ML23062A647
| ML23062A647 | |
| Person / Time | |
|---|---|
| Site: | Callaway  |
| Issue date: | 12/29/2022 |
| From: | Ameren Missouri, Union Electric Co |
| To: | Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML23067A139 | List:
|
| References | |
| ULNRC-06782 | |
| Download: ML23062A647 (1) | |
Text
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~ 20 15 10 5 0 1 10 100 1000 10000 100000 1000000 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-1 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MINIMUM SAFEGUARDS CONTAINMENT PRESSURE VS . TIME REV. 18 06/21
50 45 40 35 .!2P 30 5"'
!!: 25 =
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0 1 10 100 1000 10000 100000 1000000 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-2 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MAXIMUM SAFEGUARDS CONTAINMENT PRESSURE VS . TIME REV. 18 06/21
60 50 40 .!:fl 5"'
!!: 30 =
~ 20 10 0 5 10 15 20 25 30 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-3 DOUBLE-ENDED HOT LEG GUILLOTINE BREAK CONTAINMENT PRESSURE VS . TIME REV. 18 06/21
300 250 ,__ 200 t f: "E 150 Cl; Q. 8 ~ 100 50 o ~------------------------- 0.001 0.01 0.1 1 10 100 1000 10000 100000 1000000 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-4 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MINIMUM SAFEGUARDS CONTAINMENT TEMPERATURE VS . TIME REV. 18 06/21
300 250 200 100 50 0 '---------------------------- 0.001 0.01 0.1 1 10 100 1000 10000 100000 1000000 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-5 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MAXIMUM SAFEGUARDS CONTAINMENT TEMPERATURE VS. TIME REV. 18 06/21
250 ~ 0 '-" 200 -=!<I;:: Q. 150 s <I; f,-. 100 0 5 10 15 20 25 30 Time (st>conds) CALLAWAY PLANT FIGURE 6.2.1-6 DOUBLE-ENDED HOT LEG GUILLOTINE BREAK CONTAINMENT TEMPERATURE VS . TIME REV. 18 06/21
300 250 iZ' 200 0 f: .E 150 f: Cl; c..
=100 Cl; f--;
50 0 1 100 1000 10000 100000 1000000 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-7 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MINIMUM SAFEGUARDS CONTAINMENT SUMP TEMPERATURE VS . TIME REV. 18 06/21
300 250 ,__ 200 t f: E 150 f Cl; Q. 8 Cl; ~ 100 50 1 10 100 1000 10000 100000 1000000 TimE' (SE'COnds) CALLAWAY PLANT FIGURE 6.2.1-8 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MAXIMUM SAFEGUARDS CONTAINMENT SUMP TEMPERATURE VS . TIME REV. 18 06/21
CALLAWAY - SP Figure 6.2.1-9 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-10 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-11 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-12 Deleted REV. OL-~15 5/06
140 120 -= .S:: 1::,-., 100 ~~ 0 o, U'¢: 80
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20 0 1 10 100 1000 10000 100000 1000000 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-13 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MINIMUM SAFEGUARDS CONDENSING HEAT TRANSFER COEFFICIENT VS . TIME REV. 17 06/21
1 10 100 1000 10000 100000 1000000 Timt- (st-conds) CALLAWAY PLANT FIGURE 6.2.1-14 DOUBLE-ENDED PUMP SUCTION GUILLOTINE BREAK MAXIMUM SAFEGUARDS CONDENSING HEAT TRANSFER COEFFICIENT VS . TIME REV. 17 06/21
16000 14000 12000 ~ .;_ 10000 i i?" 8000 ~0 e ill
~ 6000
- c CALLAWAY PLANT 4000 FIGURE 6.2.1 -15 CONTA.INMENT AIR COOLER DUTY CURVE 2000 HEAT REMOVAL RATE VS. TEMPERATURE REY. 13 10/13 0
0 so 100 150 200 250 300 350 400 450 Temp (F)
HOT ES: I. APPROPRIATE UHCERTA I HTI ES ARE ALREADY INCLUDED, 5 2, UP TO 103 SECONDS INFINITE OPERATION DATA COINCIDES WITH THE DATA SHOWN, 2 0::: LJJ ~ 5 FISSION PRODUCT DECAY f- <( RESIDUAL FISSIONS FOR 4% SHUTDOWN 5 U-238 CAPTURE DECAY 2 Rev. OL-0 2 2 5 IO 1 2 5 I 02 2 5 I 03 2 5 IO 4 6/86 TIME AFTER SHUTDOWN {SECONDS)
..--------------------1 CALLAWAY PLANT FIGURE 6.2.1-16 REACTOR DECAY POWER SHEET 1
10- 1 NOTES: I. APPROPRIATE UHCERTA I HT I ES ARE ALREADY I HCLUDED. 5 2 0:::: 10- 2 UJ ]t 0 a.. t- 5 <( t-t- <( 3: Cl) t-2 t- <( 3: 10- 3 5 2 2 5 2 5 10 6 2 5 10 7 2 5 2 5 109 TIME AFTER SHUTDOWN (SECONDS) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-16 REACTOR DECAY POWER SHEET 2
CALLAWAY - SP Figure 6.2.1-17 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-18 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-19 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-20 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-21 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-22 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-23 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-24 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-25 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-26 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figures 6.2.1-27 thru 6.2.1 42 have been deleted. Rev. 0 ,..__.-2 6/88
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- - - - - - - NODE BOUNDARY CALLAWAY PLANT FIGURE 6.2.1-43 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME* LEVEL 1
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- - - - NODE BOUNDARY FIGURE 6.2.1-44 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 1
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LEVEL 2 EL. 2018'-4" TO 2025'-0" Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-45 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 2
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Rev. OL-0 LEVEL 2 6/86 EL. 2018'-4" TO 2025'-0" CALLAWAY PLANT FIGURE 6.2.1-46 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 2
CALLAWAY - SP Figure 6.2.1-47 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-48 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-49 Deleted REV. OL-~15 5/06
CALLAWAY - SP Figure 6.2.1-50 Deleted REV. OL-~15 5/06
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Rev. OL-0 LEVEL 4 6/86 EL. 2045'-6" TO 2060'-0" CALLAWAY PLANT FIGURE 62.1-51 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 4
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I LEVEL 5 EL. 2060'-0" TO 2068'-8" Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-52 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 5
LEVEL 5 Rev. OL-0 EL. 2060'-0" TO 2068'-8" 6/86 CALLAWAY PLANT FIGURE 6.2.1-53 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 5
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Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-54 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 6
LEVEL 6 EL. 2068'-8" TO 2086'-0 3/4" Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-55 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS NODALIZATION SCHEME - LEVEL 6
45.00 r----------------------------------------- 41.5
@ .005 sec 40.00 COMPARTMENT 7 35.00
<t (/) 0... UJ a: 30.00 (/) (/) 26.9 COMPARTMENT 8 UJ a: @ .060 0... UJ f- 25.00
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CALLAWAY PLANT 20.00 FIGURE 6.2.1-56 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS COLD LEG BREAK 15.00 ABS. PRESSURES NEAR THE BREAK COMPARTMENTS Rev. OL-0 6/86 10.00 _ _ _ _..___ _ _..____ _ _..1.--_ _ _...J...._ _ __,___ _ ___.__ _ __ j __ _ _....,L._ _ _......1..._ _ _-I
.00 .10 .20 .30 .40 .50 .60 .70 .80 .90 1.00 TIME (SECONDS) *10-1
28.00....----------------------------------------- 26.00 23.9 24.00 COMPARTMENTS~ @.065SEC ~ en a. COMPARTMENT3~ UJ a: 22.00
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<{ CALLAWAY PLANT 18.00 FIGURE 6.2.1-57 STEAM GENERATOR LOOP 16.00 COMPARTMENT ANALYSIS ABS. PRESSURES NEAR THE BREAK COMPARTMENT~COLDLEGBREAK Rev. OL-0 6/86 14.00L----.l-----...l.----.....L----.....I......----'----~-----'----_.....-----'------'
.00 ,10 ,20 .30 .40 .50 .60 ,70 .80 .90 TIME (SECONDS) *10*1
200.00 . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~ CALLAWAY PLANT 160.00 FIGURE 6.2.1-58 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS COLD LEG BREAK 125.4 VERTICAL AND E-W AND N-S FORCES @ .095 sec 120.00 ONSG Rev. OL-0
"----VERTICAL FORCE M
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u a: 40.00 0 LL
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.00 .10 .20 .30 .40 .50 .60 .70 .80 .90 1.00 TIME (SEC) *10* 1
280.00 CALLAWAY PLANT FIGURE 6.2.1-59 240.00 225.6 STEAM GENERATOR LOOP
@ .005 SEC COMPARTMENT ANALYSIS LOADS ON THE RCP 236 SQ. IN. COLD LEG BREAK 200.00 Rev. OL-0 M
0
~
6/86 9 a.. E-W HORIZONTAL FORCE u 160.00 a: LIJ J: I-z .o N-S HORIZONTAL FORCE Cf) LIJ 120.00 u a: 0 LL. 80.00 40.00 VERTICAL FORCE
.00 _ _ _ _-1......_ _ ___.___ _ ___.__ _ _ _ _.____ _ _...,___ _ __.__ _ ____,,__ _ ___,,_ _ _ _~ - - -
.oo .10 .20 .30 .40 .50 .60 .70 .80 .90 1.00 TIME (SECOND) *10* 1
CALLAWAY PLANT FIGURE 6.2.1-60 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 236 IN2COLD LEG BREAK DIRECTION OF PEAK HORIZONTAL FORCES ON REACTOR COOLANT PUMP AND STEAM GENERATOR Rev. OL-0 6/86 PRESSURIZER STEAM GENERATOR Fy Fx=J.141 x 104 1bt Fy=5.026 x 104 lbf Fx=l.114 x 105 tbf FT=S.733 x 104 lbf Fy=1.653 x 1 o5 lbf Frl,993 x 105 lbf REACTOR COOLANT _ _ __ PUMP REACTOR PRESSURE _ _ _ __., VESSEL
\COMPARTMENT6 24.0 20.0 LCOMPARTMENT 3
~ f.f) 16.0 LCOMPARTMENT 2 a.. w 0: f.f) f.f) w 0: 12.0 Rev. OL-0 a.. 6/86 CALLAWAY PLANT 8.00 FIGURE 6.2.1-61 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK 4.00 ABSOLUTE PRESSURES NEAR THE BREAK 0 L----..l.......---...1------'-----~------'------'------'----'-----..__
.04 .05 .06 .07 .08 .09
.10 0 .01 .02 .03 TIME (SEC)
CALLAWAY PLANT FIGURE 6.2.1-62 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK N-S COMPONENT OF HORIZONTAL FORCE ON SG 0.0 Rev. OL-0 6/86 LC) 0
-0.2 ~
X u. a::l
....J LU u
a: 0 -0.4 u.
