i | ||
_ a S T!_E AFTE_ l_OC_'. FOURS i | _ a S T!_E AFTE_ l_OC_'. FOURS i | ||
| Line 2,211: | Line 2,059: | ||
/ | / | ||
I 1" t | I 1" t | ||
/// ' , | /// ' , | ||
=_S RE=-`: -T_E .... | =_S RE=-`: -T_E .... | ||
i PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR RCS REFILL TIME VS BREAK AREA FIGURE 6.3.3.4-4 JUNE 2001 REVISION 11 | i PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR RCS REFILL TIME VS BREAK AREA FIGURE 6.3.3.4-4 JUNE 2001 REVISION 11 | ||
Break RCS Pressure at Area, fiz 8 Hours, psia 10 17 O O | Break RCS Pressure at Area, fiz 8 Hours, psia 10 17 O O O O Simultaneous hot and cold side injection can i cool the core and flush boric acid _ ° fi'om the reactor vessel for these breaks 0.050 81 I | ||
O O Simultaneous hot and cold side injection can i cool the core and flush boric acid _ ° fi'om the reactor vessel for these breaks 0.050 81 I | |||
0.045 81 0.040 81 0.035 81 0 030 107 0 025 127 0 020 155 0 015 204 | 0.045 81 0.040 81 0.035 81 0 030 107 0 025 127 0 020 155 0 015 204 | ||
! 0 0t0 346 RC_ refill can disoerse boric acid and m 0.007 533 the_Gs can cool the RCS to SCS emo' 0 006 639 conditions for these breaks 0.005 776 | ! 0 0t0 346 RC_ refill can disoerse boric acid and m 0.007 533 the_Gs can cool the RCS to SCS emo' 0 006 639 conditions for these breaks 0.005 776 | ||
| Line 2,240: | Line 2,085: | ||
_i_ CESSARFIG.6,3.3,5-1F JUNE2001 REVISION11 | _i_ CESSARFIG.6,3.3,5-1F JUNE2001 REVISION11 | ||
\ | \ | ||
PALO VERDE NUCLAER GENE_TING STATION UPDATED FSAR PLANT LAYOUT AIR INTAKE AND POTENTIAL RELEASE POINTS FIGURE 6.4-1 JUNE 2001 REVISION 11 | PALO VERDE NUCLAER GENE_TING STATION UPDATED FSAR PLANT LAYOUT AIR INTAKE AND POTENTIAL RELEASE POINTS FIGURE 6.4-1 JUNE 2001 REVISION 11 | ||
| Line 2,258: | Line 2,102: | ||
i @ | i @ | ||
I. ............. | I. ............. | ||
::i ...... ............. | ::i ...... ............. | ||
, ",":_ : , :.:.::i ..!:i..i. :i | , ",":_ : , :.:.::i ..!:i..i. :i | ||
| Line 2,264: | Line 2,107: | ||
i::.. o o<= | i::.. o o<= | ||
. _ " " _,,_i _- _,,_', "_",.,', _. , " _,. | . _ " " _,,_i _- _,,_', "_",.,', _. , " _,. | ||
,. .i ....... ',,, '"_ ....... | ,. .i ....... ',,, '"_ ....... | ||
..... .Y.', .... | ..... .Y.', .... | ||
_.z':.................................. | _.z':.................................. | ||
,',"T," ,,, _"..?) | ,',"T," ,,, _"..?) | ||
z ., | z ., | ||
,4 ,.4 " _ o ,4 _ _ _ ..4 li=I_IUlII_) A_:IIII@:Iil_ _AI,I._"I_IU i | ,4 ,.4 " _ o ,4 _ _ _ ..4 li=I_IUlII_) A_:IIII@:Iil_ _AI,I._"I_IU i | ||
| Line 2,297: | Line 2,134: | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL LOW REACTOR COOLANT FLOW TRIP SETPOINT OPERATION FIGURE 7.2-0 JUNE 2001 REVISION 11 | PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL LOW REACTOR COOLANT FLOW TRIP SETPOINT OPERATION FIGURE 7.2-0 JUNE 2001 REVISION 11 | ||
7 | 7 i/ | ||
i/ | |||
CONTAINMENT PROCESS PROTECTIVE // PLANT PROTECTION SYSTEM CABINET // CABINET | CONTAINMENT PROCESS PROTECTIVE // PLANT PROTECTION SYSTEM CABINET // CABINET | ||
,/ | ,/ | ||
/ | / | ||
ii ' ' : 1 {_ lPRESSURE | ii ' ' : 1 {_ lPRESSURE | ||
| Line 2,311: | Line 2,145: | ||
l i | l i | ||
,J liE - | ,J liE - | ||
MAIN CONTROL ROOM 1" PLANT MONITORING | MAIN CONTROL ROOM 1" PLANT MONITORING | ||
/ SYSTEM y | / SYSTEM y | ||
| Line 2,323: | Line 2,156: | ||
./ | ./ | ||
,f | ,f | ||
..d | ..d PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL MEASUREMENT CHANNEL FUNCTIONAL DIAGRAM (PRESSURIZER PRESSURE WIDE RANGE) | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL MEASUREMENT CHANNEL FUNCTIONAL DIAGRAM (PRESSURIZER PRESSURE WIDE RANGE) | |||
FIGURE 7.2-0A JUNE 2001 REVISION 11 | FIGURE 7.2-0A JUNE 2001 REVISION 11 | ||
| Line 2,331: | Line 2,162: | ||
POWER SUPPLY | POWER SUPPLY | ||
_O------_ REED SWITCH I | _O------_ REED SWITCH I | ||
I I | |||
I I | I I | ||
I | I | ||
) | ) | ||
98O ohms (3020 ohms total) | 98O ohms (3020 ohms total) | ||
| Line 2,359: | Line 2,189: | ||
ANDOUT-OF. C/¢CULAI"¢_ DIFFERENCE BOARD POSmONS SE(_/ENCE OFPiNAND MEIER PENALTY CHM4NEL FACT(_s PUCb_ | ANDOUT-OF. C/¢CULAI"¢_ DIFFERENCE BOARD POSmONS SE(_/ENCE OFPiNAND MEIER PENALTY CHM4NEL FACT(_s PUCb_ | ||
RAEHALS _ TRP CORRECTK3_ _F COMPARATOf FORSHAPE CALCLR.ATION [_BR _ PREIRJP ANNEALING OFCORE E.,X-CORE ANDCEA AVERAGE FIXEDSET'POINT SIGNALS SHADOWING AXIAL DISTRIBUTION CALCULATION ' | RAEHALS _ TRP CORRECTK3_ _F COMPARATOf FORSHAPE CALCLR.ATION [_BR _ PREIRJP ANNEALING OFCORE E.,X-CORE ANDCEA AVERAGE FIXEDSET'POINT SIGNALS SHADOWING AXIAL DISTRIBUTION CALCULATION ' | ||
REACTOR OF TP4P | REACTOR OF TP4P COOLANT SPEED o_ FLOW CALCULATION | ||
COOLANT SPEED o_ FLOW CALCULATION | |||
_ , ,_o_ ,_ | _ , ,_o_ ,_ | ||
LOCAL D£NSITY I I[ l ARAT_ _ ' PI_RP OF l_ RXEDSETF_ | LOCAL D£NSITY I I[ l ARAT_ _ ' PI_RP OF l_ RXEDSETF_ | ||
HOTLEG CAUBRATED I/ CONTROL TEMP. Th-- QF NE_ 11 _- BOARO COLDLEG _,TPOWER FLUX ,_,_ METER | HOTLEG CAUBRATED I/ CONTROL TEMP. Th-- QF NE_ 11 _- BOARO COLDLEG _,TPOWER FLUX ,_,_ METER | ||
_ . MAX | _ . MAX MAXIMUM io_c_ I I t_ BOARD B ME1ER MINIMUM PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE PROTECTION CALCULATOR FUNCTIONAL BLOCK DIAGRAM FIGURE 7.2-0G JUNE 2001 REVISION 11 | ||
MAXIMUM io_c_ I | |||
I t_ BOARD B ME1ER MINIMUM PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE PROTECTION CALCULATOR FUNCTIONAL BLOCK DIAGRAM FIGURE 7.2-0G JUNE 2001 REVISION 11 | |||
This Figure has been redacted. | This Figure has been redacted. | ||
| Line 2,398: | Line 2,222: | ||
CONTROL ROOM AiR INTAKE HIGH RADIATION FROM CPIASlCPIAS2 FROM FSEVAS 1__ r'-" "-1 r'--.B_vAs2 | CONTROL ROOM AiR INTAKE HIGH RADIATION FROM CPIASlCPIAS2 FROM FSEVAS 1__ r'-" "-1 r'--.B_vAs2 | ||
" I A'l A2 B1 B2 A1 A2 B1 B2 I I .! I f Fi ACTUATION Loo,_ ,_c_;_ | " I A'l A2 B1 B2 A1 A2 B1 B2 I I .! I f Fi ACTUATION Loo,_ ,_c_;_ | ||
ON | ON MANUAL ""1 ! ' I I'm MANUAL I TRAIN A COMPONENTS TRAIN B COMPONENTS | ||
MANUAL ""1 ! ' I I'm MANUAL | |||
I TRAIN A COMPONENTS TRAIN B COMPONENTS | |||
' CREFAS II LEGEND: PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CPIAS = CONTAINMENT ACTUATION PURGE SIGNAL ISOLATION ESFAS SIGNAL LOGIC CREFAS= CONTROL ROOM ESSENTIAL FBEVA8= FILTRATION FUEL ACTUATION BUILDING ESSENTIALSIGNAL FIGURE 7.3-2 VENTILATION ACTUATION SIGNAL JUNE 2001 REVISION 11 | ' CREFAS II LEGEND: PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CPIAS = CONTAINMENT ACTUATION PURGE SIGNAL ISOLATION ESFAS SIGNAL LOGIC CREFAS= CONTROL ROOM ESSENTIAL FBEVA8= FILTRATION FUEL ACTUATION BUILDING ESSENTIALSIGNAL FIGURE 7.3-2 VENTILATION ACTUATION SIGNAL JUNE 2001 REVISION 11 | ||
: a. _ uu o _ | : a. _ uu o _ | ||
| Line 2,438: | Line 2,258: | ||
'i_ FiberOpticModule Assembly (Typical) ,,_..-,...:.r_:; Assembly(Typical) | 'i_ FiberOpticModule Assembly (Typical) ,,_..-,...:.r_:; Assembly(Typical) | ||
'" 2; Panel(Typical) i - Assembly(Typical) | '" 2; Panel(Typical) i - Assembly(Typical) | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAFAS BLOCK DIAGRAM FIGURE 7.3-7E JUNE 2:001 REVISION 11 | PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAFAS BLOCK DIAGRAM FIGURE 7.3-7E JUNE 2:001 REVISION 11 | ||
| Line 2,454: | Line 2,273: | ||
;,;;,:; | ;,;;,:; | ||
...... o,,_,_,_.c._ T 8,,,-_ | ...... o,,_,_,_.c._ T 8,,,-_ | ||
Relay Trip Trip l Relay Relay Relay I | Relay Trip Trip l Relay Relay Relay I PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAFAS LOGIC DIAGRAM FIGURE 7.3-7F JUNE 2001 REVISION 11 | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAFAS LOGIC DIAGRAM FIGURE 7.3-7F JUNE 2001 REVISION 11 | |||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ESFAS AUXILIARY RELAY CABINET SCHEMATIC DIAGRAM FOR TYPICAL ACTUATION SIGNAL FIGURE 7.3-8A JUNE 2009 REVISION 15 | PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ESFAS AUXILIARY RELAY CABINET SCHEMATIC DIAGRAM FOR TYPICAL ACTUATION SIGNAL FIGURE 7.3-8A JUNE 2009 REVISION 15 | ||
| Line 2,467: | Line 2,284: | ||
.ANUAL A.1T BDI -L | .ANUAL A.1T BDI -L | ||
-I" | -I" | ||
.ANUAL INITIATION RELAYS | .ANUAL INITIATION RELAYS A.=T" BD2 ..m_ | ||
A.=T" BD2 ..m_ | |||
I | I | ||
- i i "A_.AL_ | - i i "A_.AL_ | ||
| Line 2,490: | Line 2,305: | ||
GROUPS PALO VERDE NUCLEAR GENERATING | GROUPS PALO VERDE NUCLEAR GENERATING | ||
..RRIER UPDATED FSAR STATION | ..RRIER UPDATED FSAR STATION | ||
-;,i I 1-) | -;,i I 1-) | ||
PUMP GROUPS FUNCTIONAL DIAGRAM OF A TYPICAL ENGINEERED SAFETY FEATURE ACTUATION FIGURE 7.3-10 JUNE 2003 REVISION t2 | PUMP GROUPS FUNCTIONAL DIAGRAM OF A TYPICAL ENGINEERED SAFETY FEATURE ACTUATION FIGURE 7.3-10 JUNE 2003 REVISION t2 | ||
| Line 2,572: | Line 2,386: | ||
P_ .___._.] | P_ .___._.] | ||
--t TRANSFER LOGIC | --t TRANSFER LOGIC | ||
:-j _- "1 ml TO | :-j _- "1 ml TO | ||
_ FWCS2 VALVE TRANSFER FWCS2 LOGIC [ SELr_ 1"7. FROM 4; ; [ | _ FWCS2 VALVE TRANSFER FWCS2 LOGIC [ SELr_ 1"7. FROM 4; ; [ | ||
| Line 2,583: | Line 2,396: | ||
PRESSURIZER PRESSURIZER PRESSURE B TURBINE BYPASS | PRESSURIZER PRESSURIZER PRESSURE B TURBINE BYPASS | ||
,," _ VALVES l CONDENSER I AND 2 TO I 16 TO ATMOSPHERE) | ,," _ VALVES l CONDENSER I AND 2 TO I 16 TO ATMOSPHERE) | ||
CHANGE COMPARATOR _,. _ _ _ _ _ -w _ _ _ ..i J DETECTOR THE VALVE PERMISSIVE SIGNAL IS PRODUCED BY NOTE: T SIMILAR CIRCUITRY THE SIGNAL IS '"ON" WHEN THE PERMISSIVE CONTROLLER HAS AN OUTPUT THRESHOLD VA"LVE PERMISSIVE SIGNAL DEMAND OR A PL_RM/S_IVE QUICK OPENING SETTING SIGNAL IS PRESENT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM BYPASS CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-2 JUNE 2001 REVISION 11 | CHANGE COMPARATOR _,. _ _ _ _ _ -w _ _ _ ..i J DETECTOR THE VALVE PERMISSIVE SIGNAL IS PRODUCED BY NOTE: T SIMILAR CIRCUITRY THE SIGNAL IS '"ON" WHEN THE PERMISSIVE CONTROLLER HAS AN OUTPUT THRESHOLD VA"LVE PERMISSIVE SIGNAL DEMAND OR A PL_RM/S_IVE QUICK OPENING SETTING SIGNAL IS PRESENT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM BYPASS CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-2 JUNE 2001 REVISION 11 | ||
FEEDWATER TEMPERATURE MAIN STEAM PRESSURE __! SECONDARY TO FEEDWATER FLOW CALORIMETRIC MARGIN AUDIBLE MAIN STEAm FLOW _1 w | FEEDWATER TEMPERATURE MAIN STEAM PRESSURE __! SECONDARY TO FEEDWATER FLOW CALORIMETRIC MARGIN AUDIBLE MAIN STEAm FLOW _1 w | ||
POWER METERALARM | POWER METERALARM AUTOMATIC CALIBRATION TURBINE OF POWER IT I | ||
AUTOMATIC CALIBRATION TURBINE OF POWER IT I | |||
l I | l I | ||
TURBINE FIRST STAGE PRESSURE _"l TURBINE POWER CALORIMETRIC l l | TURBINE FIRST STAGE PRESSURE _"l TURBINE POWER CALORIMETRIC l l | ||
| Line 2,618: | Line 2,428: | ||
:UIT RiP I TRIP I" CB _ _ TRIP CB I CIRCUIT TRIP AKER i COIL -" r COIL I BREAKER z I I' | :UIT RiP I TRIP I" CB _ _ TRIP CB I CIRCUIT TRIP AKER i COIL -" r COIL I BREAKER z I I' | ||
] | ] | ||
I __ j II , li I .I.u I II REACTORTRIPSWITCHGEAR | I __ j II , li I .I.u I II REACTORTRIPSWITCHGEAR SOLID [ SOLID ,, r' r SOLID | ||
SOLID [ SOLID ,, r' r SOLID | |||
_TE i OPTICAL STATE STATE OPTICAL STATE VER _ ISOLATION _ CONTROL CONTROL i'li., ISOLATION POWER | _TE i OPTICAL STATE STATE OPTICAL STATE VER _ ISOLATION _ CONTROL CONTROL i'li., ISOLATION POWER | ||
;HES _ _ LOGIC LOGIC I SWITCHES | ;HES _ _ LOGIC LOGIC I SWITCHES | ||
| Line 2,638: | Line 2,446: | ||
BACKUP HEATERBANKS PROPORTIONAL HEATERBANKS SPRAY VALVE SPRAY VALVE 3 THROUGHII 1 AND2 1 2 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSURIZER PRESSURE CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-7 JUNE 2003 REVISION 12 | BACKUP HEATERBANKS PROPORTIONAL HEATERBANKS SPRAY VALVE SPRAY VALVE 3 THROUGHII 1 AND2 1 2 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSURIZER PRESSURE CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-7 JUNE 2003 REVISION 12 | ||
PRESSURIZER TAVG LEVEL SETPOINT , ,,, CONTROLS PROGRAM | PRESSURIZER TAVG LEVEL SETPOINT , ,,, CONTROLS PROGRAM ERROR CONTROLLER PROGRAM LEVEL ! PlO HEATER AUTO- MANUAL I CHARGING PUMP CONTROLS CONTROLS CONTROL l LETDOWN VALVE SELECTOR 51VlTCH LETDOWN IALVES PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSU RIZER LEVEL CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-8 JUNE 2003 REVISION 12 | ||
ERROR CONTROLLER PROGRAM LEVEL ! PlO HEATER AUTO- MANUAL I CHARGING PUMP CONTROLS CONTROLS CONTROL l LETDOWN VALVE SELECTOR 51VlTCH LETDOWN IALVES PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSU RIZER LEVEL CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-8 JUNE 2003 REVISION 12 | |||
RESET | RESET STARTUP NUCLEAR CHANNEL BORON DILUTION / CURRENT FLUX & | ||
STARTUP NUCLEAR CHANNEL BORON DILUTION / CURRENT FLUX & | |||
INSTRUMENTATION SIGNAL-'_ ALARM SYSTEM _ SETPOINT DISPLAY LOGIC 1 | INSTRUMENTATION SIGNAL-'_ ALARM SYSTEM _ SETPOINT DISPLAY LOGIC 1 | ||
ALARM SIGNAL TO THE PLANT ANNUNCIATION SYSTEM NOTE: ONLY ONE OF TWO IDENTICAL CHANNELS IS SHOWN. | ALARM SIGNAL TO THE PLANT ANNUNCIATION SYSTEM NOTE: ONLY ONE OF TWO IDENTICAL CHANNELS IS SHOWN. | ||
| Line 2,681: | Line 2,485: | ||
8.68" + 1/16 (TYP), INSIDE DIMENSION OF THE BOX c = BOXES MADE FROM | 8.68" + 1/16 (TYP), INSIDE DIMENSION OF THE BOX c = BOXES MADE FROM | ||
/ | / | ||
0.t09" (MIN)STAINLESS STEEL SHEET STOCK E]D[]D I- "I IJ IJ q° ; ; , , I." 1 | 0.t09" (MIN)STAINLESS STEEL SHEET STOCK E]D[]D I- "I IJ IJ q° ; ; , , I." 1 i | ||
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR NEW FUEL STORAGE RACK (150" ACTIVE FUEL LENGTH) | |||
FIGURE 9.1-1 JUNE 2001 REVISION 11 | FIGURE 9.1-1 JUNE 2001 REVISION 11 | ||
| Line 2,725: | Line 2,528: | ||
_'_ F/IN I_SHGRADE COMPACTED BACKFILL TYPICAL EXTERIOR WALL SECTION PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DETAIL DRAWINGS ESSENTIAL SPRAY POND FIGURE 9.2-1 SHEET 2 OF 2 REVISION 12 JUNE 2003 | _'_ F/IN I_SHGRADE COMPACTED BACKFILL TYPICAL EXTERIOR WALL SECTION PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DETAIL DRAWINGS ESSENTIAL SPRAY POND FIGURE 9.2-1 SHEET 2 OF 2 REVISION 12 JUNE 2003 | ||
o | o o | ||
I-- | |||
0 z | 0 z | ||
Revision as of 15:39, 4 February 2020
| ML17193A052 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 06/29/2017 |
| From: | Arizona Public Service Co |
| To: | Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML17193A009 | List: |
| References | |
| 102-07520-MLL/TNW | |
| Download: ML17193A052 (435) | |
Text
- TOR VESSEL ii ASSEMBLY Cox, Digitally signed by Cox, Matthew S(Z05628)
Matthew DN: cn=Cox, Matthew S(Z05628)
Date: 2017.06.29 S(Z05628) 12:50:18 -07'00' I ET E
Ii11111 HUUl PPER GUIDE "
TRUCTURE ASSEMBL Y FUEL ASSEMBLEY t
)RT VESSEL FLOW SKIRT I_l.. '
!o_
UPPORT TRUCTURE _ ,__to_
IN-CORE NOZZLE INSTRMENTATION PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR VERTICAL ARRANGEMENT FIGURE 4.1-1 JUNE 2001 REVISION 11
O 20 MIL CLAD COEXTRUOEDZr/U
_7 25 MIL CLAD METAL ELEMENTS A A
/_ 30 MIL CLAD J W. WEBER ASTM-STP.42S 6 13_ MJLCLAD i 1967 I ! l l !