-0.6
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. __ _ -0.9435 x 10 5 lbf
-1.0 L.-._ _ _ _.....____ _ _ _- ' -_ _ _ ____.__ _ _ _.......1._ _ _ _ _L..-_ _ _ _...,____ @ 0.055 SEC
_ _ _...J......_ _ _ __..__ _ _ ___, 0.0 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 TIME (SEC)
5.1 x 104 lbf CALLAWAY PLANT I @0.018 SEC FIGURE 6.2.1-63 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK E-W COMPONENT OF HORIZONTAL FORCE ON SG 4.0 Rev. OL-0 6/86 """0
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0.0 1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 TIME (SEC) x 10*2
2.10 , - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - , 1.80 1.596 x 10 5 lbf
@0.09 SEC 1.50 LO 0
X 1.20 u. a:i
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(..) a: .900 0 u.
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0 .01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-64 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK VERTICAL FORCE ON SG
0.4 0.0 LO 0
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(.) a: -0.8 0 LL
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0.0 .01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-65 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK N-S COMPONENT OF HORIZONTAL FORCE ON RCP
1.80 1.50 LC') 0 X 1.20 u.. co _J LU (.) a: .900 0 u..
.600
.300
.01 .02 .03 .04 .05 .06 ,07 .08 .09 .10 TIME (SEC)
CALLAWAY PLANT FIGURE 6.2.1-66 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 tN2 PUMP SUCTION LINE BREAK E-W COMPONENT OF HORIZONTAL FORCE ON RCP Rev. OL-0 6/86
1.40 , - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - . 1.20 1.00 i.n 0 X .800 u.. Ill
...J 0.6206 x 10 5 lbf LU @0.025 SEC
(.) 0: .600 0 u..
.400
.200 0.0 .01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC)
Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-67 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK VERTICAL FORCE ON RCP
Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-68 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 436 IN2 PUMP SUCTION LINE BREAK DIRECTION OF PEAK HORIZONTAL FORCES ON REACTOR COOLANT PUMP AND PRESSURIZER STEAM GENERATOR Fx=9.435 x 104 lbf Fy=3.112 x 104 lbf FT=9.935 x 104 lbf
't-BREAK LOCATION Fx=1.417 x 105 lbf Fy=0.831 x 10 5 lbf FT= 1.643 x 105 lbf Fy REACTOR PRESSURE VESSEL
35.0 COMPARTMENT 8 32.0
/ COMPARTMENT 5 I
29.0 ~ (/) 0.. 26.0 w a: (/) (/) COMPARTMENT 6 w 23.0 a: a. COMPARTMENT 9 20.0 i7 .o 14.0 .___ _-1..._ __ _ J_ _ _...1...._ ___.__ _ _ ~ _ __,__ _ _.___ _ _ _ _ ___,__ __ . . 0 .01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-69 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN 2 HOT LEG BREAK ABSOLUTE PRESSURE NEAR THE BREAK
1.40 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - E-W 1.027 x 105 lbf
@0.020 SEC
.900
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~ -.100 X
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a: -.600 0 u.
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-1.60 -1.496 x 105 lbf N-S @ 0.040 SEC.
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0 .01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-70 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN2 HOT LEG BREAK HORIZONTAL FORCES ON SG
2.80 r-----------------------------------, 2.262 x 105 lbf
@0.090 SEC 2.40 i
2.00 LO 0
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X 1.60 LL ID
...J w ~ 1.20 0
LL
.800
.400
.01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC)
Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-71 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN2 HOT LEG BREAK VERTICAL FORCE ON SG
2.80 2.313 x 106 lbf
@0.010 SEC 2.40 2.00 I.C"l 0
X 1.60 LL a) _j w 1.20 u a:: 0 LL
.80
.40
.01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC)
Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-72 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN2 HOT LEG BREAK N-S COMPONENT OF HORIZONTAL FORCE ON RCP
.23---------------------------
.14 0.0 X
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co ...J LU U -2.8 0: 0 u..
-.42
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@0.040 SEC
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0 .01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-73 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN 2 HOT LEG BREAK E-vl,I COMPONENT OF HORIZONTAL FORCE ON RCP
1.40 r - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1.20 1.00 0.8612 x 105 lbf
@0.020 SEC LO 0
X .800 u.. al
...J UJ ~ .600 0
u..
.400
.200
.01 .02 .03 .04 .05 .06 .07 .08 .09 .10 TIME (SEC) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-74 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN2 HOT LEG BREAK VERTICAL FORCE ON RCP
Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.1-75 STEAM GENERATOR LOOP COMPARTMENT ANALYSIS 763 IN2 HOT LEG BREAK DIRECTION OF PEAK HORIZONTAL FORCES ON REACTOR COOLANT PUMP AND STEAM GENERATOR
~PRESSURIZER
~ STEAM GENERATOR
\ Fy Fx=1.495 x 10 5 lbf Fy=0.044 x 105 lbf REACTOR COOL FT=l.496 x 105 lbf Fx=2.313 x 10 5 lbf Fy=0.54 7 x 10 5 lbf FT=2.327 x 1 o 5 lbf Fy L REACTOR PRESSURE VESSEL
FSAR Figure 6.2.1-76 is withheld per RIS 2015-17 CALLAWAY PLANT FIGURE 6.2.1-76 PRESSURIZER COMPARTMENT ANALYSIS NODALIZATION SCHEME* ELEVATION VIEW FSAR Figure 6.2.1-76 is withheld per RIS 2015-17
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2s.or--------------------------------------------------- 26.0 CALLAWAY PLANT FIGURE 62.1-78 PRESSURIZER COMPARTMENT ANALYSIS PRESSURIZER SURGE LINE BREAK ABSOLUTE PRESSURES BELOW 24.0 THE PRESSURIZER Rev. OL-0 6/86 <( CJ) 22.0 Q. UJ er CJ) CJ) UJ er Q. 20.0 NODE1 18.0 16.0 14.0_t-:-----------:::-';------------:!-::----------~---------.....L---------.J 0.0 0.1 0.2 0.3 0.4 0,5 TIME (SEC)
50 45 40 -~--- 35 5"' f: 30
= "'f: 25
~ 20 15 10 5 0 0 100 200 300 400 500 600 700 800 Time (st>conds) CALLAWAY PLANT FIGURE 6.2.1-79 MAIN STEAM LINE BREAK ANALYSIS CASE 24 CONTAINMENT PRESSURE (PSIG) REV. 18 06/21
350 300 ~ 250 0 -= Cl; c.. 200
=Cl; f,-.
150 100 50 0 0 100 200 300 400 500 600 700 800 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-80 MAIN STEAM LINE BREAK ANALYSIS CASE 24 CONTAINMENT TEMPERATURE (DEGREES F) REV. 18 06/21
50 45 40 -~ 35 5"'
!!: 30 = "'!!: 25
~ 20 15 10 5 0 0 100 200 300 400 500 600 700 800 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-81 MAIN STEAM LINE BREAK ANALYSIS CASE 1 CONTAINMENT PRESSURE (PSIG) REV. 19 06/21
350 300 ~ 250 0 -= I-= c.. 200
=
Cl; f,-. 150 100 50 0 0 100 200 300 400 500 600 700 800 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-82 MAIN STEAM LINE BREAK ANALYSIS CASE 1 CONTAINMENT TEMPERATURE (DEGREES F) REV. 19 06/21
140 120 -= .S:: 100 e---
~~ = o, 80 U'¢: ~
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~I ~~ 60
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20 0 0 100 200 300 400 500 600 700 800 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-83 MAIN STEAM LINE BREAK ANALYSIS CASE 24 UCHIDA CONDENSING HEAT TRANSFER COEFFICIENT REV. 18 06/21
120 100 -=... i;:,-._ 80 ~~ 0 I U'¢:: ...~ -=~ 60
~~
~e - c,: 40 = 20 0 0 100 200 300 400 500 600 700 800 Time (seconds) CALLAWAY PLANT FIGURE 6.2.1-84 MAIN STEAM LINE BREAK ANALYSIS CASE 1 UCHIDA CONDENSING HEAT TRANSFER COEFFICIENT REV. 19 06/21
310.00 ~ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ,
~ CONTAINMENT PENETRATIONS 280.00 250.00 ELECTRONIC DIFFERENTIAL PRESSURE TRANSMITTER U::- 220.00 MOTOR OPERATED VALVES w
a: ~ <( a: w a..
- i:
~ 190.00 REV. OL-15 5/06 160.00 CALLAWAY PLANT FIGURE 6.2.1-85 EQUIPMENT SURFACE TEMPERATURE VS. TIME FOR REPRESENTATIVE 130.00 MATERIALS INSIDE CONTAINMENT FOLLOWING MSLB 0.84 FT2 @ 75% POWER FOR OLD STEAM GENERATORS 100.00 .....__ _ __.__ _ _____._ _ _ _.....____ _ __.___ _ _~ ~ - - - ~ - - - _ _ , _ _ - - - - ~ - - - ~ - - - - 0.00 40.00 80.00 120.00 160.00 200.00 240.00 280.00 320.00 360.00 400.00 TIME (SECONDS)
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1---+- SUCTION LINE TO PUMP SEE Pt.AN VIEW FOR SIZE AND TOP Of U;lillEll PW>IUM LOCATION EL Ul!IJ'=O 5/!l" CALLAWAY PLANT FIGURE 6.2.2-3 SHEET 3 RECIRCULATION SUMP STRAINER ARRANGEMENT REV. 1 10/07
CALLAWAY PLANT FIGURE 3.2.2-3 SHEET 4 RECIRCULATION SUMP STRAINER ARRANGEMENT REV. 1 10/07
CALLAWAY - SP FIGURE 6.2.2-3 SHEET 5 THROUGH 10 DELETED REV. 1 10/07
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CALLAWAY PLANT FIGURE 6.2.2-4 CSS AREA COVERAGE AT OPERATING DECK OF
----------- ------+-.-------
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L./Nlt" (T'YR) lc-- - (iA.SK6T- \ HEAVY OUTY ~ l :SPON($G HUBBl!FP \ __AIP ~L.OW - <:;AtSKl:T-HEAVY Ot./7Y SPON(SE /:Pt/,9SERJ A~..... SECTION "A - A" ELEVATION NO SCALE NO SCALE J Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 6.2.2-6 TYPICAL DETAIL OF FUSIBLE LINK PLATES ON CONTAINMENT AIR COOLERS
FSAR Figure 6.2.2-7 is withheld per RIS 2015-17 Rev. OL--0 6/86 CALLAWAY PLANT FIGURE 6.2.2-7 EXPECTED INTERNAL AIR FLOW PATTERNS IN CONTAINMENT FSAR Figure 6.2.2-7 is withheld per RIS 2015-17 POST-LOCA
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE ND. TYPE OPERATOR SOURCE T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 4 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ABPV0004 10/8 OUTSIDE OUT GLOBE AIR 4 NONE REM/MAN 20 CLOSED CLOSED CLOSED CLOSED OPEN ABHV0011 28/28 OUTSIDE OUT GATE HYDRAULIC 111 1, 4 SLIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A ABHV0012 2/2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 CLOSED CLOSED CLOSED CLOSED N/A ABV0045-49 6/8 X 6 OUTSIDE OUT RELIEF SELF ACT N/A N/A N/A N/A CLOSED CLOSED N/A N/A N/A ABLV0010 1 /2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 OPEN OPEN CLOSED CLOSED N/A ABV0050 1 /1 OUTS I DE OUT GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A (VALVES BELOW NOT SHOWN IN SKETCH) A VO 3 /3 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A 728,730,732 /4 /4 ABV0001 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES [8J NO FLUID CONTAINED: STEAM LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 53, 2 FT, APPLICABLE TO ATMOSPHERE GDC NO. NONE ABV0046 ABV0048
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARR I ER INTEGRITY IS NOT BREACHED, THE BOUNDARY OR BARR I ER AGAINST FISSION PRODUCT LEAKAGE
! ~tbt ~tbt
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TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM ABV0045 ABV0047 ABV0049 GENERATOR TUBES AND THE OUTS I DE OF THE LINES
~tbt ~tbt ~tbt EMANATING FROM THE STEAM GENERATOR SHELLS, THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6,2,4-1 COMPLETENESS, NONE OF THE VALVES SHOWN ARE CONTAINMET ISOLATION VALVES, NOTE 1: AS SHOWN ON FIGURE 1Q, 3-1, THE STEAM GENERATOR SHELL EXTENDS TO THE VENT VALVES U) r---
ON THE CONDENSATE POTS FOR THE MA IN STEAM 0 0 0 0 FLOW TRANSMITTERS. THE STEAM GENERATOR AND 0 0 STEAM PIPING/INSTRUMENTATION LINES INSIDE OF STEAM > co co CONTAINMENT ARE NOT SHOWN HERE. REFERENCE GENERATOR <( <( FJG.10,3-1 FOR DETAILS OF THE PIPING INSTRUMENT-ATION AND VALVE CONFIGURATION / IDENTIFICATION. NOTE 2: OPERATOR UTILIZES SYSTEM-MED I UM AS THE PROCCESS FLUID. "D" NOTE 1 ABV0215 NOTE 3: CLOSURE TIME IS SYSTEM PRESSURE DEPENDENT, MAX CLOSURE TI ME CURVE IS DEF I NED IN THE TECHNICAL SPECIFICATION BASES, NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN TH IS FIGURE ARE NOMINAL, DES I GN OR LICENSING-BASIS VALUES, PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING CONDENSER REFERENCE SECT I ON 1 o. 3 PROGRAM FOR CALLAWAY, CONTAINMENT PENETRATION NO, P-1 DESCRIPTION: ABV0052 ABLV0010 MAIN STEAM LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 ABV0050 PAGE 1 OF 84 B0 co REV, 14 8/16 NONE [8J CLEANOUT
MAXIMUM VALVE PDSITIDN LINE/ INSIDE/ NORMAL PRIMARY SECONDARY VALVE VALVE VALVE POWER CLOSURE ND. VALVE OUTSIDE FLOW TYPE ACTUATION ACTUATION OPERATOR SOURCE T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN CNOTE4l FAILURE PRIMARY SECONDARY ABPV0001 10/8 OUTSIDE OUT GLOBE AIR NONE REM/MAN 20 CLOSED CLOSED CLOSED CLOSED OPEN ABHV0014 28/28 OUTSIDE OUT GATE HYDRAUL I C 111 1, 4 SLIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A ABHV0015 2/2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 CLOSED CLOSED CLOSED CLOSED N/A ABY0055-59 6/8 X 6 OUTSIDE OUT RELIEF SELF ACT N/A N/A N/A N/A CLOSED CLOSED N/A N/A N/A ABLV0009 1 /2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 OPEN OPEN CLOSED CLOSED N/A ABV0060 1 /1 OUTSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A (VALVES BELOW NOT SHOWN IN SKETCH) 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ NO FLUID CONTAINED: STEAM LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: 56, 6 FT. APPLICABLE TO ATMOSPHERE GDC ND. NONE ABV0056 ABV0058
GENERAL COMMENT
S: THE CONTAINMENT PE NET RATIONS ASSOC I ATE WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-5 7, SINCE THE CONTAINMENT BARR I ER INTEGRITY IS NOT BREACHED. THE BOUNDARY DR BARR I ER AGAINST FI SS I DN PRODUCT LEAKAGE I
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~tbt ~tbt TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM ABV0055 ABV0057 ABV0059 GENERA TOR TUBES AND THE OUTS IDE OF THE LINES
~tbt ~tbt ~tbt EMANATING FROM THE STEAM GENERATOR SHELLS.
THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6. 2. 4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMET ISOLATION VALVES. NOTE 1: AS SHOWN ON FIGURE 10.3-1, THE STEAM GENERATOR SHELL EXTENDS TO THE VENT VALVES r--- 00 ON THE CONDENSATE POTS FOR THE MAIN STEAM 0 0 FLOW TRANSMITTERS. THE STEAM GENERATOR AND 0 0 STEAM PIPING/INSTRUMENTATION LINES INSIDE OF STEAM > > CONTAINMENT ARE NOT SHOWN HERE. REFERENCE GENERATOR co co
<( <(
FIG.10.3-1 FOR DETAILS OF THE PIPING INSTRUMENT-ATION AND VALVE CONFIGURATION/ IDENTIFICATION. NOTE 2: OPERATOR UTILIZES SYSTEM-MEDIUM AS THE PROCCESS FLUID. "A" NOTE 1 ABV0217 NOTE 3: CLOSURE TI ME IS SYSTEM PRESSURE DEPENDENT. MAX CLOSURE TI ME CURVE IS DEF I NED IN THE TECHNICAL SPECIFICATION BASES. NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL. DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE -BASED VAL VE OPE RAB I LI TY LIM I TS FOR VAL VE CLOSURE TI MES CONDENSER REFERENCE SECT I ON 1 o. 3 ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO, P-2 DESCRIPTION: ABV0062 ABLV0009 MAIN STEAM LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 ABV0060 PAGE 2 OF 84 B0 co REV. 14 8/16 NONE ~ CLEANOUT
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE VALVE POWER VALVE OUTSIDE FLOW ACTUATION ACTUATION CLOSURE NO. TYPE OPERATOR SOURCE POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL TIMEISEC. l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ABPV0002 10/8 OUTSIDE OUT GLOBE AIR 2 NONE REM/MAN 20 CLOSED CLOSED CLOSED CLOSED OPEN ABHV0017 28/28 OUTSIDE OUT GATE HYDRAULIC 111 1, 4 SLIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A ABHV0018 2/2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 CLOSED CLOSED CLOSED CLOSED N/A ABY0065-69 6/8 X 6 OUTSIDE OUT RELIEF SELF ACT N/A N/A N/A N/A CLOSED CLOSED N/A N/A N/A ABLV0008 1 /2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 OPEN OPEN CLOSED CLOSED N/A ABV0070 1 /1 OUTSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ABHV0005 4/4 OUTSIDE OUT GLOBE AIR 2 AFAS NONE 10 CLOSED CLOSED OPEN OPEN N/A ABHV0048 1 /1 OUTSIDE OUT GLOBE AIR SL!S NONE 5 OPEN OPEN CLOSED CLOSED N/A ABY0710 N/A N/A N/A N/A N/A N/A N/A 71 , 714, 71 3/4 /3/4 INSIDE GLOBE MANUAL CLOSED CLOSED CLOSED ABV0034 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:] ND FLUID CONTAINED: STEAM LENGTH OF PIPING TO OUTERMOST TO ATMOSPHERE ISOLATION VALVE: 57. 9 FT. ABV0066 ABV0068 APPLICABLE NONE
! ~tbt ~tbt GDC NO.
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED
<(
WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARRIER I NTEGR !TY IS NOT BREACHED. THE BOUNDARY OR PUMP BARR I ER AGAINST FISSION PRODUCT LEAKAGE ABV0065 ABV0067 ABV0069 ABHV0048 TURBINE TO THE ENVIRONMENT IS THE I NS IDE OF THE STEAM GENERATOR TUBES AND THE OUTS IDE OF THE LINES EMANATING FROM THE STEAM GENERATOR SHELLS, THIS PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6.2.1-4 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. en 0
~tbt ~tbt ~tbt VALVES ABV0710, 712, 714, 716 AND ABV0034 ,,,., ~
I SHOWN IN THE TABLE ABOUVE I ARE NOT SHOWN 0 0 IN SKETCH. 0 0 STEAM > > NOTE 1: AS SHOWN ON FIGURE 1Q. 3-1, THE STEAM GENERATOR co
<(
co
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MAIN GENERATOR SHELL EXTENDS TO THE VENT VALVES ON THE CONDENSATE POTS FOR THE MAIN STEAM FLOW TRANSMITTERS. THE STEAM GENERATOR AND STEAM PIPING/INSTRUMENTATION LINES INSIDE OF CONTAINMENT ARE NOT SHOWN HERE. REFERENCE "B" STEAM FIG.10,3-1 FOR DETAILS OF THE PIPING INSTRUMENT- NOTE 1 ATION AND VALVE CONFIGURATION/ IDENTIFICATION. NOTE 2: OPERA TOR UTILIZES SYSTEM-MED I UM AS THE PROCCESS FLUID, NOTE 3: CLOSURE TIME IS SYSTEM PRESSURE DEPENDENT. MAX CLOSURE TI ME CURVE IS DEF I NED IN THE TECHNICAL SPECIFICATION BASES, CONDENSER REFERENCE SECTION 10.3 NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN TH IS FIGURE ARE NOMINAL, DES I GN OR LICENSING- CONTAINMENT PENETRATION NO, P-3 BASIS VALUES. PERFORMANCE-BASED VALVE DESCRIPTION: OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ABV0072 ABLVOOOB MAIN STEAM LINE ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATIONS APPENDIX J REQUIREMENT FIGURE 6,2.4-1 TYPE A 0 ABV0070 PAGE 3 OF 84 B0 REV. 14 8/16 co NONE 1:8:] CLEANOUT
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION CLOSURE ACTUATION T IMEC NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SEC. l POWER POST ACCIDENT SIGNAL SIGNAL CNOTE 4 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ABPV0003 10/8 OUTSIDE OUT GLOBE AIR 3 NONE REM/MAN 20 CLOSED CLOSED CLOSED CLOSED OPEN ABHV0020 28/28 OUTSIDE OUT GATE HYDRAULIC 111 1, 4 SLIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A ABHV0021 2/2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 CLOSED CLOSED CLOSED CLOSED N/A ABV0075-79 6/8 X 6 OUTSIDE OUT RELIEF SELF ACT N/A N/A N/A N/A CLOSED CLOSED N/A N/A N/A ABLV0007 1 /2 OUTSIDE OUT GLOBE AIR 1, 4 SLIS NONE 15 OPEN OPEN CLOSED CLOSED N/A ABV0080 1 /1 OUTSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ABHV0006 4/4 OUTSIDE OUT GLOBE AIR 2 AFAS NONE 10 CLOSED CLOSED OPEN OPEN N/A ABHV0049 1 /1 OUTSIDE OUT GLOBE AIR 1 SLIS NONE 5 OPEN OPEN CLOSED CLOSED N/A 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J NO FLUID CONTAINED: STEAM LENGTH OF PIPING TO OUTERMOST TO ATMOSPHERE ISOLATION VALVE: 56. 2 FT. ABV0076 ABV0078 APPLICABLE
! ~tbt ~tbt GDC NO. NONE
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT <( TO GDC-5 7, SINCE THE CONTAINMENT BARR I ER I NTEGR !TY IS NOT BREACHED. THE BOUNDARY OR PUMP BARRIER AGAINST FISSION PRODUCT LEAKAGE TURBINE TO THE ENVIRONMENT IS THE I NS IDE OF THE STEAM ABV0075 ABV0077 ABV0079 ABHV0049 GENERA TOR TUBES AND THE OUTS I DE OF THE LINES EMANATING FROM THE STEAM GENERATOR SHELLS. THE PE NET RAT I ON CONFIGURATION IS PRESENTED FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMET ISOLATION VALVES. VALVES ABV0718, 720, 722, 724 AND ABV0023 I SHOWN IN THE TABLE ABOVE l ARE NOT SHOWN co a,
~tbt ~tbt ~tbt IN THE SKETCH N N 0 0 NOTE 1: AS SHOWN ON FIGURE 10. 3-1, THE STEAM 0 0 GENERATOR SHELL EXTENDS TO THE VENT VALVES STEAM >
co co GENERATOR MAIN ON THE CONDENSATE POTS FOR THE MAIN STEAM <( <( FLOW TRANSMITTERS. THE STEAM GENERATOR AND STEAM PIPING/INSTRUMENTATION LINES INSIDE OF CONTAINMENT ARE NOT SHOWN HERE. REFERENCE FIG.10.3-1 FOR DETAILS OF THE PIPING INSTRUMENT-ATION AND VALVE CONFIGURATION/ IDENTIFICATION. "c" STEAM NOTE 2: OPERATOR UTILIZES SYSTEM-MEDIUM AS NOTE 1 THE PROCCESS FLUID. NOTE 3: CLOSURE TI ME IS SYSTEM PRESSURE DEPENDENT. MAX CLOSURE TIME CURVE IS DEF !NED IN THE TECHNICAL SPECIF I CAT I ON BASES. NOTE 4: MAX I MIUM CLOSURE TI MES SPECIF I ED IN TH IS FIGURE ARE NOMINAL. DES I GN OR LICENSING-BASIS VALUES. PERFORMANCE -BASED VAL VE CONDENSER REFERENCE SECT I ON 1 o. 3 OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIF I ED PER THE I NSERV I CE TEST I NG CONTAINMENT PENETRATION NO. P-4 PROGRAM FOR CALLAWAY. DESCRIPTION: ABV0082 ABLV0007 MAIN STEAM LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 ABVOOBO B0 PAGE 4 OF 84 co REV. 14 8/16 NONE 1:8:J CLEANOUT
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER POST ACCIDENT CNOTE 4 l FAILURE PRIMARY SECONDARY AEFVOO42 14/14 OUTSIDE IN GATE HYDRAULIC 111 1, 4 FWIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A AEVO126 4/4 OUTSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED N/A N/A OPEN N/A AEFVOO46 1 /1 OUTSIDE IN GLOBE AIR 4 FWIS NONE 5 CLOSED CLOSED CLOSED CLOSED N/A AEVO3O7 3,4 / 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO22O 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO328 3/3 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO192 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A VALVES BELOW NOT SHOWN IN SKETCH AEVO714 3,4 / 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO716 3,4 / 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES 1:8:J ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 21. 8 FT. APPLICABLE GDC NO. NONE
GENERAL COMMENT