O ROD79-22 FAILED CtRCUM THEORETICAL 2,2x 1020NVT WAPDTM.631 FAI-LURE CURVE k p - _ ROD ?9-1638OWED AND BASED ON 6xlo20NVT WAPD-TM-S8_ O'DONNELL' S Q¢ ANALYSIS I--
U'I (_ROD79_2 (WAPD-TM-651)
-_4 ,,,_NVT I% ROD79-1g SPLIT WAPD Z 3.3,,,o2° NVT )TM_S O DESIGNSTRA}NS FOR I1_
PRTR. HW-75267 KJL 3 x 0 RODSDFL. DFM DFN 00 ADJUSTED CURVE
_) 1000-1300MWD/TONNE U V AECL-1822 I_
- '-'2 D O o _Z_ ._'_ PPTRDESJGNSTRAINS
,...... O O O _]
o 1%C-E DESIGNLIMIT
._, r'_ _ NOTE- SOLIDSYMBOLSDENOTE FAILED RODS o
" J.,, ;, ,J J I = I 200 500 400 5_ 600 700 800 900 1000 1100 TEMPERATURE, F PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CIRCUMFERENTIAL STRAIN VS TEMPERATURE FIGURE 4.2-1 JUNE 2001 REVISION 11
/k_ EFFECTIVE STRAINRANGE 0,1 700OFDESIGNCURVE 0.01 0.001 1 I0 I00 I000 I0, 000 PERMITTED CYCLES,N PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DESIGN CURVE FOR CYCLIC STRAIN USAGE OF ZIRCALOY-4 AND ZERLO AT 700F FIGURE 4.2-2 JUNE 2003 REVISION 12 FIGURE 4 o2-2 REV. 12
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR FULL-STRENGTH CONTROL ELEMENT ASSEMBLY (4-ELEMENT)
FIGURE 4.2-3 JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION FULL-STRENGTH CONTROL ELEMENT ASSEMBLY (12-ELEMENT)
FIGURE 4.2-4 JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PART-STRENGTH CONTROL ELEMENT ASSEMBLY FIGURE 4.2-5 JUNE 2011 REVISION 16
(_1 f tl
_ _L_.,t_,_ UPPER END FITTING Jl li :i il _o o_ '
I5 23132" 9 SPACES SPACER GRID 21 1132" "-- FUELROD ,
BO'I'rOMVIEW t / INCONELSPACERGRID
_j.__ ./LOWER END FITTING NOTE -
- 1. All dimensions typical, not for design PALO VERDE NUCLEAR GENERATING STATION purposes U PDATED FSAR
.... 2. Propnetary Guardian T,,grids may
- _-_ replace the lower Inconel grids on FUEL ASSEMBLY reload assemblies FIGURE 4.2-6 JUNE 2001 REVISION 11
' T-L-7 C
_.,-WELDLOCATIONS _-_
GRI D GRI D CEA FUEL SPRING PERIMETER GUIDE TUBE ROD STRIP STRIP LOCATION PALO VERDE NUCLEAR GENERATING STATION NOTE - Proprietary Guardian T. grids UPDATED FSAR may replace the lower Inconel grids on reload assemblies FUEL SPACER GRID FIGURE 4.2-7 JUNE 2001 REVISION 11
CAP END SPRING' SPACER-----_., i FUEL--
PELLETS m 1{30' ACTIVE FUEL LENGTH FUEL CLADDING-- _
(BATCHES A-M ONLY/
SPACER_
NOTES: LOWER"_
Reloadassemblies may END _:
incorporateoneormore CAP des=gn improvements, Including:
- 1. Removalofupperspacer disc.
- 2. Longerlowerendcapsfor usewithGuardian_' grids
- 3. Minorchangesinfuel pelletdimensions (diameter,dishes, chamfers) 4, Useof U0z'ER203fuel- PALO VERDE NUCLEAR GENERATING STATION poisonpellets,in lieuof UPDATED FSAR theAlz 03.B4C poisonrod shownin Figure4.2-g. FUEL ROD FIGURE 4.2-8 JUNE 2003 REVISION 12 FIGURE 4.2-8 I_V. t2
i;
_w
- c, _ p._,
_ °._
. i "1
o° e _ _
,.; _ _ ._
"o _. 0 _ ., _ I:.,'_:i
-- "_ N UPDATED FSAR PALO VERDE NUCLEAR GENERATING STATION COMPARISON OF URANIA ROD ASSEMBLY FEATURES FIGURE 4.2-8A JUNE 2003 REVISION 12
END CAP UPPER------_'_
SPRING -- _..
SPACER POISON PELLETS 136"
=-- POISON
-, SHIM LENGTH
_;. .-.-t CLADDING I
_1 i i
SPACER I
I END LOWER -----_._.__.._ t CAP /
NOTE. Reload designsmay utilize UO2.
ER203fuel- poison rods, m lieuof the PALO VERDE NUCLEAR GENERATING STATION' A1203- B4Crods, in lieu of the A1203- UPDATED FSAR B4Crodsthat were incorporated into the original designof system 80 fuel for PVNGS, See Figure 4.2- 8 BURNABLE POISON ROD FIGURE 4.2-9 JUNE 2001 REVISION 11
_W 1,4 \ i l._ C _I !
ii m_ "
l mN
° e _ e _
CO
\ oc PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR COMPARISON OF ERBIA ROD ASSEMBLY FEATURES FIGURE 4.2-9A JUNE 2003 REVISION 12
12ELEMENT FULLLENGTHCEA's 48
[_ 4ELEMENT FULLLENGTHCEA's 28 B 4ELEMENT PAINTLENGTHCEA's 13 tOTAL 89 CEA's S DENOTES SPARE CEALOCATIONS 8 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTROL ELEMENT ASSEMBLY LOCATIONS FIGURE 4.2-10
_"I GI,IRE4.2-I0 IEv. 1_!
JUNE 2003 REVISION 12
_"- PRESSURIZER 36" ID
_TEST SECTION j,
" -- _ FLOW.
CE FLOW
'; " < METER CONTROL VALVE ID I LOOP PIPING AUX, PIPING LATING PUMP HEATER (INACTIVE)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR C-E TF - 2 HOT LOOP PIPING ISOMETRIC FIGURE 4.2-11 JUNE 2001 REVISION 11
3'" PIPE E HEAD FLANGE 4" PlPI SNUBBERS { 4)
]ZZLE INSTRUMENT PORT ORIFICE PLATE INSTRUMENT GUIDE STRUCTURE CONDUIT SUPPORT PLATE (UGSSP)
- D TUBE ARRAY OUTLET , ALIGNMENT PLATE (FAP)
- " PLENUM
. _-_. IBBERS (4)
SUPPORTBARREL AND FUEL SHROUOASSEMBLY
& FLANGES METAL "O'" SEAL SUPPORT t.
ON VESSEL (4)
SUPPORT GRID BEAMS BOTTOM PLATE DIFFUSER PLATE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR
"" _ SYSTEM 80 FUEE HOT LOOP TESTS, COMPONENT STACKUP IN TF- 2 FIGURE 4.2-12 JUNE 2001 REVISION 11
ROUD 0 0 0
0 0
.:.__ _o o.,,oOo 00 Q to oy CEA ROD PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CROSS SECTION THROUGH FUEL SHROUD AND FUEL ARRAY TF-2 TESTS FIGURE 4.2-13 JUNE 2001 REVISIOlXl-'tl ..........
z 0
eJ Z uJ_ ' 0 D_z 0 0 w z 0 n-
-- LU Z L_a o 0 __ W
, Z i
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S:]!lONI "NOtJLISOdV_I;3
2 13 4 Old Old Old New
"-:5 6 7 " E9 10 Old Old New Old New Old 11 12 13 14 15 !16 17 Old Old New Old New Old New
!18 19 20 21 22 23 24 25 Old Old New Old New Old New Old 26 27 28 29 30 31 32 33 Old New Old New Old New Old Old 34 35 36 37 38 39 _40 41 42 Old New Old New Old Old Old New Old 43 44 4s 46.............
47 ,i8 49 sO s_ ......
Old Old New Old New Old New Old New
. . - , ,, jl w _ i r , i,.. ,., =j .
52 53 54 55 56 57 58 59 60 Old New Old New Old New Old Old Old i i * : -- _ l 61 62 63 64 65 66 67 68 69 New Old New Old Old Old New Old Old PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL FUEL MANAGEMENT FIGURE 4.3-1 JUNE 2001 REVISION 11
0 O@
- °
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z <
0 z Om 0 ZZ --
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w w_
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Z
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-2.1
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-1.8 *
°b -1.?
- t
.1.0
-0.9_ ' _" l J I 50""0- 1000 1500 2000 250D FUELTEMPERATURE, OF PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR FUEL TEMPERATURECOEFFICIENT vs EFFECTIVEFUEL TEMPERATURE FIGURE 4.3-3 JUNE 2001 REVISION 11
I J I I I I I
-3.0 0 1 2 3 4 5 6 7 8 9 10 AVERAGE LINEAR HEAT RATE, KW/FT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR FUEL TEMPERATURE CONTRIBUTION TO POWER COEFFICIENT AT EOC FIGURE 4.3-4 JUNE 2001 REVISION 11
5 - FIRST REGULATlNG BANK 4 - SECOND REGULATI NG BLINK 3 " THIRD REGULATING BANK 2 - FOURTHREGULATING BANK t - LAST REGULATING BANK B - SHUTDOWN BANK B A " SHUTDO_ BANK A
$ 3 S P2" PAR ;TRENGTH GROUP 2 It t_ _= i= _ ,l t_ i_ _. Pt" PAl ;TRENGTHGROUP 1 A 1 1 A S - SPA CEA LOCATIONS 22 '13 :ILl ,1l ;ill _ la 2w 30 _1
%...... P2 2 ,
B 8 B 8 B JJ S_ _3 se :iS S4 S_ Sl ss IO t_
5 PI 2 17 U H i_0 FI _ _ _ 7s _O 7_ _I 4 ,H,,
A A I 4 i B A IWl Mt IMI ill_ Jill Iit ilo l_ II:l l_ 1)4 _S P2 S A 3 3 A 6 1 till _t111 [t_'_ t:It 11_2 1:1:3 t:f4 t_l_ l;_¢ 1_17 1211 l_
PT 5 3 3 A 3 A 8 1 IS.1' it3 l134 ltl I_ll 1_17 I_ lSll ilii_ 141 Ill li3 P2 S 4 A A 4 B A 115 IM 'ill'/' IN tBll _ Ill t9_ _93 t_14 ll_p&
S P1 2 B B 6 _ B
% % z 4 A 1 1 A
_NI _17 231 _ 24_ 2at S 3 S PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CEA BANK IDENTIFICATION FIGURE 4.3-6 JUNE 2007 REVISION 14
I,--
o --J O_r_
o z_..-,o "7
Z I I Z Z 0
,-,4 _ _ c,,; *
,..., _ o. _ 7-t-_ F_ --
d_ o_'NOIIa3SNI AIIAII3V3_ z
_ _oz w (z
_r_ _oo
(-9Oiii 0 w Y_ 8o Z k- O_
W ZO I_ u o
,_ 111 o LLI 0 N c_
-- I-- W
> 0..<
o
_ z-_
0_
I I I I I 0.15 f'1 I I I I "50 40 30 20 10 U CEABANK5 POSITION, % INSERTED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL INTEGRAL WORTH vs WITHDRAW AT HOT FULL POWER, EOC 1, EQUILIBRIUM XENON CONDITIONS FIGURE 4.3-8 JUNE 2001 REVISION 11
Stationary Eigenvalues Eigenfunction Harmonic
[.00- -- 000' Jo(a otr)'"SIN_ Z Fundamental 0.99
-- 010 Jo( _' Ol r) SIN 2# Z 1st Axial
-- 001 J](= 11r) SIN_ ZCosO istAzimuthal O.98 0,97 -- 011 Jl I_, IIrJSIN2,8 ZCos6 IstAxial0 IstAzimuthal
> -- 002 J2( = 21r} SIN B Z Cos 20 2nd #zimuthal
._0.g6 -- 020 J0(o 01r) SIN3/_ Z 2ndAxial
'" -- 100 J0(o 02r) SIN B Z Ist Radial
- 0. g5 -- 012 J2i (' 21r) SIN 2 B Z Cos 29 1st Axial, 2nd Azimuthal
-- 021 Jl( = 11rl SIN 3/3 Z Cos O 2nd Axial, 1st Azimuthal
-- 110 J0(= 02r_ SIN 2,e Z 1st Radial. 1st Axial O.=)4
- 0. g3 -
-- 022 J2(a 21r) SIN 3 B Z Cos 2B 2nd Axial, 2nd Azimuthal
' The indices indicate radial, axial and azimuthal components of the separable modesin that order
" ij indicates the jth zero ol the ith Besset Function PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR REACTIVITY DIFFERENCE BETWEEN FUNDAMENTALAND EXCITED STATES OF A BARE CYLINDRICALREACTOR FIGURE 4.3-9 JUNE 2001 REVISION 11 -
0.00
-0.07 0 1 2 3 4 .5 6 7 8 9 10 I1 12 13 14 BURNUP,1000MWDIT PALOVERDENUCLEARGENERATING STATION UPDATEDFSAR EXPECTEDVARIATIONOFTHEAXlMUTHAL STABILITYINDEX,HOTFULLPOWER,NOCEAs FIGURE4.3-10 JUNE2001 REVISION11
i i 1 t l II UNCONTROLLED o.m OSCILLATION
.o,,o I I I I 1 I 0 18 32 48 64 80 N TIME, HOURS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PLCEA CONTROLLED AND UNCONTROLLED OSCILLATION FIGURE 4.3-11 JUNE 2007 REVISION 14
- _" +k95/95 o = +0.18
+04 ,I
.i LEAST SQUARES LINEAR FI [
+0.3 ,_, ,., _.- L'_ -k95/95 o = -0.18 o +0,2
+8,1 I,- , _ 500 Z_ _ "_ 1000 1500 SOLUBLE
<_ -0.1 _ _/ .I .I- BORON L /
.°.2 11" O ANO2 i'-I BGE I BGE II A FPL PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CALCULATION - MEASUREMENT ITC DIFFERENCE vs SOLUBLE BORON 3D ROCS (DIT)
FIGURE 4.3-12 JUNE 2001 REVISION 11
0 Ill AIIADg_F-J_
IN33_3d
o.,o 1 O.0 o° ,-,o :) ", , _,_, ,,-
'_k P 9.Ir *
- _'* -I o_ o _ o :I.._.'"'"" :"'"
_?,*so :._4," .. _tJ
':..jl
> 8 ol _;_,=
=_-°.5° ,-, _ %* *_." .i?' "*
L_
I_ --
W
-1.00 ........... ]
LEGEND
+ *14 x 11 PLANTS,RELOADCYCLES
- 0 : AN02 CY 1 (16x 16)
I l t I _ I I J I I 0 4000 8000 ],2000 ]6000 20000 BURNUP, MWDIT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ROCS/DIT REACTIVITY FROM CORE FOLLOW CALCULATIONS, 16x16 AND 14x14 ASSEMBLY PLANTS FIGURE 4.3-14 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR A DIVERGENT AXIAL OSCILLATION IN AN EOC CORE WITH REDUCED POWER FEEDBACK (oc = 0.96X10E-4 ^ P/KTW/FT)
FIGURE 4.3-15 JUNE 2001 REVISION 11
0 : ! ! "0 Axial Space-Time. EOL clp -h 00x I0"3 niN
_0_ 5 = -I.22x -0.77 EOL._ IstAxial 8_ l -0.5 l
AP -_P---0
_p _ &p l
-hO I -1 0 i
010 BOL,-=--.
Axial SpaceTime, BOL ".._0_._10 BOL
-1.5 - -1.5
-- ModifiedRandall-St. John Reflected Bare
-2.0 f ) Core Cylinder -2.0
-0.1 0 +0.1 _ 2 DampingCoefficient(HR-11 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAMPING COEFFICIENT vs REACTIVITY DIFFERENCE BETWEEN FUNDAMENTAL AND EXCITED STATE FIGURE 4.3-16 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY INflECTION PIPING FIGURE 4.4-1 JUNE 2001 REVISION 11
- 0. 901 i. I01 I. 175 I. 234
- i. 367 I, 434 I. 550 i. 550 Assy Avg. Rod ......
Radlal Power Factor...---,, 0.749 I. I00 I. 338 1.024 1.075 1.422 Ass_,Maximum Rod 1.202 1.392 i. 441 1.089 I. 171 1.520 Radial Power Factor.-_
0.551 1.013 0.965 0.961 0.858 0.962 1.003 I. 033 i. 172 1.024 I. 032 0. 974 I. 071 I. 075
=
- 0. 749 I. 013 0. 876 0. 966 0. 919 I. 129 0. 891 I. 079 I. 202 I. 172 0. 910 1.083 0. 982 i. 186 0. 935 I. 207
,,,,, , , , . ,, i ........
I. I00 0. 965 0. 966 0. 750 0. 889 0. 841 0. 917 0. 615 1.392 1.024 1.083 0.869 0.992 0.898 1.053 0.757 0.901 1.338 0.961 0.919 0.889 0.661 0.852 0.918 0.892 I. 367 i. 441 i. 032 0. 982 0. 992 0. 840 0. 920 I. 009 0. 952 I. I01 I. 024 0. 858 I. 129 O.841 O.852 0. 934 I. 001 i. 039 I. 434 1.089 0.974 I. 186 0. 898 0. 920 1.009 I. 031 I. 121
, ... Q ,
I. 175 1.075 0.962 0.891 0.917 0,918 1.001 1.054 0.994
- i. 550 I. 171 I. 071 O.935 i. 053 1.009 I. 031 I. 123 I. 042 1.234 1.422 1.003 1.079 0.615 0.892 1.039 0.994 0.739 I. 550 1.520 1.075 1.207 0.757 0.952 I, 121 1.042 0.813
.... i ,.,
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE WIDE PLANAR POWER DISTRIBUTION FOR SAMPLE DNB ANALYSIS FIGURE 4.4-2 JUNE 2001 REVISION 14-.................
LINE OF SYMMETRY ROD RADIAL POWERFAI PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ROD RADIAL POWER FACTORS IN HOT ASSEMBLY FOR SAMPLE DNB ANALYSIS FIGURE 4.4-3 JUNE 2001 - - REVISION 11....
4 1.4 47PEAK I.
47PEAK 0 I ........ I .... I s I .............
.,,, ,I 1 0 "10 "20 30 40 .50 60 70 80 "90 100 FRACTION OFACTIVE COREHEIGHT FROM INLET PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL AXIAL POWER DISTRBUTIONS FIGURE 4.4-4 JUNE 2001 REVISION 11
,,,,, , ,l,, ,, .,.. .... j, 0.0 0.0 0.0 0.0 EXITVOID FRACTION,% -13 - 9 - I - 6 EXITQUALITY,%
"--.... 0.0 0.0 0.0 0.0 0.0 0.0
-,w.-17 -II - 6 -12 -I0 - 4
.,, j, 0.0 0.0 0.0 0.0 0.0 0.0 0.0
-21 -12 -12 -13 -14 -13 -I0 0.0 -0.0 -0.0 0.0 -0.0 0.0 -0.0 "0.0
-17 -12 -13 -13 -13 -11 -14 -11 ii l il,m. .l I q
0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
- I0 - 12 - 14 -17 - 15 - 15 - 15 -19 ii i l il Ill I' l III III I o.o o.o -o.o -o.o o.o -o.o I I
-14 -6 -13 -13 -15 -18 l l I II ll
!o.o I- i o.o I F I-lO I L-14 ! I°'° I
- 1 t - 1 t L -19 .....
I I ! i II iI
- -t- t F 4- I
.............. I t
,I ....... tI !
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR AVERAGE VOID FRACTIONS AND QUALITIES AT THE EXIT OF DIFFERENT CORE REGIONS FIGURE 4.4-5 JUNE 2001 REVISION 11
0 O.Z 0.4 0.6 0.8 1.0 FRACTION OfACTIVE COREHEIGHT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR AXIAL DISTRIBUTION OF VOID FRACTION AND QUALITY IN THE SUBCHANNEL ADJACENT TO THE ROD WITH MINIMUM DNBR FIGURE 4.4-6 JUNE 2001 REVISION 11
TOTAL FLOW li i..a.
I II_ MAIN FLOW BYPASS FLOW ii I 1 THRU OUTLET NOZZLE CLEARANCE I 2 THRU INSTRUNIENTED CENTER G.T.
- ) 3 THRU SHROUD-BARREL
_, ANNULUS 4 THRU CENTER GUIDE TUBES 5 THRU OUTER GUIDE TUBES 6 THRU ALIGNMENT KEY-WAYS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR FLOW PATHS FIGURE 4.4'7 JUNE 2001 REVISION 11 ......
GENERATOR No. 2 PRESSURI ZER STEAM
- _ PUMP No. IB PUMP PUMP No. 2B No. 2A PUMP No. 1A REACTOR VESSEL PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ISOMETRIC VIEW OF THE REACTOR l COOLANT SYSTEM FIGURE 4.4-8 JUNE 2001 REVISION 11
CLOSURE HEAD i
, JLR, _r],4"L VOLUME 11 J UPPER GUIDE r SUPPORTBARREL
- STRUCTURE tl "
OUTLET
.-, PLENUM INLETPRESSURE
===__ I @ OUTLET
- }lOI O' VESSEL il _lOlo:
" ' FUEL ALIGNMENT
_3 ::,Ioi o] SHROUD PLATE TUBE SUPPORT _ o oto BARREL ° ololo o
CORE '1_o!o!_
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- : : CORE SUPPORT L . GRID BEAMS BOTTOM PLATE CORE STOP
- I LOWER PLENUM INSTRUMENT NOZZLE F LOW BAF F LE .... SUPPORT PLAT E
- DETAILS ROTATED II [ INTOWEW PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR FLOW MODEL FIGURE 4.4-9 JUNE 2001 REVISION 11
UPPER GUIDE STRUCTURE M/_TI, NG SURFACE LAST SPACER_ GRID _ HOLD-DOWN SPRINGS
-- _ OUTLET PRESSURE TAP r--- _ K/KTo T = 0.10
! O (UEF AND LAST SPACER GRID)
© i
I I-"© --_ K/KTOT = 0.10 L---
8
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5/8" DIA.. CHAMFERED I
---_ KIKTo T = 0.53 FUEL ROD GUIDE TUBEAND ARRAY t
--1 t 8
'____j O 8
.___J
--1 k?
',O J _ K/KTo T = 0.10
--_ 18
,_-" -"-'--K/KTo T = 0.07 LOWER END FITTING AND .._ j "_ (LEF & FIRST SPACER GRID}
PERIMETER SKIRT SPACER GRID WITH _ _ INLET PRESSURE TAP CORE SUPPORT GRID BEAMS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR COMPARISON OF REACTOR AND MODEL FUEL ASSEMBLY LAYOUT FIGURE 4.4-10 JUNE 2001 REVISION 11
CLOSURE HEAD VOLUME (2) .UGS ¢_.ANGE 141
\, /
FLANGE {5)
UGS BARREL {6)
/UGS SUPPORT'PLATE (161 INLET DUCTS OUTLET DUCTS
{4 EACH) {4 EACH) g
==C>
FAP (3 PAIRS)
-CORE OUTLET (2411 DOWNCOMER (12}
INTERNAL
- ERENCE PRESSURE _1)
CORE INLET DOWNSTREAM (69)
INLET (241}
NNCOMER (6)
BOTTOM PLATE t24} /
FLOW BAFFLE (24 PAIRS)
"CSB FLANGE (5)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSURE TRAP LOCATIONS IN THE REACTOR FLOW MODEL FIGURE 4.4-11 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TEST LOOP SCHEMATIC FIGURE 4.4-12 JUNE 2001 REVISION 11
SOURCE OF PRESSURE SIGNAL 1 SOURCE OF TEST PRESSURE MODEL SIGNAL, INTERNAL MERCURY REFERENCE, MANOMETER /
OR WATER COLUMN
- MANIFOLD SOLENOID VALVES IN LET/OUTLET
" "'!, i FLow DP's FLOW DP"s --
" MODE L _R E_U R E PACE CELL S REF'PRESS" PACE CELLS I INLET1&2 INLET3&4 I ' OUTLET 1 OUTLET 2 -
1 2 3 4 5 6 7 8 _ 9 10 11 12 13 14
.] I .. ..
P ii i ...... CROSS BAR SWITCH r I , NON DATA LINEAR LOGGER
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- 2. VOLTMETER SELECTOR READING RECORDER j TELETYPEWRITER I " HARD COPY OUTPUT TO ""
t PERMANENT LABORATORY l / TAPE "_
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SCHEMATIC OF DATA ACQUISITION SYSTEM FIGURE 4.4-13 JUNE 2001 REVISION 11
1.11 0.97 1.00 1.05 0.99 0.95 093 1.01 1.01 1.01 1.01 1.01 1.01 0.99 0.86 0.98 0.87 0.83 0.84 1.04 0.93 0.90 1.02 0.87 0.94 0.99 1.01 0.96 0.89 0.96 0.96 0.89 0.96 0.96 1.01 1.01 0.93 1.16 1.12 0.97 1.11 1.08 1.13 1.11 1.06 1.09 0.85 0.99 1.10 1.01 0.96 1.08 1.03 1.08 1.03 1.08 1.08 1.03 1.08 0.89 0.96 1.01 1.07 0.89 0.95 0.93 0.95 0.95 1.01 1.00 1.07 0.96 0.96 0.92 0.88 0.84 0.98 1.01 0.89 0.96 0.89 1.01 1.01 1.01 1.01 1.01 1.01 1.01 0.96 0.89 0.96 1.01 1.10 1.08 0.98 1.08 1.05 1.02 0.95 1.07 0.99 0.95 1.04 1.08 0.96 1.09 1.12 1.01 1.08 0.96 1.08 0.99 1.01 0.99 1.01 1.01 0.99 1.01 1.08 0.96 1.08 0.99 0.90 0.86 1.03 0.89 0.98 0.98 0.95 0.95 0.99 1.15 1.01 1.04 0.98 1.03 0.98 0.94 0.90 1.01 0.89 1.08 0.99 1.01 1.01 1.01 1.01 0.99 1.01 1.01 0.99 1.01 1.01 1.03 0.96 1.01 0.95 1.03 1.05 1.02 1.04 1.07 1.03 1.06 1.08 1.05 1.01 1.05 1.05 1.05 1.12 1.20 0.96 1.01 0.96 1.03 1.01 1.01 0.99 1.01 1.01 1.01 1.01 1.01 1.01 1.01 0.99 1.08 0.96 1.01 1.02 0.90 1.02 0.92 0.97 0.98 0.99 1.03 0.96 0.96 1.01 0.91 0.93 0.96 0.98 1.00 0.94 1.01 0.96 1.08 0.99 1.01 1.01 1.01 0.99 1.01 1.01 1.01 0.99 1.01 1.01 1.08 0.96 0.99 1.05 0.88 0.92 1.03 0.87 0.99 0.98 1.03 1.01 0.97 1.02 1.00 0.92 0.95 0.94 0.85 1.16 0.99 0.96 1.03 1.01 0.99 1.01 1.01 1.01 0.99 0.99 1.01 1.01 1.01 1.01 1.08 0.89 1.01 1.05 1.09 1.08 0.96 0.94 1.04 1.06 1.09 0.97 0.91 0.97 1.11 1.05 0.94 1.047 0.81 0.96 1.01 0.96 1.08 1.01 1.01 0.99 1.01 1.01 1.01 1.01 0.99 1.01 1.01 0.99 1.08 0.96 1.01 0.93 1.09 1.04 1.01 1.16 1.12 1.02 1.06 1.02 1.11 0.96 1.05 1.00 1.08 0.98 1.00 1.01 0.99 0.96 1.08 0.99 1.01 1.01 0.99 1.01 0.99 1.01 1.01 0.99 1.01 1.01 1.03 0.96 1.01 1.02 0.92 1.05 0.95 0.79 1.08 0.98 0.99 0.89 1.01 0.99 1.03 0.93 0.93 1.03 0.87 0.90 1.01 1.96 1.03 1.01 1.01 1.01 1.01 1.01 1.01 1.01 1.01 1.01 1.01 0.99 1.08 0.89 1.01 1.00 1.08 0.96 1.03 1.05 0.98 1.08 1.03 1.04 1.14 1.03 1.09 1.05 1.13 1.08 1.01 1.08 0.96 1.03 1.01 0.99 1.01 1.01 0.99 1.01 0.99 1.08 0.96 1.08 1.01 1.01 0.97 0.91 0.86 0.97 1.05 0.97 1.00 0.95 0.90 1.00 0.92 0.93 0.90 1.00 1.01 0.96 0.96 0.96 1.01 1.01 1.01 0.99 1.01 1.01 1.01 0.89 0.96 0.89 1.01 1.07 0.94 0.93 1.10 1.11 1.13 1.17 1.03 1.11 1.09 0.98 1.00 1.06 0.99 0.96 0.89 1.08 1.03 1.08 1.08 1.03 1.08 1.03 1.08 0.96 1.01 0.94 1.07 0.90 0.99 0.89 1.00 0.88 0.94 0.79 1.07 0.86 1.01 1.01 0.96 0.96 0.89 0.96 0.96 0.89 0.96 1.01 0.99 0.93 0.96 1.02 1.04 1.02 0.96 1.03 0.99 1.01 1.01 1.01 1.01 1.01 1.01 Note: The first (top) values represents the original 4-pump flow distribution based on 3/16 scale flow model tests. The second (bottom) values represents current TORC 4-pump flow distributions based on later Yonggwang 177-assembly tests.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE INLET FLOW DISTRIBUTION Qi/Q Bar FIGURE 4.4-14 JUNE 2009 REVISION 15
0 _.8011.,004 -.004 -.004 -.001 0
,[ ,,
.002 .007 .002 -.003 -,004 -.004 -.004 ,.003 .002 .007 .002
.002 .002 -.001 -.004.,_04 -.004 ..U04 -.0[}4 -.004-.004 -.GO1.002 .002 2_ ,'1 ,,
.007 005 -.001 -,001 -.002..002 ,.002 -.002 -.002 -.002,.002 -.001 -.001 i.OOS .007
.006 .003 _-.001 -.001 -.002.002 -,002 -,002 ..002 -.002-.002 ..001 -.001 .003 006
.004 ,007 001 0 0 -.002..002 -.002 -.002 -,002 -.002-.002 0 0 .001 .007 .004
.006 .003 .001 0 0 ..002 -.002i-.002 ..002 -.002 ..002,.002 0 0 .001 .003 ,006
- .006 004 .001 0 0 ..002 ..002 -.002 -,002 -.002 ..002..OOZ 0 0 .001 .004 .006
.006 1.004 001 0 0 -.002 -.002 -.002 -.002 ,.002 -.002 .002 0 0 ,001 .004 ,006
.006 .004 .001 -0 -0 -.002 -.002 -.002 -.002 _-.002 ..002 .002 O 0 .001 "004 .006
.... '1"' ["
.006 .003 .001 "0 "O ..002 -.002l-.002 I-.002 t -.002I -.002,002 -O 0 .001 .003 .006
[ . -
I
.004 1.0071.001 0 0 -.002 -.002 -.002 -.002 -.002 .oo2
, .002 O O 001 .007 .004
.006 .003 -.001 -.001 -.002 ..002 -.002 -.002 -.0 2 021.002 ,-.001 -.001 .003 ,.006
.007 .005-.001-._I -.002,.002-.002 ..002-.002,.002 .002 -.001-.001.005 .007 L IA
,. l " )
.002 I0 -02 ..001 ..004 ..004.1..004I-.004 ..004 ..004 -.004 ..001 _002.002 rl I 1 ]
".002 .007 .002I..003 -.004[..004 -.004"-.003 .002 1.007 .002 t
0 .,001 -.004[l-.004 t
,,004 -,001 "0 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE EXIT EULER NUMBERS, Ei FIGURE 4.4-15 JUNE 2001 REVISION 11
+0 ' I "" I I_-'
I00_ OFDESIGNMINIMUMFLOW
"" PRESSURF
- ,- A)
,-, 1.8- -
2250 zzoo
=E 1.6 ---- - ' ' '.,
555 560 565 570 575 REACTOR INLETCOOLANT TEMPERATURE, oF 2.1 ........ _05% O_ DESIGN MINIMUM FLOW
_-_ PRESSURE
- E
- _:= 1.9 - , '
"I. 7 ........... " '
555 560 565 570 575 REACTOR INLETCOOLANT TEMPERATURE, OF Z.J , , _ ,
110%OF DESIGN MINIMUM FLOW r_-
- E PRESSURE 2.1 - _-_'_ "(PSIA)
__ 2250 I.9° , , ._.-._2200 555 560 565 570 575 REACTOR INLET COOLANTTEMPERATURE, OF l
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SENSITIVITY OF MINIMUM DNBR TO SMALL CHANGES IN REACTOR COOLANT CONDITIONS FIGURE 4.4-16 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT SYSTEM ARRANGEMENT 3817 MWt FIGURE 5.1-3 Sheet 1 of 2 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT SYSTEM ARRANGEMENT 4013 MWt FIGURE 5.1-3 Sheet 2 of 2 JUNE 2009 REVISION 15
"°t
.C-V ENERGY 0
-80 -40 0 4_ B8 120 160 200 TEMPEBATURE(DE6. F)
LOWERSHELL PLATE CODE NUMBER M,4311-1 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 1 OF 20 JUNE 2003 REVISION 12
CV ENERGY O
-80 -40 O 40 80 120 160 200 TEMPERATURE (DEG. F)
LOWERSHELL PLATE CODE NUMBER M-4311-2 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 2 OF 20 JUNE 2003 REVISION 12
'°°t CVENERGY 120 0
-80 -40 0 40 80 120 160 200 TEMPERATURE (BEG.F)
LOWERSHELLPLATE CODENUMBER M-4311-3 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 3 OF 20 JUNE 2003 REVISION 12
140 120 4O 2O 0
0 4.0 80 12o 16o 200 TEMPERATURE (DEG.F)
INTERMEOIATESHELL PLATE CODENUMBER M-6701-1 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 4 OF 20 JUNE 2003 REVISION 12
14.0 --
120 4O 2O 0
0 40 80 120 160 200 TEMPERATURE (DEG. F)
INTERMEDIATE SHELL PLATE CODE NUMBER M-6701-2 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 5 OF 20 JUNE 2003 REVISION 12
140 120 CV ENERGY CLEAVAGE 100 /
r.==,.,,_ 80 LATERALEXPANSION LU O.- M,.