S: AMMONIA AND THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARRIER AEFVOO46 INTEGRITY IS NOT BREACHED. THE BOUNDARY OR HYDRAZINE BARR I ER AGAINST FISSION PRODUCT LEAKAGE INJECTION TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM GENERA TOR TUBES AND THE OUTS IDE OF THE LINES AEVO134 EMANATING FROM THE STEAM GENERATOR SHELLS. AEVO3O7 THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6. 2. 4-1 COMPLETENESS. NONE OF THE AEVO328 VALVES SHOWN ARE CONTAINMET ISOLATION VALVES, NOTE 1: AS SHOWN ON FIGURE 10.3-1, THE STEAM GENERATOR SHELL EXTENDS TO THE VENT VALVES ON THE CONDENSATE POTS FOR THE MAIN STEAM STEAM MAIN GENERATOR FLOW TRANSMITTERS. THE STEAM GENERA TOR AND STEAM PIPING/INSTRUMENTATION LINES INSIDE OF CONTAINMENT ARE NOT SHOWN HERE. REFERENCE AEVO122 L FEEDWATER FIG.10.3-1 FOR DETAILS OF THE PIPING INSTRUMENT-AT I ON AND VAL VE CONFIGURATION / !DENT IF I CAT I ON. "D" NOTE 1 i AEVO192 SYSTEM NOTE 2: SYSTEM-MEDIUM UTILIZING PROCCESS FLUID. AEVO22O AEVO126 AUXILIARY NOTE 3: CLOSURE TIME IS SYSTEM PRESSURE FEEDWATER DEPENDENT. MAX CLOSURE TI ME CURVE IS DEF I NED AEVO322 IN THE TECHNICAL SPECIFICATION BASES. NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN TH IS FIGURE ARE NOMINAL DES I GN OR LICENSING-PUMPS REFERENCE SECTION 10,4,7 BASIS VALUES. PERFORMANCE-BASED VAL VE OPERABILITY LIM I TS FOR VAL VE CLOSURE TI MES CONTAINMENT PENETRATION NO, P-5 ARE SPECIF I ED PER THE I NSERV I CE TEST I NG DESCRIPTION: PROGRAM FOR CALLAWAY. MAIN FEEDWATER LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A0 FIGURE 6,2,4-1 B0 PAGE 5 OF 84 co REV, 17 8/16 NONE 1:8:J
LINE/ INSIDE/ NORMAL POWER PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIMEISEC. l POWER POST ACCIDENT NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY AEFVOO39 14/14 OUTSIDE IN GATE HYDRAULIC 1, 4 FWIS NONE 5 OPEN OPEN CLOSED CLOSED N/A AEVO125 4/4 OUTSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED N/A N/A OPEN N/A AEFVOO43 1 /1 OUTSIDE IN GLOBE AIR 1 FWIS NONE 5 CLOSED CLOSED CLOSED CLOSED N/A AEVO223 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO325 3/3 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO189 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO3O4 3,4 I 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A VALVES BELOW NOT SHOWN IN SKETCH AEVO7O2 3,4 I 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO7O4 3,4 I 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST I SOL AT I ON VAL VE: 21 . 1 FT. APPLICABLE GDC NO. NONE AMMONIA AND
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT AEFVOO43 TO GDC-57, SINCE THE CONTAINMENT BARRIER HYDRAZINE INTEGRITY IS NOT BREACHED. THE BOUNDARY OR INJECTION BARR I ER AGAINST FISSION PRODUCT LEAKAGE TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM AEVO133 GENERA TOR TUBES AND THE OUTS IDE OF THE LINES AEVO3O4 EMANATING FROM THE STEAM GENERATOR SHELLS. THE PENETRATION CONFIGURATION IS PRESENTED AEVO325 FOR FIGURE 6. 2. 4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMENT I SOL AT I ON VALVES. NOTE 1: THE STEAM GENERA TOR AND LINES EMANATING FROM THE STEAM GENERATOR SHELL STEAM MAIN GENERATOR ARE NOT SHOWN HERE. REFERENCE FIG. 10.4-6 FOR DETAILS OF THE PIPING, INSTRUMENTATION AND VAL VE CONFIGURATION / I DENT IF I CAT I ON. AEVO121 L FEEDWATER NOTE 2: SYSTEM-MEDIUM UTILIZING PROCCESS FLUID, "A" NOTE 1 i AEVO189 SYSTEM NOTE 3: CLOSURE TIME IS SYSTEM PRESSURE DEPENDENT. MAX CLOSURE TI ME CURVE IS DEF I NED AEVO223 AEVO125 AUXILIARY IN THE TECHNICAL SPECIFICATION BASES. FEEDWATER AEVO329 NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN TH IS FIGURE ARE NOMINAL DES I GN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VAL VE PUMPS OPERABILITY LIM I TS FOR VAL VE CLOSURE TI MES REFERENCE SECTION 10.4.7 ARE SPECIF I ED PER THE I NSERV I CE TEST I NG PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO, P-6 DESCRIPTION: MAIN FEEDWATER LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 6 OF 84 co REV. 17 8/16 NONE ~
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 4 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY AEFVOO4O 14/14 OUTSIDE IN GATE HYDRAULIC 121 1, 4 FWIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A AEVO124 4/4 OUTSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED N/A N/A OPEN N/A AEFVOO44 1 /1 OUTSIDE IN GLOBE AIR 4 FWIS NONE 5 CLOSED CLOSED CLOSED CLOSED N/A AEVO3O5 3,4 / 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO326 3/3 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO216 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO186 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A VALVES BELOW NOT SHOWN IN SKETCH AEVO7O6 3,4 / 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO7O8 3,4 / 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ NO FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST I SDL AT I ON VAL VE: 21 , 1 FT. APPLICABLE GDC NO. NONE
GENERAL COMMENT
S: AMMONIA AND THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERA TORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARRIER AEFVOO44 HYDRAZINE I NTEGR !TY IS NOT BREACHED, THE BOUNDARY OR INJECTION BARR I ER AGAINST FISSION PRODUCT LEAKAGE TO THE ENVIRONMENT IS THE I NS IDE OF THE STEAM AEVO132 GENERATOR TUBES AND THE OUTS IDE OF THE LINES EMANATING FROM THE STEAM GENERATOR SHELLS, AEVO3O5 THE PENETRATION CONFIGURATION IS PRESENTED AEVO326 FOR FIGURE 6.2,4-1 CDMPLETENESS, NONE DF THE VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES, NOTE 1: THE STEAM GENERATOR AND LINES EMANATING FROM THE STEAM GENERATOR SHELL STEAM ARE NOT SHOWN HERE. REFERENCE FIG.1O,4-6 MAIN GENERATOR FOR DETAILS OF THE PIPING, INSTRUMENTATION AND VAL VE CONFIGURATION / !DENT IF I CAT I ON. AEVO12O L FEEDWATER NOTE 2: SYSTEM-MED I UM UTILIZING PROCCESS FLU ID. NOTE 3: CLOSURE TIME IS SYSTEM PRESSURE "B" NOTE 1 i AEVO186 SYSTEM DEPENDENT. MAX CLOSURE TI ME CURVE IS DEF I NED AEVO216 AEVO124 AUXILIARY IN THE TECHNICAL SPECIFICATION BASES. FEEDWATER NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN AEVO33O THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VAL VE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES PUMPS ARE SPECIFIED PER THE INSERVICE TESTING REFERENCE SECTION 10,4,7 PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO, P-7 DESCRIPTION: MAIN FEEDWATER LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 7 OF 84 co REV, 17 8/16 NONE ~
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 4 l FAILURE PRIMARY SECONDARY AEFVOO41 14/14 OUTSIDE IN GATE HYDRAULIC 121 1, 4 FWIS NONE ( 3) OPEN OPEN CLOSED CLOSED N/A AEVO127 4/4 OUTSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED N/A N/A OPEN N/A AEFVOO45 1 /1 OUTSIDE IN GLOBE AIR 1 FWIS NONE 5 CLOSED CLOSED CLOSED CLOSED N/A AEVO3O6 3,4 I 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO218 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO327 3/3 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO195 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A VALVES BELOW NOT SHOWN IN SKETCH AEVO71O 3,4 I 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A AEVO712 3,4 I 3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 24. 2 FT. APPLICABLE GDC NO. NONE
GENERAL COMMENT
S: AMMONIA AND THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARRIER AEFVOO45 HYDRAZINE INTEGRITY IS NOT BREACHED. THE BOUNDARY OR INJECTION BARR I ER AGAINST FI 55 I ON PRODUCT LEAKAGE TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM GENERA TOR TUBES AND THE OUTS IDE OF THE LINES AEVO135 EMANATING FROM THE STEAM GENERATOR SHELLS. AEVO3O6 THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE AEVO327 VALVES SHOWN ARE CONTAINMENT I SOL AT I ON VALVES. NOTE 1: THE STEAM GENERATOR AND LINES EMANATING FROM THE STEAM GENERATOR SHELL STEAM ARE NOT SHOWN HERE. REFERENCE FIG, 10.4-6 MAIN GENERATOR FOR DETAILS OF THE PIPING, INSTRUMENTATION AND VAL VE CONFIGURATION / I DENT IF I CAT I ON. AEVO123 L FEEDWATER NOTE 2: SYSTEM-MEDIUM UTILIZING PROCCESS FLUID. NOTE 3: CLOSURE TIME IS SYSTEM PRESSURE "c" NOTE 1 i AEVO195 SYSTEM DEPENDENT. MAX CLOSURE TI ME CURVE IS DEF I NED AEVO218 IN THE TECHNICAL SPECIFICATION BASES. AEVO127 AUXILIARY FEEDWATER NOTE 4: MAXIMIUM CLOSURE TIMES SPECIFIED IN AEVO331 THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VAL VE OPERABILITY LIM I TS FOR VAL VE CLOSURE TI MES PUMPS ARE SPECIF I ED PER THE I NSERV I CE TEST I NG REFERENCE SECTION 10,4,7 PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO, P-8 DESCRIPTION: MAIN FEEDWATER LINE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 8 OF 84 co REV. 17 8/16 NONE ~
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BMV0043 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0190 2/2 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMHV0004 4/4 OUTSIDE OUT GLOBE AIR 1, 4 SGBSIS NONE 10 OPEN OPEN CLOSED CLOSED N/A BMV0768 3/4 I 3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0769 3/4 I 314 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND STEAM GENERATOR D NUC~EAR FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 8.3 FT.