.J 4O 2O 0
-40 0 40 80 120 160 200 TEMPERATURE(DEG.F)
INTERMEDIATESHELL PLATE CODENUMBER M-6701-3 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 6 OF 20 JUNE 2003 REVISION 12
160 120
_ _ _ CLEAVAGE
,'," CVENERGY
_=== /
_:_ 80 LATERALEXPANS,ON 4O 0
-120 -80 -40 0 40 80 120 160 TEMPERATURE (BEG.F)
WELDSEAMNUMBER 101-171 MIL B-4WIRE FLUX LINDE124 m PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 7 OF 20 JUNE 2003 REVISION 12
160 CV ENERGY 4O 0
-120 40 0 40 80 120 100 TEMPERATURE (DEG.F)
WELDSEAMNUMBER 101-142 MIL B-4WIRE FLUX LINDE0091 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 8 OF 20 JUNE 2003 REVISION 12
CV ENERGY 4O 0
-120 -80 -40 0 40 80 120 TEMPERATURE (DEG. F)
WELD SEAM NUMBER 101-124 COATED ELECTRODE LOT NO FAOEO PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 9 OF 20 JUNE 2003 REVISION 12 -
160 --
CV ENERGY 4O 0
-120 -80 -40 0 40 80 120 160 TEMPERATURE (DE(;. F)
WELD SEAM NUMBER 101-124 COATED ELECTRODE LOT NO. HAAID PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 10 OF 20 JUNE 2003 REVISION 12
250 m
200 I CV ENERGY A
a:
0= _ cc CLEAVAGE M.I ¢1. LL
,,z,x _ LATERAL EXPANSION 5O 0
-120 -80 -40 0 40 80 120 160 TEMPERATURE (DEG. F)
WELD SEAM NUMBER 101-124 COATED ELECTRODE LOT NO. GABFE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 11 OF 20 JUNE 2003 REVISION 12
CV ENERGY CLEAVAGE 120
"_ c_ _
>._ LATERAL EXPANSION 4O 0
-120 -80 -40 0 40 80 120 TEMPERATURE(DEG. F)
WELDSEAM NUMBER 101-124 COATED ELECTRODE LOT NO. HADEE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 12 OF 20 JUNE 2003 REVISION 12 I
25O 200 CV ENERGY 5O 0
-120 -80 -40 0 40 80 120 TEMPERATURE (DEG.F)
WELDSEAMNUMBER 101-124 COATEDELECTRODE LOTNO.HAACE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 13 OF 20 JUNE 2003 REVISION 12
CVENERGY 120 CLEAVAGE ZX _
/
..J
¢0 0
- 120 -80 -40 0 40 80 120 160 TEMPERATURE (DEG.F)
WELDSEAMNUMBER 101-142 COATEDELECTRODE LOTNO, IAOCE PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR r
UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 14 OF 20 JUNE 2003 REVISION 12
160t-- CVENERGY 12(]
CLEAVAGE I.:.=¢cc LATERALEXPANSION I,M I_ M.
40 0
-120 -80 -40 0 40 80 170 TEMPERATURE (DEG.F)
WELDSEAMNUMBER 101-142 COATEDELECTRODE LOTN0. KAOGE i
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 15 OF 20 JUNE 2003 REVISION 12
250 J
200 CV ENERGY G
-120 -80 -40 0 40 80 120 160 200 TEMPERATURE(DEG.F)
WELD SEAMNUMBERS 101-124& 101-1¢2 COATEDELECTRODE LOTN0. BABEF PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 16 OF 20 JUNE 2003 REVISION 12
160 CV ENERGY 0
-120 -80 -40 0 40 80 120 160 200 TEMPERATURE(DEG.F)
WELDSEAMNUMBERS 101-124&101-142 COATEDELECTRODE LOTNO.JAAEF PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 17 OF 20 JUNE 2003 REVISION 12
160 t CV ENERGY 120 CLEAVAGE
_--_ LATERAL EXPANSION
.=..
E ,,=
"_ "a" I'M 80 l
_' X uj 4O 0
-120 -80 -40 0 40 80 120 160 TEMPERATURE (DEG. F)
WELD SEAM NUMBER 101-171 COATED ELECTRODE LOT NO. DBBJG PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 18 OF 20 JUNE 2003 REVISION 12
160 t CVENERGY 4O 0
- 120 -80 -40 0 40 80 120 160 "
TEMPERATURE (DEG.F)
WELDSEAMNUMBER 101-171 COATEOELECTROOE LOTN0. DABGG PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 19 OF 20 JUNE 2003 REVISION 12
160 --
CV ENERGY 4O 0
-120 -80 -40 O 40 80 120 160 TEMPERATURE(BEG. F)
WELD SEAM NUMBER 101-171 COATED ELECTRODE LOT N0. FABBG PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNIT 1 CHARPY TEST RESULTS FIGURE 5.2-1 SHEET 20 OF 20 JUNE 2003 REVISION 12
150 LEGEND:
- CV ENERGY*
LATL. EXP. E]
- CLEAVAGE +
0
-60 -20 20 60 100 140 180 220 TEMPERATURE(DEG. F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOWERSHELL PLATE C00E NUMBER UNIT 2 CHARPY TEST RESULTS F-773-I FIGURE 5.2-2 SHEET 1 OF 15 JUNE 2003 REVISION 12
LEGEND:
CV ENERGY
- 150 -- LATL. EXP. o CLEAVAGE +
=z"- ++ B _
-60 -20 20 _o loo 14o 18o 220 TEMPERATURE(DEG.F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOWERSHELL PLATE UNIT 2 CHARPY TEST RESULTS CODENUMBER F-773-2 FIGURE 5.2-2 SHEET 2 OF 15 JUNE 2003 REVISION 12
LEGEND:
CV ENERGY
- 150 _ LATLEXP. o CLEAVAGE +
I00
\.
"J 50 _
7
/ \
+ _
0
-60 -20 20 60 100 140 180 220 TEMPERATURE (DEG. F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOWERSHELL PLATE CODE NUMBER UNIT 2 CHARPY TEST RESULTS F-773-3 FIGURE 5.2-2 SHEET 3 OF 15 JUNE 2003 REVISION 12
150 "
LEGEND:
-- CVENERGY*
LATL. EXP.
- CLEAVAGE+
4l.
=.i= -
- \ ;
2X_ + + .__..
ul 50 --
- \
o I I I I I I t I I 1""4 _. I I _l I J ,
-60 -20 20 60 100 140 180 220 TEMPERATURE (DEG.F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR INTERMEDIATESHELL PLATE CODENUMBER UNIT 2 CHARPY TEST RESULTS F-765-4 FIGURE 5.2-2 SHEET 4 OF 15 JUNE 2003 REVISION 12
150 LEGEND:
CV ENERGY
- LATE EXP. o
- CLEAVAGE +
t
- 100 --
"I._ -
zx¢.__
uu,,, _ :l/: + %
/
f
/ _-
o.,
=
.,=--
=_.o
""., - . *:./X\1_ /_
50 --
o 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
-60 -20 20 60 100 140 180 220 TEMPERATURE(BEG, F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR INTERMEDIATE SHELL UNIT 2 CHARPY TEST RESULTS PLATE CODE NUMBER F-765-5 FIGURE 5.2-2 SHEET 5 OF 15 JUNE 2003 REVISION 12
150 CV ENERGY
- LATE EXP. O CLEAVAGE + **
t LEGEND:
0
-60 -20 20 60 100 140 180 220 TEMPERATURE (DEG. F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR INTERMEDIATE SHELL UNIT 2 CHARPY TEST RESULTS PLATE CODE NUMBER F-765-6 FIGURE 5.2-2 SHEET 6 OF 15 JUNE 2003 REVISION 12
LEGEND:
- CV ENERGY
- LATL. EXP. []
- CLEAVAGE +
120
- ====-
v--I--
\ r"j r.=Z ,,_
"'"=:= 80 -- __!_..._
._==-.,=o :\ / .__
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- _ +__
o , , , I i i , I , , t I I , I I , , , I I I I F"_---_-J ,
-80 -40 0 40 80 120 160 200 TEMPERATURE(DEG. F)
PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-124 UNIT 2 CHARPY TEST RESULTS MIL B-4WIRE FLUX LINDE 124 FIGURE 5.2-2 SHEET 7 OF 15 JUNE 2003 REVISION 12
LEGEND:
- CV ENERGY
- I LATL. EXP.
CLEAVAGE +
120 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELD SEAM NUMBER 101-142 UNIT 2 CHARPY TEST RESULTS MIL B4 WIRE FLUX LINOE 124 FIGURE 5.2-2 SHEET 8 OF 15 JUNE 2003 REVISION 12
LEGEND:
CV ENERGY
- LATL. EXP. o
- CLEAVAGE +
120 m PALO VERDE NUCLEAR GENERATINGSTATION WELD SEAM NUMBER UPDATED FSAR I01-171 MIL B4 WIRE FLUXLINOE124 UNIT 2 CHARPYTEST RESULTS FIGURE 5.2-2 SHEET 9 OF 15 JUNE 2003 REVISION 12
LEGEND:
160 CV ENERGY "*
LATL. EXP.
CLEAVAGE +
D PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELDSEAM NUMBER 701-124& 101-142 UNIT 2 CHARPY TEST RESULTS COATED ELECTR00E LOT NO. FAAFF FIGURE ,.'3.2-2 SHEET 10 OF 15 JUNE 2003 REVISION 12
LEGEND:
CV ENERGY
- LATL. EXP. o CLEAVAGE +
120
- PALOVERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-124 COATED ELECTRODE UNIT 2 CHARPY TEST RESULTS LOT NO. FAAHF FIGURE 5.2-2 SHEET 11 OF 15 JUNE 2003 REVISION 12
LEGEND:
160 --
CV ENERGY
- LATL. EXP. o CLEAVAGE +
Z PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELD SEAM NUMBER UNIT 2 CHARPY TEST RESULTS 101-124 COATED ELECTRODE LOT NO. FABAF FIGURE 5.2-2 SHEET 12 OF 15 JUNE 2003 REVISION 12
LEGEND:
160 -- CVENERGY
- LATL. EXP.
- CLEAVAGE+ ,
¢ n
= ,
=
40 .* _,/ + \
/ ',+\
Y _
0
-120 .-80 -40 0 40 80 120 160 200 TEMPERATURE (DEG. F)
PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-142 COATED ELECTRODE UNIT 2 CHARPY TEST RESULTS LOT NO. LAOGF FIGURE 5.2-2 SHEET 13OF"15 JUNE 2003 REVISION 12
LEGEND:
160 --
CV ENERGY
- LATL. EXP.
CLEAVAGE +
120 --
- __=--_
>- ¢_ ¢J=
\ *
°=-.=
,-¢" _ n-uJ _- u. 80 \ [] o
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y "-.. \
\
\
0
-80 -40 0 40 80 120 160 TEMPERATURE (DE6. F)
PALOVERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-171 UNIT 2 CHARPY TEST RESULTS COATED ELECTRODE LOT NO. EAOAH FIGURE 5.2-2 SHEET 14 OF 15 JUNE 2003 REVISION 12
LEGEND:
- CV ENERGY*
LATLEXP. o L
t CLEAVAGE +
120 --
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELDSEAMNUMBER UNIT 2 CHARPY TEST RESULTS 101-171 COATED ELECTRODE LOTNO.JAOEH FIGURE 5.2-2 SHEET 15 OF 15 JUNE 2003 REVISION 12
200 LEGEND:
CVENERGY*
- LATL, EXP.o CLEAVAGE +
150 --
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR INTERMEDIATESHELL PLATE UNIT 3 CHARPY TEST RESULTS CODENUMBER F-6407-4 FIGURE 5.2-3 SHEET 1 OF 18 JUNE 2003 REVISION 12
2OO LEGEND:
CV ENERGY *
-- LATL EXP.
CLEAVAGE +
150 --
0
-100 -60 -20 20 G0 100 140 180 220 TEMPERATURE (DEG. F)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR INTERMEDIATE SHELL PLATE UNIT 3 CHARPY TEST RESULTS CODE NUMBER F-6407-5 FIGURE 5.2-3 SHEET 2 OF 18 JUNE 2003 REVISION 12
200 LEGEND:
CV ENERGY
-- LATL. EXP,[]
CLEAVAGE+
150 --
- 0
-100 -60 -20 20 60 100 140 180 220 TEMPERATURE(DEG. F)
INTERMEDIATE SHELL PALO VERDE NUCLEAR GENERATING STATION PLATE UPDATED FSAR CODE NUMBER F-6407-6 UNIT 3 CHARPY TEST RESULTS FIGURE 5.2-3 SHEET 3 OF 18 JUNE 2003 REVISION 12
2O0 LEGEND:
CV ENERGY *
- LATL. EXP. [3 CLEAVAGE +
150 I
PALO VERDE NUCLEAR GENERATING STATION I LOWERSHELL PLATE CODENUMBER UPDATED FSAR UNIT 3 CHARPY TEST RESULTS I
I I
F-6411-1 FIGURE 5.2-3 SHEET 4 OF 18 JUNE 2003 REVISION 12
200 LEGEND:
CV ENERGY *
-- LATL, EXP.
CLEAVAGE +
150 --
PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR LOWERSHELL PLATE UNIT 3 CHARPY TEST RESULTS
- CODE NUMBER F-8411-2 FIGURE 5.2-3 SHEET 5 OF 18 JUNE 2003 REVISION 12
2OO LEGEND:
CV ENERGY
- LATL. EXP._
CLEAVAGE+
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOWERSHELL PLATE CODE NUMBER UNIT 3 CHARP¥ TEST RESULTS F-6411-3 FIGURE 5.2-3 SHEET 6 OF 18 JUNE 2003 REVISION 12
2OO m LEGEND:
CVENERGY*
-- LATL. EXP, CLEAVAGE+
150 --
-]1-PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELDSEAMNUMBER 101-124 UNIT 3 CHARPY TEST RESULTS COATEDELECTRODE LOTNO.FABBG FIGURE 5.2-3 SHEET 7 OF 18 JUNE 2003 REVISION 12
2OO LEGEND:
CV ENERGY .
- LATL EXP.[]
CLEAVAGE +
m 150 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELD SEAM NUMBER 101-124 UNIT 3 CHARPY TEST RESULTS COATED ELECTRODE LOT NO. GABGG FIGURE 5.2-3 SHEET 8 OF 18 JUNE 2003 REVISION 12
2OO LEGEN0:
CV ENERGY .
- LATL, EXP, CLEAVAGE +
?
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELD SEAM NUMBER 101-142 UNIT 3 CHARPY TEST RESULTS COATED ELECTRODE LOT NO. HAAHG FIGURE 5.2-3 SHEET 9 OF 18 JUNE2003 REVISION12
200 LEGEND:
CV ENERGY *
- LATL. EXP.
CLEAVAGE +
PALO VERDE NUCLEAR GENERATING STATION WELD SEAM NUMBER UPDATED FSAR 101.124 COATED ELECTRODE UNIT 3 CHARPY TEST RESULTS LOT NO. HACJG FIGURE 5.2-3 SHEET 10 OF 18 JUNE 2003 REVISION 12
200 LEGEND:
CV ENERGY .
-- LATL. EXP.O CLEAVAGE +
150 PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-142 COATED ELECTRODE UNIT 3 CHARPY TEST RESULTS LOT NO. LAOHG FIGURE 5.2-3 SHEET 11 OF 18 JUNE 2003 REVISION 12
200 LEGEND:
CV ENERGY.
-- LATL. EXP.
CLEAVAGE +
PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-142 UNIT 3 CHARPYTEST RESULTS COATED ELECTRODE LOT NO. EAOAH FIGURE 5.2-3 SHEET 12 OF 18 JUNE 2003 REVISION 12
200 LEGENO:
CV ENERGY .
-- LATL. EXP. --
CLEAVAGE +
150 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELDSEAMNUMBER 101-142 COATEDELECTRODE UNIT 3 CHARPY TEST RESULTS LOTNO.JAOEH FIGURE 5.2-3 SHEET 13 OF 18 JUNE 2003 REVISION 12
2OO LEGEND:
CV ENERGY.
- LATL. EXP.
CLEAVAGE+
150 --
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELDSEAMNUMBER 101-171 UNIT 3 CHARPY TEST RESULTS COATEDELECTRODE LOTNO. CAAIJ FIGURE 5.2-3 SHEET 14 OF 18 JUNE 2003 REVISION 12
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR WELD SEAM NUMBER 101-171 UNIT 3 CHARPY TEST RESULTS COATED ELECTRODE LOT NO.IAOHJ FIGURE 5.2-3 SHEET 15 OF 18 JUNE 2003 REVISION 12
200 LEGEND:
CV ENERGY _-
-- LATL. EXP, n CLEAVAGE +
150 PALO VERDE NUCLEAR GENERATING STATION WELD SEAM NUMBER UPDATED FSAR 101-171 MIL B4 WIRE FLUXLINDE124 UNIT 3 CHARPY TEST RESULTS FIGURE 5.2-3 SHEET 16OF 18 JUNE 2003 REVISION 12
200 w LEGEND:
CV ENERGY
- LATL. EXP.
CLEAVAGE +
150 XuJm
,,-=.u.
,¢ 100 --4,.... _ , __._..-.--_
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,/y \
lo0 6o 2o 2o 60 loo 1_o 18o 228 PALO VERDE NUCLEAR GENERATING STATION WELD SEAM NUMBER 101'124 UPDATED FSAR MIL B4 WIRE FLUX LINDE 124 UNIT 3 CHARPY TEST RESULTS FIGURE 5.2-3 SHEET 17 OF 18 JUNE 2003 REVISION 12
2OO LEGEND:
CV ENERGY *
- LATL, EXP.
CLEAVAGE +
150 m
Aiei ml w=.u.
= '_ =: 100 -- _ - _-- " --
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50 _ _
0 i I i [ I i , I i i i [ i I i I i"_'i".l-.-J "V i i I I , "t"J i I I i i
-100 -60 -20 20 60 100 140 1B0 220 TEMPERATURE (DES. F)
PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR WELD SEAM NUMBER 101-142 UNIT 3 CHARPY TEST RESULTS MIL B-4WIRE FLUX LINDE 124 FIGURE 5.2-3 SHEET 18 OF 18 JUNE 2003 REVISION 12
PALOVERDENUCLEARGENERATING STATION UPDATEDFSAR PALOVERDEUNIT1 RN. BELTLtNEREGtON FIGURE5.2-6 JUNE2003 REVISION12
_4 LOCK ASSEMBLY ASSEMBLY WEDGE COUPLING f COMPARTMENT ASSEMBLY
, OR CHARPY, FLUX AND COMPACT CHARPY TENSION AND FLUX COMPARTMENT ASSEMBLY I
l'l TENSION AND CHARPY COMPARTMENT ASSEMBLY TEMPERATURE, FLUX, l CHARPY AND FLUX CONNECTING SPACER "-"_"--,I , OR CHARPY, FLUX AND COMPACT
_1 _ TENSION COMPARTMENT COMPARTMENT ASSEMBLY ASSEMBLY PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SURVEILLANCE CAPSULE ASSEMBLY FIGURE 5.3-1 JUNE 2001 REVISION 11
/ "_""""_ WEDGE COUPLING -- END CAP
- / CHARPY IMPACT SPECIMENS I
I SPACERS PR ECRACK ED CHARPY
', AND/OR CHARPY IMPACT SPECIMENS
- _ --RECTANGULAR TUBING I
__ .,.._......- WEDGE COUPLING- ENDCAP k
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CHARPY IMPACT COMPARTMENT ASSEMBLY FIGURE 5.3-2 JUNE 2001 REVISION 11
_ WEDGE COUPLING -- END CAP TENSION SPECIMENS I __ __ AND TENSION SPECIMEN HARPY IMPACT SPECIMENS CONNECTING SPACER _ FLUX SPECTRUM MONITOR LDED FLUX MONITOR HOUSING _ STAINLESS STEEL TUBING STAINLESS STEEL "-'P TUBING
]RESHOLD DETECTOR THRESI DETECTOR TEMPERATURE
_;_,TORE MONITOR MON,TOR
% WE,G_T CHARPY IMPACT SPECIMENS LOW M LTING ALLOY TENSION SPECIMEN TENSION SPECIMENS AND HOUSI NG RECTANGULAR TUBING
(_ _ WEDGECOUPLING--
END CAP PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TEMPERATURE, FLUX AND TENSION COMPARTMENT ASSEMBLY FIGURE 5.3-3 JUNE 2001 REVISION 11
4_ .=p__....-=.=------WEDGE COUPLING -- END CAP t_ _ CHARPY IMPACT
]( I _ SPECIMENS l1_<_
!_ ._FLUX MONITOR HOUSING "J
]_ _'=_"_"_ CONNECTING SPACER L 1/2 t COMPACT TENSION I o"ll S_EC,._NS I
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,' 111 _WEDGE COUPLING - END CAP
=
PALO VERDE NUCLEAR GENERATING STATION _,..
UPDATED FSAR CHARPY FLUX AND COMPACT TENSION COMPARTMENT ASSEMBLY FIGURE 5.3.3A JUNE 2001 REVISION 11
180 °
( --'% i OUTLET NOZZLE VESSEL /
/ , _.
142o / %,
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/ % NOZZLE
// CORE SHROUD %
t BARREL I
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I j
r *"_
\ I CORE SUPPORT VESSEL BARREL 310° 43° I I
/ _ VESSEL VESSEL " /
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(
n I 00 ELEVATION VIEW ENLARGED PLAN VIEW PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOCATIONS OF SURVEILLANCE CAPSULE ASSEMBLIES FIGURE 5.3-4 JUNE 2001 REVISION 11
NOTE: DATA POINTS ARE DEFINED BY TABLE 5.3-20 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TRANSITION TEMPERATURE SHIFT FOR PLATE AND WELD METAL METAL CONTAINING 0.10 W/O COPPER FIGURE 5.3-5 JUNE 2009 REVISION 15
2500 .v SAFETYVALVESOPEN m 23O0 SPRAYVALVESFULLY OPEN cn ABOVE2300PSIA o,)
w 2285 .i. I;', PRESSURE ALARM P_OP.HEATER GROUP"OFPAND re SPRAYVALVES FULLYCLOSEDBELOW2275PSIA I11 a.
N 2275 / CONTROL SETPOINT tu 22s0
_mcn 2225 " I_ / PROPORTI . HEATER GROUP"ON" n- j ALLBACKI EATERS "OFP ABOVE2225PSIA a.
- ALLBACKL HEATERS 2200 '" '....... "ON"BELO_ PSIA 2160 LOWPRESSURE ALARM NETHEATIN NETHEATOUT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PALO VERDE PRESSURE CONTROL PROGRAM SETPOINTS FIGURE 5.4-1 JUNE 2001 REVISION 11
_ +
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PALO VERDE PRESSURIZER TYPICAL LEVEL SETPOINT PROGRAM FIGURE 5.4-2 JUNE 2009 REVISION 15
REACTOR COOLANT TEMPERATURE ºF STEAM GENERATOR POWER, PERCENT OF RATED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PALO VERDE TYPICAL TEMPERATURE CONTROL PROGRAM FIGURE 5.4-3 JUNE 2009 REVISION 15
ADDITIONAL CONTROL ACTIONS CONTROL ACTIONS COMMON TO ALL MODES OF OPERATION
+64 STOP NORMALLY RUNNING C.P. f
+6o START NORMALLY RUNNING _P. t 1 "Two I
- 38 HIGH LEVEL ERROR ALARM t I CHARGING PUMPS OPERATING !
- 34 CLEAR HIGH LEVEL ERROR ALARM _ ico_:,_u_Yi q I (No. 1 & No. 2l
+14 t I ENERGIZE ALL BACKUP HEATERS. " I CP N. 3
+_2 I MANUALLY I BACKUPHEATERSOFF ,L ! OPERATE° I
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=- I I O
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N//, i,,_ .
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TYPE HEATER' 5 "
9'-8'OD BASE PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR TYPICAL PRESSURIZER FIGURE 5.4-5 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRIMARY SAFETY VALVE FIGURE 5.4-6 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR MAIN STEAM SAFETY VALVE FIGURE 5.4-7 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM GENERATOR (TYPICAL)
FIGURE 5.4-8 JUNE 2009 REVISION 15
- r-l: n n C00LF.R 1 I -- _ MOTOR I I:
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,__ SEAL HOUSING COUPLING
- if" I \_ CASING 59.5"
, i, _ --/
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(-TYPICAL)
FIGURE 5.4-9 JUNE 2001 REVISION 11
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FIGURE 5.4-10 JUNE 2001 REVISION 11 -
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SHUTDOWN COOLING SYSTEM ONE TRAIN COOLDOWN(TYPICAL)
FIGURE 5.4-11 ..
JUNE2001 REVISION11
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REACTOR VESSELSUPPORTS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT SYSTEM ARRANGEMENT AND SUPPORT POINTS FIGURE 5.4-12 JUNE 2001 REVISION 11
COLD LEG I
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FIGURE 5.4-14 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT PUMP SUPPORTS (TYPICAL)
FIGURE 5.4-15 JUNE 2001 REVISION 11
I I I I I I I I I
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1.2 ! I I I Ist BANKOFSAFETY VALVESOPENS
\ I-"2ndBANK OF SAFETYVALVESOPENS I. I rd BANKOFSAFETY VALVESOPENS "
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PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR MAXIMUM REACTOR COOLANT SYSTEM PRESSURE VS TIME FOR WORST CASE LOSS OF LOAD INCIDENT FIGURE 5B-3 JUNE 2001 REVISION 11
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PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM GENERATOR CEFLASH MODEL NODES FIGURE 5D-1A JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PV-2 STEAM GENERATOR CEFLASH MODEL FLOW PATHS FIGURE 5D-1B JUNE 2009 REVISION 15
\
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PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SEPERATOR DECK AND SHROUD ANSYS MODEL VIEW OF 90° SECTION MODEL FIGURE 5D-2 JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TUBE BUNDLE FINITE ELEMENT ANSYS MODEL FIGURE 5D-3 JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TUBE BUNDLE DEFORMED SHAPE PLOT FIGURE 5D-4A JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TUBE BUNDLE TOP REGION DEFORMED SHAPE PLOT (EXAGGERATED)
FIGURE 5D-4B JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PV-2 STEAM GENERATOR CEFLASH MODEL NODES FIGURE 5E-1A JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PV-2 STEAM GENERATOR CEFLASH MODEL FLOW PATHS FIGURE 5E-1B JUNE 2009 REVISION 15
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- I IJ###/iXlllll I t lli ,,,;_;!i%%,I_I_]ZE_ IITIII I I I PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ECONOMIZER DIVIDER PLATE, SUPPORT CYLINDER AND BLOWDOWN ASSEMBLY FINITE ELEMENT ANSYS MODEL FIGURE 5E-2 JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR COLD LEG DISTRIBUTION PLATE, FINITE ELEMENT ANSYS MODEL FIGURE 5E-3 JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 84° SEGMENT FEEDWATER BOX, FINITE ELEMENT ANSYS MODEL FIGURE 5E.-4 JUNE 2005 REVISION 13
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, DOUBLE-ENDED HOT LEG SLOT BREAK, CORE POWER OF 4070 MWt FIGURE 6.2.1-1 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, DOUBLE-ENDED DISCHARGE LEG SLOT BREAK, MINIMUM ECCS,,
CORE POWER OF 4070 MWt FIGURE 6.2.1-2 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, DOUBLE-ENDED DISCHARGE LEG SLOT BREAK, MAXIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-3 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, DOUBLE-ENDED SUCTION LEG SLOT BREAK, MINIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-4 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, DOUBLE-ENDED SUCTION LEG SLOT BREAK, MAXIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-5 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, MSLB (GUILLOTINE) INSIDE CONTAINMENT WITH LOSS OF ONE TRAIN OF CONTAINMENT SPRAY CORE POWER OF 4070 MWt FIGURE 6.2.1-6 SHEET 1 OF 3 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, MSLB (GUILLOTINE) INSIDE CONTAINMENT WITH LOSS OF ONE TRAIN OF CONTAINMENT SPRAY CORE POWER OF 4070 MWt FIGURE 6.2.1-6 SHEET 2 OF 3 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PRESSURE AND TEMPERATURE RESPONSE, MSLB (GUILLOTINE) INSIDE CONTAINMENT WITH LOSS OF ONE TRAIN OF CONTAINMENT SPRAY CORE POWER OF 4070 MWt FIGURE 6.2.1-6 SHEET 3 OF 3 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONDENSING HEAT TRANSFER COEFFICIENT, DOUBLE-ENDED DISCHARGE LEG SLOT BREAK, MAXIMUM ECCS, CORE POWER OF 4070 MWt FIGURE 6.2.1-7 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONDENSING HEAT TRANSFER COEFFICIENT, DOUBLE-ENDED SUCTION LEG SLOT BREAK, MINIMUM ECCS, CORE POWER OF 4070 MWt FIGURE 6.2.1-8 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT ENERGY INVENTORY, DOUBLE-ENDED DISCHARGE LEG SLOT BREAK, MAXIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-10 SHEET 1 OF 2 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT ENERGY INVENTORY, DOUBLE-ENDED DISCHARGE LEG SLOT BREAK, MAXIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-10 SHEET 1 OF 2 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT ENERGY INVENTORY, DOUBLE-ENDED DISCHARGE LEG SLOT BREAK, MAXIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-10 SHEET 2 OF 2 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT ENERGY INVENTORY, DOUBLE-ENDED SUCTION LEG SLOT BREAK, MINIMUM ECCS CORE POWER OF 4070 MWt FIGURE 6.2.1-11 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT ENERGY DISTRIBUTION, MAIN STEAM LINE GUILLOTINE BREAK INSIDE CONTAINMENT WITH LOSS OF ONE TRAIN OF CONTAINMENT SPRAY SYSTEM CORE POWER OF 4070 MWt FIGURE 6.2.1-12 SHEET 1 OF 2 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT ENERGY DISTRIBUTION, MAIN STEAM LINE GUILLOTINE BREAK INSIDE CONTAINMENT WITH LOSS OF ONE TRAIN OF CONTAINMENT SPRAY SYSTEM CORE POWER OF 4070 MWt FIGURE 6.2.1-12 SHEET 2 OF 2 JUNE 2009 REVISION 15
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N @ O THEREMAtNDER OF CONTAINMENT 155' 128 dcSOUTH STEAM GENERATOR 117' COMPARTMENT IS MIRROR IMAGE OF FIGURE SHOWN.
107" 8""
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM GENERATOR lo0' ;,'-- SUBCOMPARTMENT MODEL 83 80 17 IS TUNNEL TO SOUTH FIGURE 6.2.1-1 5 STEAM GENERATOR COMFT JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 3990 MWt, STEAM GEN. COMPARTMENT MODEL,55 NODES PRESSURE vs. TIME CURVES FOR 129 IN2 SHUTDOWN COOLING BREAK FIGURE 6.2.1-18 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 3990 MWt/OSG CONFIGURATION STEAM GEN. COMPARTMENT MODEL, 55 NODES PRESSURE vs. TIME CURVES FOR 129 IN= SHUTDOWN COOLING BREAK FIGURE 6.2.1-18A JUNE 2007 REVISION 14
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0.6 DOUBLE-ENDED GUILLOTINECOLD LEG BREAK AT PUMP DISCHARGE FOR ZIRCALOY..4CLADDING CONTAINMENT PRESSURE Figure 6.2.1-22 0 1111111l _'l;" I(_J:IIJ_ILiI
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0.6 DOUBLE-ENDED GUILLOTINE COLD LEG BREAK AT PUMP DISCHARGEFOR ZIRCALOY-4 CLADDING CONTAINMENT ATMOSPHERE TEMPERATURE Figure 6.2.1-23 00 :' _1"'111111 lll'llllii 11l1FII1 lrlllrf,l II;lllll; 250 o"2oof ......
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0.6 DOUBLE-ENDED GUILLOTINE COLD LEG BREAK AT PUMP DISCHARGE FOR ZIRCALOY-4 CLADDING CONTAINMENTSUMPTEMPERATURE Figure 6.2.1-24
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H(o) H(STAG) l_.UE H(O) - 8 BTU/hr-FtZ-'F H(TAD)
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TAD - Time of Annulus Downflow PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONDENSING HEAT TRANSFER COEFFICIENT FOR PASSIVE HEATSINKS USED IN THE MINIMUM CONTAINMENT PRESSURE ANALYSIS FOR ECCS PERFORMANCE FIGURE 6.2.1-25
........ JUNE 2001 REVISION 11
SEE NOTE 8 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE FIGURE 6.2.4-1 SHEET 1 OF 10 JUNE 2015 REVISION 18
Note 9 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 2 OF 10 JUNE 2015 REVISION 18
SEE NOTE 8 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 3 OF 10 JUNE 2015 REVISION 18
14 SEE NOTE 2 (2,3)
Note 10 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 4 OF 10 JUNE 2015 REVISION 18
See Note 11 See Note 11 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 5 OF 10 JUNE 2015 REVISION 18
See Note 11 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 5A OF 10 JUNE 2015 REVISION 18
SEE NOTES 1 & 7 T
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 6 OF 10 JUNE 2015 REVISION 18
SEE NOTES 1 & 7 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 6A OF 10 JUNE 2015 REVISION 18
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 7 OF 10 JUNE 2015 REVISION 18
SEE NOTE 8 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 8 OF 10 JUNE 2015 REVISION 18
SEE NOTE 12 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 9 OF 10 JUNE 2015 REVISION 18
SEE NOTE 12 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 9A OF 10 JUNE 2015 REVISION 18
LEGEND:
D = DRAIN V = VENT T = TEST IV = ISOLATION VALVE NOTES:
- 1. VALVES ARE OPEN IN EVENT OF LOCA.
- 2. VALVES ARE IN THE SECONDARY SIDE OF THE STEAM GENERATOR (SG). THESE VALVES ARE NOT SUBJECTED TO TYPE C TESTS BECAUSE THEY ARE NOT DEPENDED ON IN THE LOCA DOSE CALCULATIONS TO KEEP THE RADIOLOGICAL CONSEQUENCES OF A LOCA TO WITHIN GDC 19 AND 10 CFR 100 LIMITS. THE LOCA DOSE CALCULATIONS ASSUME A SINGLE FAILURE OF A GDC 57 VALVE OR A STUCK OPEN ADV.
- 3. ONE BUTTERFLY VALVE WILL BE LEAKAGE TESTED IN REVERSE DIRECTION.
- 4. BLIND FLANGES MAY ISOLATE PENETRATION IN PLANT OPERATING MODES 1 - 4. WHEN BLIND FLANGE IS INSTALLED, ONLY TYPE B TESTING OF THE BLIND FLANGE IS REQUIRED.
- 5. THIS NOTE HAS BEEN DELETED.
- 6. THIS NOTE HAS BEEN DELETED.
- 7. CONFIGURATION BEFORE (SHEET 6A OF 10) AND AFTER (SHEET 6 OF 10) IMPLEMENTATION OF DMWO 3234780.
- 8. IN UNITS WHERE DMWO 2529758 HAS BEEN IMPLEMENTED, VALVE CHA-UV-715 IS REMOVED AND VALVES HPA-UV-023 &
HPA-UV-024 ARE DE-TERMINATED WITH UPSTREAM PIPING CUT AND CAPPED AS THE NEW CONTAINMENT BOUNDARY.