) '
/
SAMPl I NG l's/ APPLICABLE z GDC NO. NONE w c.:>
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARRIER INTEGRITY IS NOT BREACHED. THE BOUNDARY OR BARRIER AGAINST FISSION PRODUCT LEAKAGE ...... 0::
<(
w c.:> z 0 _, .J TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM 0 u []._ GENERATOR TUBES AND THE OUTSIDE OF THE LINES >
- , <(
co z Vl EMANATING FROM THE STEAM GENERATOR SHELLS. THE PENETRATION CONFIGURATION IS PRESENTED 0 0 FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE > STEAM GENERATOR VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. STEAM GENERATOR D co L BLOWDOWN NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE (SLOWDOWN LINE) BMV0034 I BMV0035 BMHV0004 FLASH TANK OPERABILITY LIMITS FOR VALVE CLOSURE TIMES STEAM GENERATOR ARE SPECIFIED PER THE INSERVICE TESTING DRAIN PROGRAM FOR CALLAWAY. BMV0768 BMV0190 BMV0038 PtJMPS BMV0769 REFERENCE SECTION 10.4,8 CONTAINMENT PENETRATION NO, P-9 DESCRIPTION: BL OWDOWN LI NE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 9 OF 84 co REV, 17 8/16 NONE ~
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER C NOTE 1l FAILURE PRIMARY SECONDARY BMV0010 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0193 2/2 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMHV0001 4/4 OUTSIDE OUT GLOBE AIR 1, 4 SGBSIS NONE 10 OPEN OPEN CLOSED CLOSED N/A BMV0762 3/4 I 3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0763 3/4 I 314 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND STEAM GENERATOR A NUCl,EAR FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 5.5 FT.
) '
/
SAMPLING
'v APPLICABLE z GDC NO. NONE w c.:,
a
GENERAL COMMENT
S: cr: t-THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TD GDC-57, SINCE THE CONTAINMENT BARRIER c.:, INTEGRITY IS NOT BREACHED. THE BOUNDARY DR 0::
<1'. z BARRIER AGAINST FISSION PRODUCT LEAKAGE 0 w
_]
....J TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM 0
> u
[L
- le GENERATOR TUBES AND THE OUTSIDE OF THE LINES :le a:, z <1'.
V) EMANATING FROM THE STEAM GENERATOR SHELLS. 0 THE PENETRATION CONFIGURATION IS PRESENTED 0 0 FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE > STEAM GENERATOR STEAM GENERATOR VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. A :le a:, L SLOWDOWN NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE CSLOWDOWN LI NE l BMV0001 i FLASH TANK OPERABILITY LIMITS FDR VALVE CLOSURE TIMES STEAM GENERATOR ARE SPECIFIED PER THE INSERVICE TESTING DRAIN BMV0762 PROGRAM FOR CALLAWAY. PtJMPS BMV0763 REFERENCE SECTION 10.4.8 CONTAINMENT PENETRATION NO. P-10 DESCRIPTION: BL OWDOWN LI NE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 10 OF 84 co REV, 17 8/16 NONE ~
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BMV0021 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0192 2/2 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMHV0002 4/4 OUTSIDE OUT GLOBE AIR 1, 4 SGBSIS NONE 10 OPEN OPEN CLOSED CLOSED N/A BMV0764 3/4 / 3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0765 3/4 I 314 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND STEAM GENERATOR B NUC~EAR FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 6.0 FT.
) '
/
SAMPl I NG l's/ APPLICABLE z GDC NO. NONE w c.:>
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TD GDC-57, SINCE THE CONTAINMENT BARRIER INTEGRITY IS NOT BREACHED. THE BOUNDARY DR 0:: c.:> z BARRIER AGAINST FISSION PRODUCT LEAKAGE N N
<(
w _, .J TD THE ENVIRONMENT IS THE INSIDE OF THE STEAM 0 0 u []._ GENERATOR TUBES AND THE OUTSIDE OF THE LINES > z <( EMANATING FROM THE STEAM GENERATOR SHELLS. co Vl N THE PENETRATION CONFIGURATION IS PRESENTED 0 FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE 0
> STEAM GENERATOR VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. STEAM GENERATOR B co L BLOWDOWN NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE (BLOWDOWN LINE) BMV0012 I BMV001 3 BMHV0002 FLASH TANK OPERABILITY LIMITS FOR VALVE CLOSURE TIMES STEAM GENERATOR ARE SPECIFIED PER THE INSERVICE TESTING BMV0764 DRAIN PROGRAM FOR CALLAWAY.
BMV0192 BMV0016 PtJMPS BMV0764 REFERENCE SECTION 10.4,8 CONTAINMENT PENETRATION NO, P-11 DESCRIPTION: BL OWDOWN LI NE STEAM GENERATOR BLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B PAGE 11 OF 84 co REV, 17 8/16 NONE ~
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIMEISEC. l NORMAL SHUTDOWN POWER POST ACCIDENT FAILURE PRIMARY SECONDARY BMV0032 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0191 2/2 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMHV0003 4/4 OUTSIDE OUT GLOBE AIR 1, 4 SGBSIS NONE 10 OPEN OPEN CLOSED CLOSED N/A BMV0766 3/4 I 3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0767 3/4 I 3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND STEAM GENERATOR C NUC~EAR FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 6.9 FT.