- 9. ALTERNATE RC MAKEUP CONNECTIONS APPLY ONLY TO PENETRATIONS 14 AND 16. EFFECTIVE FOR UNITS WHERE DMWO 4304156 HAS BEEN IMPLEMENTED.
- 10. LOCATION FOR ALTERNATE SG MAKEUP IS SHOWN FOR PENETRATION 76. PRIMARY SG MAKEUP AT PENETRATION 75 IS SIMILAR BUT IS LOCATED DOWNSTREAM OF FLOW ELEMENT OUTSIDE CONTAINMENT. EFFECTIVE FOR UNITS WHERE DMWO 4345882 HAS BEEN IMPLEMENTED.
- 11. CONFIGURATION BEFORE (SHEET 5A OF 10) AND AFTER (SHEET 5 OF 10) VALVE (JCHBUV0924) HAS BEEN REMOVED AND REPLACED WITH A SOCKET WELD CAP IN UNITS WHERE DMWO 2778159 HAS BEEN IMPLEMENTED.
- 12. CONFIGURATION BEFORE (SHEET 9A OF 10) AND AFTER (SHEET 9 OF 10) VALVE (JSIAUV0708) AND DOWNSTREAM DRAIN VALVE (PSSNV082) HAVE BEEN REMOVED AND REPLACED WITH A SOCKET WELD CAP IN UNITS WHERE DMWO 2778159 HAS BEEN IMPLEMENTED.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT PENETRATION VALVE ARRANGEMENT FIGURE 6.2.4-1 SHEET 10 OF 10 JUNE 2015 REVISION 18
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POST-LOCA H3 BUILDUP CORE POWER 4070 MWt FIGURE 6.2.5-1 JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR H2 PRODUCTION RATES vs. TIME CORE POWER 4070 MWt FIGURE 6.2.5-2 JUNE 2009 REVISION 15
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II iilln PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY INJECTION SYSTEM FLOW DIAGRAM SHORT TERM RECIRCULATION MODE FIGURE 6.3-2D Sheet 2 of 2 JUNE 2001 REVISION 11
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PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK NORMALIZED TOTAL CORE POWER FIGURE 6.3.3.2-1A JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK PRESSURE IN CENTER HOT ASSEMBLY NODE FIGURE 6.3.3.2-1B JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK LEAK FLOW RATE FIGURE 6.3.3.2-1C JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK HOT ASSEMBLY FLOW RATE FIGURE 6.3.3.2-1D JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK HOT ASSEMBLY QUALITY FIGURE 6.3.3.2-1E JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK CONTAINMENT PRESSURE FIGURE 6.3.3.2-1F JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK MASS ADDED TO CORE DURING REFLOOD FIGURE 6.3.3.2-1G JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 1.0 DEG/PD BREAK PEAK CLADDING TEMPERATURE FIGURE 6.3.3.2-1H JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK NORMALIZED TOTAL CORE POWER FIGURE 6.3.3.2-2A JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK PRESSURE IN CENTER HOT ASSEMBLY NODE FIGURE 6.3.3.2-2B JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK LEAK FLOW RATE FIGURE 6.3.3.2-2C JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK HOT ASSEMBLY FLOW RATE FIGURE 6.3.3.2-2D JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK HOT ASSEMBLY QUALITY FIGURE 6.3.3.2-2E JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK CONTAINMENT PRESSURE FIGURE 6.3.3.2-2F JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK MASS ADDED TO CORE DURING REFLOOD FIGURE 6.3.3.2-2G JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.8 DEG/PD BREAK PEAK CLADDING TEMPERATURE FIGURE 6.3.3.2-2H JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK NORMALIZED TOTAL CORE POWER FIGURE 6.3.3.2-3A JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK PRESSURE IN CENTER HOT ASSEMBLY NODE FIGURE 6.3.3.2-3B JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK LEAK FLOW RATE FIGURE 6.3.3.2-3C JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 06 DEG/PD BREAK HOT ASSEMBLY FLOW RATE FIGURE 6.3.3.2-3D JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK HOT ASSEMBLY QUALITY FIGURE 6.3.3.2-3E JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK CONTAINMENT PRESSURE FIGURE 6.3.3.2-3F JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK MASS ADDED TO CORE DURING REFLOOD Figure 6.3.3.2-3G JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK PEAK CLADDING TEMPERATURE Figure 6.3.3.2-3H JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK MID ANNULUS FLOW RATE Figure 6.3.3.2-3I JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK QUALITY ABOVE AND BELOW THE CORE Figure 6.3.3.2-3J JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK CORE PRESSURE DROP Figure 6.3.3.2-3K JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK SAFETY INJECTION FLOW RATE INTO INTACT DISCHARGE LEG Figure 6.3.3.2-3L JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK WATER LEVEL IN DOWNCOMER DURING REFLOOD Figure 6.3.3.2-3M JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK HOT SPOT GAP CONDUCTANCE Figure 6.3.3.2-3N JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK LOCAL CLADDING OXIDATION PERCENTAGE Figure 6.3.3.2-3O JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK FUEL CL & AVE., CLAD, COOLANT TEMPS AT THE HOT SPOT Figure 6.3.3.2-3P JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK HOT SPOT HEAT TRANSFER COEFFICIENT Figure 6.3.3.2-3Q JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK HOT PIN PRESSURE Figure 6.3.3.2-3R JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK CONTAINMENT ATMOSPHERE TEMPERATURE Figure 6.3.3.2-3S JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK CONTAINMENT SUMP TEMPERATURE Figure 6.3.3.2-3T JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.6 DEG/PD BREAK CORE BULK CHANNEL FLOW RATE Figure 6.3.3.2-3U JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK NORMALIZED TOTAL CORE POWER Figure 6.3.3.2-4A JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK PRESSURE IN CENTER HOT ASSEMBLY NODE Figure 6.3.3.2-4B JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK LEAK FLOW RATE Figure 6.3.3.2-4C JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK HOT ASSEMBLY FLOW RATE Figure 6.3.3.2-4D JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK HOT ASSEMBLY QUALITY Figure 6.3.3.2-4E JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK CONTAINMENT PRESSURE Figure 6.3.3.2-4F JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK MASS ADDED TO CORE DURING REFLOOD Figure 6.3.3.2-4G JUNE 2011 REVISION 16
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LBLOCA ECCS PERFORMANCE ANALYSIS 0.4 DEG/PD BREAK PEAK CLADDING TEMPERATURE Figure 6.3.3.2-4H JUNE 2011 REVISION 16
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0 600 1200 1800 2400 3000 TIME, SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR 0.06 FT2 COLD LEG BREAK AT PUMP DISCHARGE NORMALIZED TOTAL CORE POWER FIGURE 6.3.3.3-2A JUNE 2003 REVISION 12
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0 2000 4000 6000 8000 10000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT 2 BREAK AT TOP OF PRESSURIZER BREAK FLOW RATE FIGURE 6.3.3.3-6C JUNE 2003 REVISION 12
60000 .............................
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=15# .......... ll ..... i .... t i t _ ....... t ........... i i ) I I ..............
0 20_ 4000 6_0 8000 10000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT2 BREAK AT TOP OF PRESSURIZER INNER VESSEL INLET FLOW RATE FIGURE 6.3.3.3-6D JUNE 2003 REVISION 12
BOTTOM OF CORE
]
JlF_III_J ilil_iil!l *ljl, ii,l,,_jJ (_lIlilI.I,.,l,,.,L,,,I_IIlIK 0 2000 4_ 6000 8000 10000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT 2 BREAK AT TOP OF PRESSURIZER INNER VESSEL TWO-PHASE MIXTURE LEVEL FIGURE 6.3.3.3-6E JUNE 2003 REVISION 12
5 10 .............................................
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,I
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m
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1 10 ..............
0 2000 4( _00 6000 8000 100 00 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT 2 BREAK AT TOP OF PRESSURIZER HEAT TRANSFER COEFFICIENT AT HOT SPOT FIGURE 6.3.3.3-6F JUNE 2003 REVISION 12
1800 .....
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}LIILIfll ttllllltt! lii_llll_ ilfllllt.! ._llJ. ill]tl 2000 4000 6000 8000 10000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 0.01 FT2 BREAK AT TOP OF PRESSURIZER COOLANT TEMPERATURE AT HOT SPOT FIGURE 6.3.3,3-6G JUNE 2003 REVISION 12
_ n 0 2000 4000 6000 8000 10000 TIME. SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR 0.01 FT=BREAK AT TOP OF PRESSURIZER HOT SPOT CLAD SURFACE TEMPERATURE FIGURE 6.3.3.3-6H JUNE 2003 REVISION 12
1,0 ................................
II W
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m 00 I
.J
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ul N
0,4 ............................... '
Z
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0,0 0 1_ 2000 3000 4000 5000 TIME. SECONDS PALOVERDE NUCLEAR GENERATING STATION UPDATED FSAR BREAK AT PRESSURIZERSAFETY VALVE NORMALIZEDTOTAL CORE POWER FIGURE 6.3.3.3-7A JUNE 2003 REVISION 12
li_t_iJtl t iJittltli Ittllttli ttitiliit Llllillll 0 1000 2000 3_ 4000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BREAK AT PRESSURIZERSAFETY VALVE INNERVESSELPRESSURE FIGURE 6.3.3.3-7B JUNE 2003 REVISION 12
F 4500 .................................
ua 3600 ............................
u/
2700 .....................................
n,, 1800 L ..............
m I
0 0 1000 2000 3000 4000 5000 TIME. SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BREAK AT PRESSURIZER SAFETY VALVE BREAK FLOW RATE FIGURE 6.3.3.3-7C JUNE 2003 REVISION 12
j-0 1000 2000 3000 4000 _00 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BREAK AT PRESSURIZER SAFETY VALVE INNER VESSEL INLET FLOW RATE FIGURE 6.3.3.3-7D JUNE 2003 REVISION 12
BOTTOMOI CORE 0 !_ 2_0 3000 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BREAK AT PRESSURIZER SAFETY VALVE INNER VESSEL TWO-PHASE MIXTURE LEVEL FIGURE 6.3.3.3-7E JUNE 2003 REVISION 12
6 L
10 5 LL i E) i E L
_-D m
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10 _'_ _J ! .......... ............................................... i,:'--
1 10 0
1000 2000 3000 4000 5o00 TIME, SECONDS i
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BREAK AT PRESSURIZER SAFETY VALVE HEAT TRANSFER COEFFICIENT AT HOT SPOT FIGURE 6.3.3.3-7F JUNE 2003 REVISION 12 i
i ............
LL w
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Z 5
600 _ ' _: ' ...............
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2000 40_ 60_ 8000 "_0000 TIME, SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR BREAK AT PRESSURIZERSAFETY VALVE COOLANTTEMPERATURE AT HOT SPOT FIGURE 6.3.3,3-7G JUNE 2003 REVISION 12 l
2200 _ .... '
1900 _
LL o
1600 W
O.
1300 W
1000 7 o
5 700 400 0 1000 2000 3000 4000 5000 TIME, SECONDS PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR BREAK AT PRESSURIZERSAFETY VALVE HOT SPOT CLAD SURFACE TEMPERATURE FIGURE 6.3.3.3-7H JUNE 2003 REVISION 12
1800 .....
- _""""""l_i:_'L"'l_'t'"t''''lir
1_0 -
1400 LL O
u5 a:
_ 1200 -
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_;
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- boiloff 1000
- PSV- blowdown PD : Pump Discharge Leg PSV: Top of PressurLzer 8O0 0.00 0,02 0.04 O.06 0,08 0,10 BREAKAR_ FT2 PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR MAXIMUM HOT SPOT CLAD TEMPERATURE VERSUS BREAK SIZE FIGURE 6.3.3.3-8 JUNE 2003 REVISION 12
LOCA 1 t
LOCA Lost-of-Coolant Acrid©n; [ SIAS I SIA$ Safety IajecUen Actuation S,goal I HPSI HighPressure Safc_ fnjccuon Pump r l LPS! Low Pre.urc Safety _;cct,on Pump ] HP$[ aad LPS! /
" OSP AFAS SIT SCS AuXfl_a_ power OffSite FeeclwJt_t A*'raatton Safetylajo_uon Tank Shutdown Coolie& System St_na[ t A;t_tcd Auto (Cold Side)
J I
J SO Steam Generator I AFAS I P RCS Prtssuru [
! T_mc Afzer Stun o[LOCA Au_ Feed HOW A¢_t:d AUtO I I Manual Manual Turbln© A :Uval:BypaJs _ [ t< [ h/ SU:am Acfiva_: Dump AUnos.
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A te Secrete t .,l,._,l I ._,,,ual }
Steam Gcncralots I I s,ou,
._,(anual 1
]
l PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR LONG TERM COOLING PLAN FIGURE 6.3.3.4-1 JUNE 2001 REVISION 11
_, ,UL ANr_..OUS HOT/COLD SIDE
!NJECTICN STARTED AT _ _OURS I ST _ I T "- J 1_' CORE ,-",_...,,...,f F_C_ ,q,-,rt,.:_..,.,.,
RATE FLO_ - CCRE= HOT _o,'rL0,F S Z,..,,..._c F'LOkl ZNJECTZON RATE
'I ECCS =23'-= _ -_=S" _L't"'P i
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PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR CORE FLUSH BY HOT SIDE INJECTION FOR 9.8 F"F COLD LEG BREAK FIGURE 6.3.3.4-2 JUNE 2001 REVISION 11
i 5@ , , !. , , ,
SzMULT_NE_US _CT/COLD SiDE INJECTION STARTED AT 3 HOURS HOT SIDE INJECTION FL0_ = 38@ O_N 5@ -
SOLUB T'__TTY _IiNIT Z
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_ a S T!_E AFTE_ l_OC_'. FOURS i
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR INNERVESSEL BORIC ACID CONCENTRATION VS TIME FIGURE 6.3.3.4-3 JUNE 2001 REVISION 11
i I
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ECCS INITIAL
_LO_ =
CORE
] HPSZ POWER =
PUmP 4070 _
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i PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR RCS REFILL TIME VS BREAK AREA FIGURE 6.3.3.4-4 JUNE 2001 REVISION 11
Break RCS Pressure at Area, fiz 8 Hours, psia 10 17 O O O O Simultaneous hot and cold side injection can i cool the core and flush boric acid _ ° fi'om the reactor vessel for these breaks 0.050 81 I
0.045 81 0.040 81 0.035 81 0 030 107 0 025 127 0 020 155 0 015 204
! 0 0t0 346 RC_ refill can disoerse boric acid and m 0.007 533 the_Gs can cool the RCS to SCS emo' 0 006 639 conditions for these breaks 0.005 776
! 0 004 950 0 003 1159 0 002 1392 0 001 1594 0 0005 1653 PALO VERDE NUCLEAR GENERATINGSTATION UPDATED FSAR OVERLAP OF ACCEPTABLE LTC MODES IN TERMS O!FCOLD LEG BREAK SIZE FIGURE 6.3.3.4-5 JUNE 2001 REVISION 11
PALO VERDE NUCIJEAR GENERATING STATION UPDATED FSAR RCS PRESSURE AFTER REFILL VS BREAK AREA FIGURE 6.3.3.4-6 JUNE 2001 REVISION 11
O_ oo I
Eu_
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Z
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SE°UENCEOFEVE.TS°,.° FOR LARGE AND SMALL BREAK LOCAS
} _ FIGURE 6.3.3.5-1 SHEET 6 OF6
_i_ CESSARFIG.6,3.3,5-1F JUNE2001 REVISION11
\
PALO VERDE NUCLAER GENE_TING STATION UPDATED FSAR PLANT LAYOUT AIR INTAKE AND POTENTIAL RELEASE POINTS FIGURE 6.4-1 JUNE 2001 REVISION 11
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PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTAINMENT RECIRCULATION SUMP REPLACMENT STRAINER DETAIL FIGURE 6A-5 JUNE 2009 REVISION 15
NON-SAFETYSYSTEMS J IDENTIFYALL,IMPORTANT i YES I _
MALFUNCTIONS
.... CAN ENGINEERINGJUDGEMENT REMOVECONCERNS?
,' 'IOENTIFYPO'rENrl"IALADVERSE NO I
i 1.° SYSTEMDESIGN REVIEW
[ CAN MALFUNCTIONSOCCUR/WHAT MUST FAIL?
"1 r /
CONCERN t YES CAN HELDADVE!RSELYIMPACT THE COMPONENTS I YES BACKUPS/QUANTITATIVE YES ANAL/YSlS ARE ADVERSECIONSEQUENCES ACCEPTLABLE?
NO
.... U OESIGN/OPERATIO_N, "i PROTECTIONDECISION MODIFICATION !
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR HELBA PROCESS FIGURE 7.1-1 JUNE 2001 REVISION 11
40 -- PRIMARY COOLANT FLOW --
-- ------ NOMINAL TRIP SETPOINT 20 --
o I ! I I , ! I I I I 1 2 3 4 5 6 7 8 9 TIME, SECONDS I
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL LOW REACTOR COOLANT FLOW TRIP SETPOINT OPERATION FIGURE 7.2-0 JUNE 2001 REVISION 11
7 i/
CONTAINMENT PROCESS PROTECTIVE // PLANT PROTECTION SYSTEM CABINET // CABINET
,/
/
ii ' ' : 1 {_ lPRESSURE
- I i ii ILOW PZR IBISTABLE P-lO2 i
TRANSMITTER [_ 1 "
_PZR rill/////?/////////,
I,/,//11////11,////'/'/'/.//: __ , I ,. _ ' slPRESSURE ieYeAs 24 VDC CONVERTER [
l i
,J liE -
MAIN CONTROL ROOM 1" PLANT MONITORING
/ SYSTEM y
.i
/
,/
/
/
J
./
./
,f
..d PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL MEASUREMENT CHANNEL FUNCTIONAL DIAGRAM (PRESSURIZER PRESSURE WIDE RANGE)
FIGURE 7.2-0A JUNE 2001 REVISION 11
1000 ohms 10 ohms (TYPICAL 104 PLACES)
POWER SUPPLY
_O------_ REED SWITCH I
I I
I I
I
)
98O ohms (3020 ohms total)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REED SWITCH POSITION TRANSMITTER ASSEMBLY SCHEMATIC DIAGRAM FIGURE 7.2-0B JUNE 2001 REVISION 11
CEDM CONNECTION REED _REED SWITCH POSITION POSITION TRANSMITTER TRAN SMITTER PALO VERDE NUQLEAR GENERATING STATION UPDATED FSAR REED SWITCH POSITION TRANSMITTER CABLE ASSEMBLIES FIGURE 7.2-0C JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CEA POSITION SIGNALS WITHIN REACTOR PROTECTIVE SYSTEM FIGURE 7.2-0D JUNE 2017 REVISION 19
SAFETY CHANNELS A B C D CHAMBERS (3 SECTIONS PER CHANNEL)
CONTAINMENT I
,I HV HV HV HV POWER POWER POWER POWER SUPPLY SUPPLY SUPPLY SUPPLY LOG POWER LOG POWER LOG POWER LOG POWER OUTSIDE CONTAINMENT RATE RATE RATE RATE i
LINEAR LINEAR LINEAR LINEAR POWER POWER POWER POWER TEST TEST TEST TEST CIRCUITS CIRCUITS CIRCUITS CIRCUITS TO PLANT PROTECTION SYSTEM 2 X 10"7TO 200% FULL POWER PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR EXCORE NEUTRON FLUX MONITORING SYSTEM FIGURE 7.2-0E JUNE 2001 REVISION 11
TWO SENSORS TERMINAL ARE MOUNTED BOx-_I__L ON UPPER PORTION OF PUMP TWO ON LOWER PORTION RCP PLAN VIEW I
I I
I I
--- 1-LOW I RAD I AREA I I
CONTA I NMENT I ! .....
I ..... I I I PUL SE PUL SE I PUL SE I PUL SE SHAPE SHAPE I SHAPE I SHAPE POWER POWER I POWER I POWER SUPPLY SUPPLY I SUPPLY I SUPPLY CPC VITAL CPC VITAL CPC VITAL CPC VITAL CH-A BUS CH-C BUS CH-B BUS CH-D BUS A C B D NOTE: SPEED SENSORS S2 AND S5 WHICH ARE NOT SHOWN, ARE USED FOR MONITORING FUNCTIONS ONLY.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR COOLANT PUMP SPEED SENSORS TYPICAL FOR EACH REACTOR COOLANT PUMP FIGURE 7.2-0F JUNE 2001 REVISION 11
REACTOR COOLANT PRESSURE C,F_C PENALTY FACTORS I DEVIATION SLI_'_UP CONTRC_
ANDOUT-OF. C/¢CULAI"¢_ DIFFERENCE BOARD POSmONS SE(_/ENCE OFPiNAND MEIER PENALTY CHM4NEL FACT(_s PUCb_
RAEHALS _ TRP CORRECTK3_ _F COMPARATOf FORSHAPE CALCLR.ATION [_BR _ PREIRJP ANNEALING OFCORE E.,X-CORE ANDCEA AVERAGE FIXEDSET'POINT SIGNALS SHADOWING AXIAL DISTRIBUTION CALCULATION '
REACTOR OF TP4P COOLANT SPEED o_ FLOW CALCULATION
_ , ,_o_ ,_
LOCAL D£NSITY I I[ l ARAT_ _ ' PI_RP OF l_ RXEDSETF_
HOTLEG CAUBRATED I/ CONTROL TEMP. Th-- QF NE_ 11 _- BOARO COLDLEG _,TPOWER FLUX ,_,_ METER
_ . MAX MAXIMUM io_c_ I I t_ BOARD B ME1ER MINIMUM PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CORE PROTECTION CALCULATOR FUNCTIONAL BLOCK DIAGRAM FIGURE 7.2-0G JUNE 2001 REVISION 11
This Figure has been redacted.
This Figure has been redacted.
This Figure has been redacted.
I I IIIIII _ I I I I - I PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SPLA FUNCTIONAL BLOCK DIAGRAM FIGURE 7.2-5 JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BISTABLE BLOCK DIAGRAM FIGURE 7.2-6 JUNE 2001 REVISION 11
CHA.NNEL A SIGNAL C_I"-'PI_-L 0 SIGf;AL I_r BISTABLE A1 .... 1 1I I_,I ..... 1 "_ RPS CHA,%.'_EL I S_T,O,N, "_ co,,,AnA,on 1 I I [..r_.. ......... o, " ]_- _,STABLE_; ii _ntPS[LECT nCLA,._. I I _ I 1 I l IU(JUD L[ C,OI kl I"
.+/-.
-- --" TOOTHEq U VC " UNDER VOLTAGE 1"RIP C01L CII:ICUI 'i 5 "THIS FIGURE REPRESENTS THE _">,_ ....
$IMlI.,AR FOR OTHER CHANNEL =: T POW£1'_ r.UPPLy 0 PPL Y PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BASIC PPS TESTING SYSTEM (SHOWN FOR REACTOR PROTECTIVE SYSTEM)
FIGURE 7.2-7 JUNE 2001 REVISION 11
I 1
(Captive screws hold slide out chassis in place.)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR TYPICAL P.P.S. BAY LAYOUT FIGURE 7.2-13 JUNE 2015 REVISION 18
FUEL BUILDING MONITORS CONTAINMENT BUILDING MONITORS CONTAINMENT BUILDING CONTAINMENT BUILDING POWER ACCESS PURGE POWER ACCESS PURGE EXHAUST AREA EXHAUST AREA SPENT FUEL POOL FUEL BUILDING RADIATION RADIATION AREA HIGH RADIATION EXHAUST DUCT /
HIGH ACTIVITY i
l . i TO A1 A2 B1 B2 TO TO A1 A2 B1 B2 TO CREPAS 1 CREFAS 2 CREFAS 1 CREFAS 2 At A2 B1 B2 A1 A2 Bt B2 I I I_ I I,. ! I I ACTUATION ACTUATION ACTUATION ACTUATION LOGIC LOGIC LOGIC LOGIC MANUAL "--l@ I ] _r'_MANUAL MANUAL'--'1 ! __J_ MANUAL I COMFONENTS TRAIN A FBEVAS COMPONENTS TRAIN B I - COMPONENTS TRAIN
, , A CPIAS COMPONENTS TRAIN B LEGEND:
CPIAS = CONTAINMENT PURGE ISOLATION ACTUATION SIGNAL CREFAS = CONTROL ROOM ESSENTIAL FI LTRATiON ACTUATION SIGNAL FBEVAS = FUEL BUILDING ESSENTIAL VENTILATION ACTUATION SIGNAL PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ESFAS SIGNAL LOGIC FIGURE 7.3-1 JUNE 2001 REVISION 11
CONTROL ROOM AiR INTAKE HIGH RADIATION FROM CPIASlCPIAS2 FROM FSEVAS 1__ r'-" "-1 r'--.B_vAs2
" I A'l A2 B1 B2 A1 A2 B1 B2 I I .! I f Fi ACTUATION Loo,_ ,_c_;_
ON MANUAL ""1 ! ' I I'm MANUAL I TRAIN A COMPONENTS TRAIN B COMPONENTS
' CREFAS II LEGEND: PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CPIAS = CONTAINMENT ACTUATION PURGE SIGNAL ISOLATION ESFAS SIGNAL LOGIC CREFAS= CONTROL ROOM ESSENTIAL FBEVA8= FILTRATION FUEL ACTUATION BUILDING ESSENTIALSIGNAL FIGURE 7.3-2 VENTILATION ACTUATION SIGNAL JUNE 2001 REVISION 11
- a. _ uu o _
W HS CLOSE (MOMENTARY) /_
C LOS E
-- CIAS VALVE w ; --
VALVE OPEN I
HS OPEN (MOMENTARY1 I LEGEND:
HS HAND SWITCH R -- RED (R LIGHT G -- GREEN NOTE:
W - WHITE THIS IS A TYPICAL CONTROL TABLE 7.3-11.
AND GATE LOGIC FOR THE VALVES IN OR GATE 4,=..,.,.=1 NOT PALO VERDE NUCLEARGENERATING STATION UPDATED FSAR S P.,-- MEMORY R CONTAINMENTCOMBUSTIBLE GAS CONTROL SYSTEM DEVICECONTROL LOGIC FIGURE 7.3-6 JUNE 2001 REVISION 11
PRESSURIZER PRESSURE
_BYPASSENA BLE'_ LOW PRESSURIZE R PRESSURE HIGH CONTAIN M ENT PRESSURE s,As I.....' °-L Is,A_ T ,T_ j '
SIA_I 51AS-2 SIAS-3 SIAS4 TO CIAS TO CIA$ TO CIAS TO CIAS PPS m .,....ram.
AUX. RELAY CABINET 1A 2A 3A 4A 1B 2B 38 4B
,I I I J I I I I ACTUATION SIGNAL 2 OUT OF 4 2 OUT OF 4 CLAS = CONTAINMENT LOGIC LOGIC ISOLATION SIGNAL MANUAL MANUAL
= NOT ACTUATION _
TRAIN A TRAIN B L COMPONENTS SIAS COMPONENTS l PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ESFAS SIGNAL LOGIC (SIAS)
FIGURE 7.3-7A JUNE 2001 REVISION 11
HIGH-HIGH CONTAINMENT LOW REFUELING PR_URE TANK WATER LEVEL
?L,oOTOF,LO_,C ??I ?I ,OU,OF,LO0,C -1
..]I .]
CSAS I CSA$ RAS RAS REMOTE l R EMOTE REMOTE REMOTE 1A IB 2A 2B 3A 3B 4A 4B 1A 1B 2A 29 3A 3B 4A 4B PPS m m m m m mmmummip AUX.
RELAY IA 2A 3A 4A tB 2B 3B 4B 1A 2A 3A 4A 1B 28 38 4B CABINET l I l l l J l I , l ,I _ J l l l l 2 OUT OF 4 LOGIC [ 2OUTOF4LOG_IC 2OUTOF4LOGIC I I 20UTO(:4LOGIC TRAIN A TRAIN B TRAIN A TRAIN B L COMPONENTS CSAS COMPONENT_ I I COMPONENTS RAS COMPONENTS J FROM FROM FROM FROM S_AS.I SlAS2SIAS-_ S,_S-,=
stAs- ,_E_ I_ECTION ACTUATION S_CNAL ] ClAS I C,_ !
RA$ = RECIRCULATION ACTUATION SIGNAL CIAS = CONTAINMENT ISOLATION ACTUATION SlGNA.L PPS IA 1B 2A 28 3A 3B 4A 4B IIiimmmmm m vmm,mmm_m ammmmmmmm ,mmmmmmB AUX. IA 2A 3A 4A IB 2B 3B 4B RELAY cA_l.e'r ] I I I I ! I t I I " i SELECTIVE SELECTIVE 2 OUT OF 4 LOGIC i 20UTOF4 LoG tC
- . . l J i TRAIN A TRAIN B l COMPONENTS CIAS ,. COMPONENTS. l i
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ESFAS SIGNAL LOGIC (CSAS, CiAS, RAS)
FIGURE 7.3-7B JUNE 2001 REVISION 11
Process ProtectiveCabinet EISFiberOpticModule I_:_I.'-C
'i_ FiberOpticModule Assembly (Typical) ,,_..-,...:.r_:; Assembly(Typical)
'" 2; Panel(Typical) i - Assembly(Typical)
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAFAS BLOCK DIAGRAM FIGURE 7.3-7E JUNE 2:001 REVISION 11
Steam Generator #1 Levels Steam Generator #2 Levels AB CD AB C D
.. ,( _ _ DSS P_issive Signals 1 i 20f4SG,1 2oI4SG-1 I Selective I 2of4SG-2 2of4SG-2 tripsetpoint levels<= tripsetpoint levels>= ,I li DSSActive 2 of4 ! tripsetpomt levels>= tripsetpoint levels<=
--, i !
I
, _7 _7 DAFAS-1 + AFAS-1
' DAFAS-2+
AFAS-2 Bypass Bypass Sw_ch*._ Interface
- Logzc"1"with
....... _ Interface/ Switch -,_/
ContactOpen "_=,__..' :..................
pL_.__
- ,;;,
- ;
...... o,,_,_,_.c._ T 8,,,-_
Relay Trip Trip l Relay Relay Relay I PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DAFAS LOGIC DIAGRAM FIGURE 7.3-7F JUNE 2001 REVISION 11
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR ESFAS AUXILIARY RELAY CABINET SCHEMATIC DIAGRAM FOR TYPICAL ACTUATION SIGNAL FIGURE 7.3-8A JUNE 2009 REVISION 15
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR NOTE: FOR CABINET B SUBSTITUTE VITAL BUS C FOR A, D FOR B, EFAS-2 VALVE 1B1 FOR EFAS-1 VALVE 1A1 AND EFAS-2 VALVE 2B1 ESFAS AUXILIARY RELAY CABINET FOR EFAS-1 VALVE 2A1 SCHEMATIC DIAGRAM FOR THE EFAS FIGURE 7.3-8B JUNE 2009 REVISION 15
CONTAINMENT PRESSURE l l
_.,_oo,_ 0 G-c_oo,o 0 - f,._LOG,_ 0 _I'OL_,GIC 0 12 VDC 12 VDC 12 VDC 12 VDC POWER SUPPLY POWER SUPPLY POWER SUPPLY POWER SUPPLY
-! i-
.ANUAL A.1T BDI -L
-I"
.ANUAL INITIATION RELAYS A.=T" BD2 ..m_
I
- i i "A_.AL_
A._T BD3 ..L T
"ANUAL A.4T 804T
-J.- INITIATION cl.curr
_L' _ J_.L _ - -J_L_ - -J.L TO AUXILIARY / 1A 1S 2A 2B 3A 38 TO AUXILIARY 4A_ 4E RELAY CABINET "'A'" RELAY CABINET -8" SIAS GROUP SIAS GROUP
)PS RELAY LOGIC RELAY LOGIC m ,mmmlmmlm i m m m m m i mmmlmJm
- "SFAS AUXILIARY RELAY CABINET_ A
.... F S EPA RA TE DCPOWER SUPPLIES _ NOTE:
I_ "_ AUXILIARY RELAY CABINETS f ,,_. _ . _ "A" AND "'[1"*ARE IDENTICAL.
j+l _ .m (+) FOR CABINET '1" CIRCUIT
- I 1"t I - - REPLACE THE "'A" ON THIS PPS INITIATION ("J" IA N 2A ..L-,I PP$ INITIATION DRAWING WITH "'lB'"
RELAy CO,TACTS !T I'i T! RELA_, CONTACTS L_ 3A N 4A ,,,_,J
.A.UALT.,. -_UA* T.,P
,OCKOUT .L E! .L ,oc_ouT co.. ! I' GRO_.
VALVE AC._AT,O.
R_LAY'
! I-}
GROUPS PALO VERDE NUCLEAR GENERATING
..RRIER UPDATED FSAR STATION
-;,i I 1-)
PUMP GROUPS FUNCTIONAL DIAGRAM OF A TYPICAL ENGINEERED SAFETY FEATURE ACTUATION FIGURE 7.3-10 JUNE 2003 REVISION t2
[' i 01 LS_J_ LS _ ,, T ESFASCONTACT C--- 0 7- J AIR OPEN CLOSE _ :3 I--
FAILED CLOSED
- 1. ESFASCONTACTSHOWN IN DEENERGIZED POSITION
- 2. THEESFASCONTACTOPENSAND VALVEGOESTOFAILUREPOSITION
- 3. 01-VALVECONTROLSWITCH
- 4. S - SOLENOI D
- 5. L.S. - LINIITSWITCH PALOVERDE NUCLEAR GENERATING UPDATED FSAR STATION CONTROL CIRCUIT FOR A SOLENOID ACTUATED AIR OPERATED VALVE FIGURE 7.3-11A JUNE 2003 REVISION 12
AC BUS
.I_M..L_..B.ESFAS !
CLOSE OPEN
- 1. ESFASCONTACTS SHOWN IN DEENERGIZEDPOSITION
- 2. THEESFASCONTACT iN THE OPENING CIRCUIT CLOSESAND ENERGIZESTHE OPENING CIRCUIT.
CONTACTS IN THECLOSING CIRCUIT OPEN AND PREVENTENERGIZING THE CLOSING CIRCUIT.
- 3. Mo - MAIN CONTACTOR, OPENING
- 4. Mc - MAIN CONTACTOR, CLOSING
- 5. TS- TORQUESWITCH
- 6. LS- LIMIT SWITCH
- 7. OI- VALVE CONTROL SWITCH PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTROL CIRCUIT FOR A MOTOR OPERATED VALVE FIGURE 7.3-11B JUNE 2003 REVISION 12
CIRCUIT BREAKER O C,- .....
MAIN CONTACTS
,, O O _ ......
CIRCUIT BREAKER CONTROL CKT
_.ESFAS 50 "CONT, 52 7
O] - ESFAS b OCsus EsFAs i CONTACT TO SIAS AUTO 86 START FAILURE CIRCUIT BREAKER CIRCUIT BREAKER ALARM CLOSECKT TRIPCKT
!. ESFASCONTACTS SHOWN IN DEENERG[ZEDPOSTI'[ON
- 2. THE ESFASCONTACT IN ALARMCIRCUIT CLOSESAND IF THEBREAKER DOES NOT CLOSEAN ALARMWILL BEINITIATED. THE CONTACT IN THELOCKOUT CIRCUIT PREVENTSTHETRIPCiRCUiT FROM BEING ENERGIZEDWHEN A 51 DEVICEIS INITIATED IN COINCIDENT WITH A ESFASSIGNAL. THE CLOSING CIRCUIT CONTACT CLOSESAND ENERGIZESTHECLOSING CIRCUIT.
- 3. 50 ° INSTANTANEOUS OVERCURRENTRELAY
- 4. 51 - TIME OVERCURRENTRELAY
- 5. O1 - CIRCUIT BREAKERCONTROL SWITCH
- 6. 86 - LOCK-OUT RELAY
- 7. 52 - CIRCUIT BREAKER AUXILIARY CONTACT, NORMALLY CLOSED
- 8. 74 - ALARM RELAY PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR CONTROL CIRCUIT FOR A PUMP MOTOR FIGURE =7.3-11C JUNE 2003 REVISION 12 I
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SESSCONTROL_JUN A CONTAINMENT MAINSTEAM HIGH AUXFW ISOLATION ISOLATION PRESSURE RECIRULATION AUX FW STEAMGEN SPARE STEAMGEN NO.2
........ INJECTION , NO.1 LOW CONTAINMENT PRESSURE PASSIVE CONTAINMENT CHEM PURGE SPARE SPARE SAFETY INJECTION SAFETY SPRAY ADD ISOLATION INJECTION CONTROL CONTROL FUEL BUILDING ROOM BLDG ESSENTIAL CONTAINMENT FILTRATION& ESSENTIAL VENTILATION GAS SPARE SPARE SPARE ISOLATION ACV's CONTROL ESSENTIAL ESSENTIAL ESSENTIAL DIESEL IE NON- ESF CHILLED COOLING SPRAY GENERATOR LOADCENTER LOADSHED SPARE WATER WATER POND BREAKERS MANUALBYPASSINITIATE RESET RESET RESET TEST TEST DISPLAY ALARM I FLASHER t LAMP BYPASS/INOP I STATUS I STATUS SYSTEMRESETAND TEST NOTES" 1, ALL SWITCHEDARE MASTERSPECIALTIES MODEL 10HTWIST - LifE OREQUIVALENT WITH P/N CM-382 LAMPS.