) / '
/
SAMP1... I NG ['-,/ APPLICABLE z w GDC NO. NONE c., 0 Cr:
GENERAL COMMENT
S: >-
~
THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TD GDC-57, SINCE THE CONTAINMENT BARRIER c., 0:: INTEGRITY IS NOT BREACHED. THE BOUNDARY DR "'"'0 <( z BARRIER AGAINST FISSION PRODUCT LEAKAGE w ....J
-' Q_
TD THE ENVIRONMENT IS THE INSIDE OF THE STEAM 0 u ::;;
- , <(
GENERATOR TUBES AND THE OUTSIDE OF THE LINES ca z (/) EMANATING FROM THE STEAM GENERATOR SHELLS. N THE PENETRATION CONFIGURATION IS PRESENTED "'0 0 FOR FIGURE 6.2.~-1 COMPLETENESS. NONE OF THE > STEAM GENERA TOR STEAM GENERATOR C VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. ca L BLOWOOWN NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- IBLOWDOWN LINEl BMV0023 i FLASH TANK BASIS VALUES. PERFORMANCE-BASED VALVE STEAM GENERATOR OPERABILITY LIMITS FOR VALVE CLOSURE TIMES DRIIIN ARE SPECIFIED PER THE INSERVICE TESTING BMV0766 PROGRAM FOR CALLAWAY. BMV0191 BMV0027 PUMPS BMV0767 REFERENCE SECTION 10.4,8 CONTAINMENT PENETRATION NO, P-12 DESCRIPTION: BL OWDOWN LI NE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 12 OF 84 co REV, 17 8/16 NONE ~
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTS IDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIME(SEC.) POWER POST ACC !DENT NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ENHV0007 12/12 OUTSIDE OUT GATE MOTOR 4 CIS-A REM/MAN 30 CLOSED CLOSED AS IS CLOSED OPEN ENV0083 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A - APPLICABLE EN GDC NO. 56 [- HV 0007
GENERAL COMMENT
S: TC THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT SPRAY SYSTEM, WH !CH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LDCA. A SINGLE REMOTE-MANUAL ISOLATION IS PROVIDED, LOCATED WITHIN A WATERTIGHT COMPARTMENT OUTSIDE L ..... ..... CONTAINMENT SPRAY PUMP B I THE CONTAINMENT, FOR GREATER SYSTEM RELIABILITY. A SINGLE I ...... ""Ill '
/
ACTIVE OR PASSIVE FAILURE CAN BE SUCTION ACCOMMODATED SINCE THE SYSTEM i IS CLOSED OUTSIDE THE CONTAINMENT AND IS DESIGNED AND CONSTRUCTED COMMENSURATE WITH THE DESIGN AND CONSTRUCTION OF THE CONTAINMENT. CONTAINMENT RECIRCULATION
,, ENV0083 SUMP LOCAL TESTING OF THE VALVE OR -4 ~
THE CLOSED SYSTEM OUTSIDE THE CONTAINMENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND L'.J INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXIMUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL. DESIGN OR LICENSING-BASIS VALUES, PERFORMANCE-BASED VALVE REFERENCE SECTION (S) 6.2.2 OPERABILITY LIMITS FOR VALVE CLOSURE TIMES AND SPECIFIED PER THE INSERVICE TESTING CONTAINMENT PENETRATION NO. P-13 PROGRAM FOR CALLAWAY. DESCRIPTION: RECIRCULATION LINE CONTAINMENT SPRAY SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENE TRA TI NS TYPE A~ FIGURE 6. 2. 4-1 B PAGE 13 OF 84 co REV. 12 12/18 NONE
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIME(SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL (NOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EJHV8811B 14/14 OUTSIDE OUT GATE MOTOR 4 NONE SIS WITH 20 CLOSED CLOSED AS IS CLOSED OPEN RWST-LO EJHV0022 1 /1 OUTSIDE OUT GLOBE SOLENOID 4 NONE REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN EJV0042 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST IS DLA T I ON VAL VE : N/A APPLICABLE GDC NO. 56
GENERAL COMMENT
S:
~]
THIS PENETRATION IS ASSOCIATED - WITH THE RHR SYSTEM. RHR IS REQUIRED TO MITIGATE THE EJ CONSEQUENCES OF A LOCA. A SINGLE HV REMOTE-MANUAL ISOLATION IS PRO- 8811B VIDED, LOCATED WITHIN A WATERTIGHT TC [ - COMPARTMENT OUTSIDE THE CONTAIN-MENT, FOR GREATER SYSTEM RELIABIL-
!TY. A SINGLE ACTIVE OR PASSIVE EJHV0022, r
FAILURE CAN BE ACCOMMODATED SINCE THE SYSTEM IS CLOSED OUTSIDE THE CONTAINMENT ANO IS DESIGNED AND L s 1~ ~ CONSTRUCTED COMMENSURATE WITH THE DESIGN AND CONSTRUCTION OF I I
""Ill R.H.R. PUMP
/
THE CONTAINMENT. SUCTION LOCAL TESTING OF THE RHR VALVE OR THE CLOSED SYSTEM OUTSIDE THE i CONTAINMENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND
]
CONTAINMENT INSPECTED DURING NORMAL PLANT RECIRCULATION OPERATION TO ASSURE THAT THE SUMP [ EJV0042 INTEGRITY IS BEING MAINTAINED. THE END OF THE LINE CONTAINING L.._J EJHV0022 IS SEALED USING A WELDED PIPE CAP. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING REFERENCE SECTION (Sl 5.4.7 AND 6.3 PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO. P-14 DESCRIPTION: RECIRCULATION LINE RESIDUAL HEAT REMOVAL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6. 2. 4-1 B PAGE 14 OF 84 co REV. 15 8/16 NONE
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIME(SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER (NOTE 1 l FAILURE PRIMARY SECONDARY EJHV8811A 14/14 OUTSIDE OUT GATE MOTOR 1 NONE SIS WITH 20 CLOSED CLOSED AS IS CLOSED OPEN RWST-LO EJHV0021 1 /1 OUTSIDE OUT GLOBE SOLENOID 1 NONE REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN EJV0041 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE RHR, RHR IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. A SINGLE REMOTE-MANUAL ISOLATION IS PRO- TC [ - VIDED, LOCATED WITHIN A WATERTIGHT COMPARTMENT OUTSIDE THE CONTAIN-MENT, FOR GREATER SYSTEM RELIABIL-ITY. A SINGLE ACTIVE OR PASSIVE EJHV0021, r FAILURE CAN BE ACCOMMODATED SINCE THE SYSTEM IS CLOSED OUTSIDE THE L s 1~~ CONTAINMENT AND IS DESIGNED AND R.H.R. PUMP CONSTRUCTED COMMENSURATE WITH I ............ THE DESIGN AND CONSTRUCTION OF THE CONTAINMENT. I ...... ""Ill ' SUCTION
/
LOCAL TESTING OF THE RHR VALVE DR THE CLOSED SYSTEM OUTSIDE THE i CONTAINMENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND CONTAINMENT INSPECTED DURING NORMAL PLANT RECIRCULATION ] [ EJV0041 SUMP OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. THE END OF THE LINE CONTAINING ~ EJHV0021 IS SEALED USING A WELDED PIPE CAP. NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING REFERENCE SECTION (Sl 5.4.7 AND 6.3 PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO. P-15 DESCRIPTION: RECIRCULATION LINE RESIDUAL HEAT REMOVAL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6.2.4-1 B PAGE 15 OF 84 co REV. 15 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTS IDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIME(SEC.) POWER POST ACC !DENT NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ENHV0001 12/12 OUTSIDE OUT GATE MOTOR 1 CIS-A REM/MAN 30 CLOSED CLOSED AS IS CLOSED OPEN ENV0084 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A - APPLICABLE EN GDC NO. 56 [- HV 0001
GENERAL COMMENT
S: TC THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT SPRAY SYSTEM, WH !CH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LDCA. A SINGLE REMOTE-MANUAL ISOLATION IS PROVIDED, LOCATED WITHIN A WATERTIGHT COMPARTMENT OUTSIDE L ..... ..... CONTAINMENT SPRAY PUMP A I THE CONTAINMENT, FOR GREATER SYSTEM RELIABILITY. A SINGLE I ...... ""Ill '
/
ACTIVE OR PASSIVE FAILURE CAN BE SUCTION ACCOMMODATED SINCE THE SYSTEM i IS CLOSED OUTSIDE THE CONTAINMENT AND IS DESIGNED AND CONSTRUCTED COMMENSURATE WITH THE DESIGN AND CONSTRUCTION OF THE CONTAINMENT. CONTAINMENT RECIRCULATION SUMP
,, ENV0084 LOCAL TESTING OF THE VALVE OR .4 ~
THE CLOSED SYSTEM OUTSIDE THE CONTAINMENT IS NOT REQUIRED L'._J SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXIMUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL. DESIGN OR LICENSING- REFERENCE SECTION (S) 6.2.2 BASIS VALUES, PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO. P-16 AND SPECIFIED PER THE INSERVICE TESTING DESCRIPTION: PROGRAM FOR CALLAWAY. RECIRCULATION LINE CONTAINMENT SPRAY SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENE TRA TI NS TYPE A~ FIGURE 6. 2. 4-1 B PAGE 16 OF 84 co REV. 13 12/18 NONE
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE PDSITIDN ND. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL C NOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EJHCV8825 3/4 /3/4 INSIDE IN GLOBE AIR 1 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EJHV8840 10/10 OUTSIDE IN GATE MOTOR 4 NONE REM/MAN N/A CLOSED CLOSED AS IS CLOSED CLOSED EJV0056 1/1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0124 1/1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0122 3/ 4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0118 1/1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0120 1/1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJ8841A 6/6 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED CLOSED EJ8841B 6/6 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES ND0 FLUID CONTAINED: WATER LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: 6.9 FT APPLICABLE GDC NO. 55 RWST