- MANUALBYPASS-ALTERNATE ACTION SV_ITHCH
- SYSTEMRESET, TESTAND DISPLAY-MOMENTARYACTIONPUSHBUTTONS
- 2. CONTROLPANNELfS INSERTTO MAINESF CONTROLBOARD PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY EQUIPMENT STATUS SYSTEM CONTROL PANEL FIGURE 7.5-2 SHEET 1 OF 2 JUNE 2001 REVISION 11
SE,SSCONTROLTRAIN A CONTAINMENT MAINSTEAM HIGH AUX FW ISOLATION ISOLATION PRESSURE RECIRULATION AUX FW STEAMGEN SPARE SPARE SAFETY STEAMGEN NO. 2 INJECTION NO 1 LOW CONTAINMENT PRESSURE PASSIVE CONTAINMENT PURGE SPARE SPARE SPARE SAFETYINJECTION SAFETY SPRAY ISOLATION INJECTION CONTROL CONTROL FUEL BUlLDING ROOM BLDG ESSENTIAL CONTAINMENT FILTRATION& ESSENTIAL VENTILATION GAS SPARE SPARE SPARE SPARE ISOLATION ACV's CONTROL ESSENTIAL ESSENTIAL ESSENTIAL DIESEL IE NON- ESF CHILLED COOUNG SPRAY GENERATOR LOADCENTER LOAD SHED SPARE SPARE WATER WATER POND BREAKERS NOTES 1 STATUS DISPLAYPANELIS INSERT TO MAINESF CONTROLBOARD PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY EQUIPMENT STATUS SYSTEM ANNUNCIATOR PANEL FIGURE 7.5-2 SHEET 2 OF 2 JUNE 2001 REVISION 11
SDCVI - SHUTDOWN COOLING VALVE INTERLOCKS SITVI - SAFETY INJECTION TANK VALVE INTERLOCKS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY-RELATED INTERLOCK LOGIC CIRCUIT FIGURE 7.6-1 JUNE 2013 REVISION 17
SDCVI - SHUTDOWN COOLING VALVE INTERLOCKS SITVI - SAFETY INJECTION TANK VALVE INTERLOCKS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SAFETY-RELATED INTERLOCK LOGIC CIRCUIT FIGURE 7.6-1 JUNE 2013 REVISION 17
REACTOR SBCS TLI FEEDWATER TOTAL FEEDWATER FLOW STEAM POWER MASTER TURBINE TEMP STEAM FLOW GENERATOR CONTROLLER LOAD TOTAL DCMR LEVEL TRANSMFrnm TRANsMrrTF.R [
i I II I
SELECTION. 1 SELECTION SELELoo_mON LOGIC [ LOGIC i
'I ADAPTIVE
_- TUN_N'G PANEL DISPLAY STATION I "
(MASTER)
IMPULSE _
Sm'POItVr _
P, __2_L_,
P_ .___._.]
--t TRANSFER LOGIC
- -j _- "1 ml TO
_ FWCS2 VALVE TRANSFER FWCS2 LOGIC [ SELr_ 1"7. FROM 4; ; [
DOWNCOMER ECONOMIZER PUMP VALVE VALVE PROGRAM PROGRAM PROGRAM DISPLAY DISPLAY DISPLAY PALO VERDE NUCLEAR GENERATING STATION --7---- -- STATION __ I " STATION STA_ON UPDATED FSAR FEEDWATER CONTROL SYSTEM TO TO TO BLOCK DIAGRAM DOWNCOMER ECONOM ]Z/2, FEEDWAT£R VALVE VALVE PUMP FIG"URE 7.7-1 JUNE 2001 REVISION 11
M EASUR ED MAIN STEAM HEADER PR ESSU R E _ ATMOSP H ER E i : AIR SUPPLY MAIN STEAM ELECTRO./
STEAM FLOW ' _ HEADER PRESSURE CONTROLLER PNEUMATI C
/
PROGRAM CONVERTOR k,+
PRESSURIZER PRESSURIZER PRESSURE B TURBINE BYPASS
,," _ VALVES l CONDENSER I AND 2 TO I 16 TO ATMOSPHERE)
CHANGE COMPARATOR _,. _ _ _ _ _ -w _ _ _ ..i J DETECTOR THE VALVE PERMISSIVE SIGNAL IS PRODUCED BY NOTE: T SIMILAR CIRCUITRY THE SIGNAL IS '"ON" WHEN THE PERMISSIVE CONTROLLER HAS AN OUTPUT THRESHOLD VA"LVE PERMISSIVE SIGNAL DEMAND OR A PL_RM/S_IVE QUICK OPENING SETTING SIGNAL IS PRESENT PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR STEAM BYPASS CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-2 JUNE 2001 REVISION 11
FEEDWATER TEMPERATURE MAIN STEAM PRESSURE __! SECONDARY TO FEEDWATER FLOW CALORIMETRIC MARGIN AUDIBLE MAIN STEAm FLOW _1 w
POWER METERALARM AUTOMATIC CALIBRATION TURBINE OF POWER IT I
l I
TURBINE FIRST STAGE PRESSURE _"l TURBINE POWER CALORIMETRIC l l
, L POWER /
coRE O_,.TTEMFERA_UR, --I ..cToRcoo..T_ f r_ DELTA TPOWER _ I CORE INLET TEMPERATURE _[ " , " I sPEED_ COOLA.T VOLUMETRIC!I T CORE POWER RCP HEAD DIFFERENTIAL PRESSURE LI FLOW RATE _ l REACTO_ COOl.AN T PRESSURE _
CEAposmoNs J FUEL PINANDCOOLANT CHANNEL PLANAR I Ll CORE POWER LIMIT /
-Z RADIALS l _ BASED ON LOCAL CORE POWER t"_
I 1_[ POWER C_._r SS'cCTDON O_ I _
MAGNITUDE AUDIBLE ALARM AZIMUTHAL TILT l IN CORE FLUX LICENSED POWER LIMIT NORMALIZED AXIAL POWER DISTRIBUTION AND AXIAL SHAPE _ AUDIBLE ALARM I _ _ _ LIMIT l PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR FUNCTIONAL DIAGRAM OF THE CORE OPERATING LIMIT SUPERVISORY SYSTEM FIGURE 7.7-3 JUNE 2001 REVISION 11 I
LARGE LOAD - _ REACTOR POWER t ,
_ CEA DROP J
I I
CUTBACK SYSTEM REJECTION SIGNAl. '_ _ LOGIC LOSSOF FEED CONTROL LOGIC _____J TURBINE LOGIC PUMP SIGNAL _ F.____l CONTROL PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR RPCS BLOCK DIAGRAM FIGURE 7.7-4 JUNE 2001 REVISION 11
TURBINE LOAD INDEX THOT TCOLD.
PROGRAM TAVG I -__o'_ °" ........
COMPUTATION PROHIBIT CEARATE 1
CEASTATUS PROGRAM PROGRAM 1
'TOCEDMCS 1
TO CEDMCS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR REACTOR REGULATING SYSTEM FIGURE 7.7-5 JUNE 2003 REVISION 12
OV..ae PLANT 240 V..a© 3_, 4 WiRE PROTECTION SYSTEM 3_, 4 WIRE 2/4 LOGIC
.,p :c. cB TRIP C.lt ' -TRIP _. t.IP Cl.C.it
- KER ! COIL '-- _ COIL BREAKER
! I
! I i ..... - '" .... "........ _ ,z I" !
- UIT RiP I TRIP I" CB _ _ TRIP CB I CIRCUIT TRIP AKER i COIL -" r COIL I BREAKER z I I'
]
I __ j II , li I .I.u I II REACTORTRIPSWITCHGEAR SOLID [ SOLID ,, r' r SOLID
_TE i OPTICAL STATE STATE OPTICAL STATE VER _ ISOLATION _ CONTROL CONTROL i'li., ISOLATION POWER
- HES _ _ LOGIC LOGIC I SWITCHES
_L j I , __r ,I I CONTRO%
ELEMENT PALO VERDE NUCLEAR GENERATING STATION CONTROL ELEMENT DRIVE UPDATED FSAR DRIVE MECHANISMS MECHAHISMS (ONEHALF) CEDMCS - RPS (ONEHALF)
INTERFACE BLOCK DIAGRAM FIGURE 7.7-6 JUNE 2003 REVISION 12 :
PRESSURIZER PRESSURE i
t, ii mmI II I
_,,t. l CONTROL PRESSURE CONTR0LLER SIGNAL REFERENCE ._ _ PROPORTIONAL MANUAL 1 ,
PROGRAM I HEATER p
i__ CONTROL CONTROLLER i PROPORTIONAL
.... V l MANUAL SIGNAL 1
LEVEL LOWLEVEL _ CONTROL SIGNAL CUTOFF lJ SIGNAL
._ / _mUAL LEVEL LOWLEVEL CONTROL SIGNAL CUTOFF SIGNAL
"_ F MANUAL l
BACKUP HEATERBANKS PROPORTIONAL HEATERBANKS SPRAY VALVE SPRAY VALVE 3 THROUGHII 1 AND2 1 2 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSURIZER PRESSURE CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-7 JUNE 2003 REVISION 12
PRESSURIZER TAVG LEVEL SETPOINT , ,,, CONTROLS PROGRAM ERROR CONTROLLER PROGRAM LEVEL ! PlO HEATER AUTO- MANUAL I CHARGING PUMP CONTROLS CONTROLS CONTROL l LETDOWN VALVE SELECTOR 51VlTCH LETDOWN IALVES PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR PRESSU RIZER LEVEL CONTROL SYSTEM BLOCK DIAGRAM FIGURE 7.7-8 JUNE 2003 REVISION 12
RESET STARTUP NUCLEAR CHANNEL BORON DILUTION / CURRENT FLUX &
INSTRUMENTATION SIGNAL-'_ ALARM SYSTEM _ SETPOINT DISPLAY LOGIC 1
ALARM SIGNAL TO THE PLANT ANNUNCIATION SYSTEM NOTE: ONLY ONE OF TWO IDENTICAL CHANNELS IS SHOWN.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BORON DILUTION ALARM SYSTEM SIMPLIFIED BLOCK DIAGRAM FIGURE 7.7-11 JUNE 2003 REVISION 12
Figure 8.1-1 Sheet 1 of 2 has been deleted Refer to Western Electricity Coordinating Council (WECC) maps for latest Grid System.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR GRID SYSTEM FIGURE 8.1-1 SHEET 1 OF 2 JUNE 2015 REVISION 18
Figure 8.1-1 Sheet 2 of 2 has been deleted Refer to Western Electricity Coordinating Council (WECC) maps for latest Grid System.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR GRID SYSTEM FIGURE 8.1-1 SHEET 2 OF 2 JUNE 2015 REVISION 18
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 525 KV SWITCHYARD AND CONNECTIONS TO ONSITE POWER SYSTEM FIGURE 8.2-1 JUNE 2017 REVISION 19
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR 525 SWITCHYARD AND SINGLE LINE DIAGRAM FOR UNITS 1, 2, AND 3 FIGURE 8.2-2 JUNE 2017 REVISION 19
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOGIC DIAGRAM DIESEL GENERATOR STARTING AND ESF BUS LOADING SEQUENCE FIGURE 8.3-1 SHEET 1 OF 2 JUNE 2017 REVISION 19
SIAS / CSAS SIAS / CSAS PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOGIC DIAGRAM DIESEL GENERATOR STARTING AND ESF BUS LOADING SEQUENCE FIGURE 8.3-1 SHEET 2 OF 2 JUNE 2017 REVISION 19
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR FAILURE MODE AND EFFECTS ANALYSIS AC POWER SYSTEM FIGURE 8.3-2 JUNE 2017 REVISION 19
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR LOSS OF BUS VOLTAGE SETTING TIME VS. VOLTS FIGURE 8.3-3 JUNE 2009 REVISION 15
FIGURE 8B.1A-1 DELETED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POWER FLOW MAP CASE 1A FIGURE 8B.1A-1 JUNE 2013 REVISION 17
FIGURE 8B.1B-1 DELETED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POWER FLOW MAP CASE 1B FIGURE 8B.1B-1 JUNE 2013 REVISION 17
FIGURE 8B.2A-1 DELETED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POWER FLOW MAP CASE 2A FIGURE 8B.2A-1 JUNE 2013 REVISION 17
FIGURE 8B.2B-1 DELETED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POWER FLOW MAP CASE 2B FIGURE 8B.2B-1 JUNE 2013 REVISION 17
FIGURE 8B.3A-1 DELETED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POWER FLOW MAP CASE 3A FIGURE 8B.3A-1 JUNE 2013 REVISION 17
FIGURE 8B.3B-1 DELETED PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR POWER FLOW MAP CASE 3B FIGURE 8B.3B-1 JUNE 2013 REVISION 17
8.68" + 1/16 (TYP), INSIDE DIMENSION OF THE BOX c = BOXES MADE FROM
/
0.t09" (MIN)STAINLESS STEEL SHEET STOCK E]D[]D I- "I IJ IJ q° ; ; , , I." 1 i
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR NEW FUEL STORAGE RACK (150" ACTIVE FUEL LENGTH)
FIGURE 9.1-1 JUNE 2001 REVISION 11
This Figure has been redacted.
I CELL i LOCKING
! SLOT
- Ii1t:
I t_t {
FLOW pASSAGES vIEW "A" PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR sPENT FUEL sTORAGE RACK FIGURE 9.1-3 REVISION 11 JUNE 2001 L..
PALO VERDE NUCLEAR GENERATING STATION U PDATED FSAR CELL DETAILS OF "L" INSERT BOX FIGURE 9.1-4 JUNE 2001 REVISION 11
(SEE NOTE 1)
Note 1:
The diagonal line represents a cell that is required to have a blocking device, and does not specify a particular orientation requirement for the blocking device. PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR NEW OR SPENT FUEL STORED IN A CHECKERBOARD ARRAY FIGURE 9.1-5 JUNE 2017 REVISION 19
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR UNITS 2 & 3 SPENT FUEL POOL CONFIGURATION FIGURE 9.1-7 JUNE 2011 REVISION 16
4 4 2 4 4 2 4 4 2 4 4 4 4 4 4 4 4 4 2 4 4 2 4 4 2 4 4 4 4 4 4 4 4 4 4 4
- 4 4 2 4 4 2 4 4 2 4 4 4 4 4 4 4 4 4 2 4 4 2 4 4 2 4 4 4 4 4 4 4 4 4 4 4 Blocked = 124 in Modules 4,9,12,16 Region 1 = 119 in Modules 4,12,16 Region 2 = 119 in Modules 5,6,7,9,10,11,13,14,15 Region 3 = 369 in Modules 1,2,3,8,17 Region 4 = 598 in Modules 5,6,7,9,10,11,13,14,15 Total = 1329 PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR
- => changes relative to Fig 9.1-7 UNIT 1 SPENT FUEL POOL CONFIGURATION FIGURE 9.1-7A JUNE 2015 REVISION 18
VESSEL HEAD 2
_L.
- UGS FLANGE T 3 =
L CSB FLANGE_ 4 13_ 55 J _
-T2. 43 56 "
UGS CEA CYLINDER 57 SHROUDS UGS PLATE 14 s
TUBESHEET 44 7
15 FAP 16 46 CORE m SUPPORT 31' 17 BARREL 32 18 8 47 331 19 34 20 GU IDE REACTOR
- VESSEL FUEL 351 21 TUBES 48 9 REACTOR RODS 36', 22. CORE VESSEL 37 23 SHROUD SUPPORTS 49 38 24 39; 25 10 40 26 50 41 27 i_
42 28 51 11 29 30_30 _ 52 45 1 53_'" _-_ _-r 54 _ PALOVERDE NUCLEARGENERATINGSTATION UPDATEDFSAR REACTORVESSELAND INTERNALSMODEL FOR FLAT HEADDROP ANALYSIS FIGURE 9.1-11 JUNE2003 REVISION 12
- < coo
. (j) cO I :" '"
m ii .,,. - o w E
. > o4° 4, _ =' _ "_ _ :" ._0 uJ L _., I
', MAX STATIC WATER LEVEL 1.1 TOP OF WEiR 1'
_-I/2
_'_ F/IN I_SHGRADE COMPACTED BACKFILL TYPICAL EXTERIOR WALL SECTION PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR DETAIL DRAWINGS ESSENTIAL SPRAY POND FIGURE 9.2-1 SHEET 2 OF 2 REVISION 12 JUNE 2003
o o
I--
0 z
Figure 9.5-1 has been deleted.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SCHEMATIC DIAGRAM PUBLIC ADDRESS EQUIPMENT FIGURE 9.5-1 JUNE 2013 REVISION 17
Figure 9.5-2 has been deleted.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR SCHEMATIC DIAGRAM PUBLIC ADDRESS EQUIPMENT FIGURE 9.5-2 JUNE 2013 REVISION 17
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BLOCK DIAGRAM NORMAL OFFSITE COMMUNICATIONS FIGURE 9.5-3 JUNE 2013 REVISION 17
Figure 9.5-4 has been deleted.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BLOCK DIAGRAM EMERGENCY COMMUNICATION SYSTEM FIGURE 9.5-4 SHEET 1 OF 2 JUNE 2013 REVISION 17
Figure 9.5-4 has been deleted.
PALO VERDE NUCLEAR GENERATING STATION UPDATED FSAR BLOCK DIAGRAM EMERGENCY COMMUNICATION SYSTEM FIGURE 9.5-4 SHEET 2 OF 2 JUNE 2013 REVISION 17
This Figure has been redacted.
This Figure has been redacted.
This Figure has been redacted.
This Figure has been redacted.
This Figure has been redacted.
This Figure has been redacted.
This Figure has been redacted.