/ /
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE RESIDUAL HEAT REMOVAL SYSTEM, EJHCV8825 WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. A CHECK VALVE IS PROVIDED FOR EACH BRANCH LINE INS !DE THE CONTAINMENT, AND A REMOTE MANUAL ISOLATION VALVE IS PROVIDED OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE ACCOMMODATED SINCE THE SYSTEM IS CLOSED OUTSIDE THE CONTAINMENT ANO LO IS DESIGNED AND CONSTRUCTED COMMEN N Ul N 0 SURATE WITH THE DESIGN AND CONSTRUC- 0 TION OF THE CONTAINMENT. LEAKAGE SAFETY INJECTION SYSTEM 0 5 w HOT LEG RECIRCULATION RHR L DETECTION FROM THIS LINE OUTSIDE THE J CONTAINMENT IS PROVIDED, AS DESCRIBED w IN SECTION 9.3.3. i LOCAL TESTING OF THE VALVES OR THE co CLOSED SYSTEM OUTSIDE THE CONTAIN MENT IS NOT REQUIRED SINCE THE SYSTEM LOOP 2 EJ8841A PUMPS N IS OPERATED AND INSPECTED DURING SOCKET WELDED 0 CAPS > 0 NORMAL PLANT OPERATION TO ASSURE J > THAT THE INTEGRITY IS BEING MAINTAINED. w J w NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING REFERENCE SECTIONS 5.4.7/6,3 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES SAFETY INJECTION SYSTEM CONTAINMENT PENETRATION NO, P-21 ARE SPECIFIED PER THE INSERVICE TESTING HOT LEG REGIRCULATION 6 DESCRIPTION: PROGRAM FOR CALLAWAY. HOT LEG INJECTION RESIDUAL HEAT REMOVAL SYSTEM CONTAINMENT PENETRATIONS APPENDIX J REQUIREMENT TYPE A LOOP 3 EJ8841B 2-J 0 N FIGURE 6,2.4-1 BO SOCKET WELDED 0
> PAGE 17 OF 84 co CAPS J w REV. 15 6/21 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BBHV8351B 2/2 OUTSIDE IN GLOBE MOTOR 4 NONE REM/MAN 10 OPEN OPEN AS IS OPEN CLOSED BBV0354 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0246 3/4 ;3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0148 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 7.2 FT. APPLICABLE GDC NO. 55 BB
GENERAL COMMENT
S: HV THIS PENETRATION PIPING HAS A HIGH BBV0354 8351B PRESSURE WATER INFLOW WHICH PRE-eves CHARGING CLUDES THE NEED FOR AUTOMATIC ISOLATION OF THIS PENETRATION. THE eves CHARGING PUMPS SUPPLY REACTOR REACTOR COOLANT L COOLANT PUMP SEAL INJECTION WATER, AND THERE IS A POTENTIAL FOR DAMAGE PUMP B BBV0148 i PUMPS TO THE REACTOR COOLANT PUMP IF BBV0246 UNDESIRED ISOLATION SHOULD OCCUR. THE ISOLATION CAN BE AFFECTED BY REMOTE-MANUAL CLOSURE OF THE MOTOR-OPERATED VALVE BY THE OPERATOR WHEN REACTOR COOLANT PUMP SEAL WATER FLOW FROM THE eves CHARGING PUMPS IS TERMINATED AFTER THE CHARGING PUMPS COMPLETE THEIR SAFTY FUNCTION. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REFERENCE SECTION 5.4 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO, P-22 DESCRIPTION: RCP - SEAL WATER SUPPLY ARE SPECIFIED PER THE INSERVICE TESTING REACTOR COOLANT SYSTEM PROGRAM FOR CALLAWAY. APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 18 OF 84 c~ REV, 12 9/14 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BGHV816O 3/3 INSIDE OUT GLOBE AIR CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A BGVO363 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BGHV8152 3/3 OUTSIDE OUT GLOBE AIR 4 CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 6.5 FT. APPLICABLE GDC NO. 55
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- ) REGENERATIVE _r---...,.~ L _r---...,. v1_ "' LETDOWN BASIS VALUES. PERFORMANCE-BASED VALVE >--------iv~f-------~---------iv P---__jf------/-> OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ~-----~ 1 ARE SPECIFIED PER THE INSERVICE TESTING HEAT EXCHANGER BGHV 816 0 I BGHV 8152 HEAT EXCHANGER PROGRAM FOR CALLAWAY. , r\
~ l; BGVO363 REFERENCE SECTION 9,3,4 CONTAINMENT PENETRATION NO, P-23 DESCRIPTION: NORMAL LETDOWN CHEMICAL AND VOLUME CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 19 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BGHV8112 2/2 INSIDE OUT GLOBE MOTOR 1 CIS-A NONE 10 OPEN OPEN AS IS CLOSED N/A BGV0135 3/4 /3/4 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BGHV8100 2/2 OUTSIDE OUT GLOBE MOTOR 4 CIS-A NONE 10 OPEN OPEN AS IS CLOSED N/A BGV0457 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 7.8 FT. APPLICABLE GDC NO. 55
GENERAL COMMENT
S: BG BG HV HV NONE 8112 8100 REACTOR SEAL WATER NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN TH IS FIGURE ARE NOMINAL DES I GN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VAL VE L OPERABILITY LIM I TS FOR VAL VE CLOSURE TI MES ARE SPECIF I ED PER THE I NSERV I CE TEST I NG PROGRAM FOR CALLAWAY. COOLANT PUMPS i HEAT EXCHANGER BGV0457 BGV0135 L'._J REFERENCE SECTION 9,3,4 CONTAINMENT PENETRATION NO, P-24 DESCRIPTION: RCP - SEAL WATER RETURN CHEMICAL AND VOLUME CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 20 OF 84 c~ REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BLHV8047 3/3 OUTSIDE IN DIAPHRAGlv AIR 4 CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A BLV0054 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BL8046 3/3 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST I SOL AT I ON VAL VE: 7 . 4 FT . APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN RCP STANDPIPE AND REACTOR MAKE-UP THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- L BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING
/ I BL8046 I
i BLHV8047 < PROGRAM FOR CALLAWAY. PRESSURIZER RELIEF TANK
]0 BLV0054 WATER TRANSFER PUMPS L'._J REFERENCE SECTION 9,2,7 CONTAINMENT PENETRATION NO, P-25 DESCRIPTION: REACTOR MAKEUP WATER REACTOR MAKEUP WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 21 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL C NOTE 1l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY HBHV7176 3/3 INSIDE OUT DIAPHRAGlv AIR CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A HBHV7136 3/3 OUTSIDE OUT DIAPHRAGlv AIR 4 CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A HBV0419 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 11. 9 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN REACTOR COOLANT RECYCLE THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-BASIS VALUES, PERFORMANCE-BASED VALVE ) L OPERABILITY LIMITS FOR VALVE CLOSURE TIMES / ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. DRAIN TANK HEAT EXCHANGER HBHV7176 i HBHV7136 HOLDUP TANK AND FUEL POOL CLEAN-UP
][ HBV0419 FILTERS L'._J REFERENCE SECTION 11.2 CONTAINMENT PENETRATION NO, P-26 DESCRIPTION: REACTOR COOLANT DRAIN TANK DISCHARGE LIQUID RADWASTE SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 22 OF 84 C [gl REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. ) POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 1) FAILURE PRIMARY SECONDARY EJHV8809B 10/10 OUTSIDE IN GATE MOTOR 4 NONE REM/MAN 15 OPEN OPEN AS IS OPEN CLOSED EJV0058 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJHCV8890B 3/4 /3/4 INSIDE IN GLOBE AIR 4 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EJV0086 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0090 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EP8818C 6/6 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED OPEN N/A OPEN CLOSED EP8818D 6/6 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED OPEN N/A OPEN CLOSED EJV0166 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED CLOSED CLOSED N/A EJV0213 3/4 ;3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES~ NO FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 13.3 FT APPLICABLE - GDC NO. 55 --
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE RESIDUAL HEAT REMOVAL SYSTEM, I-WHICH IS REQUIRED TO MITIGATE THE RCS COLD LEG V) 3: CONSEQUENCES OF A LOCA. A CHECK 0:: VALVE IS PROVIDED FOR EACH BRANCH LINE INSIDE THE CONTAINMENT, AND A REMOTE-MANUAL ISOLATION VALVE IS PROVIDED OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE LOOP 3 EP8818C
~~ lO CX) 0 ACCOMMODATED SINCE THE SYSTEM IS SOCKET WELDED > 0 CLOSED OUTSIDE THE CONTAINMENT ANO CAPS J w
IS DESIGNED ANO CONSTRUCTED COMMEN-SURATE WITH THE DESIGN ANO CONSTRUC-TION OF THE CONTAINMENT. LEAKAGE CX) DETECTION FROM THIS LINE OUTSIDE THE r-;-7 Lil J CONTAINMENT IS PROVIDED, AS DESCRIBED
< 5?
~ w 0 IN SECTION 9.3.3. 0 L5 N
LOCAL TESTING OF THE VALVES DR THE 4 0 r-:-7 EJV0166 CLOSED SYSTEM OUTSIDE THE CONTAIN- RCS COLD LEG > RHR J MENT IS NOT REQUIRED SINCE THE SYSTEM w IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED.
< LOOP 4
~~
I EP8818D i HEAT EXCHANGER NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- SOCKET WELDED REFERENCE SECTIONS 5.4.7 AND 6.3 BASIS VALUES. PERFORMANCE-BASED VALVE CAPS OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO. P-27 ARE SPECIFIED PER THE INSERVICE TESTING DESCRIPTION: PROGRAM FOR CALLAWAY. COLD LEG INJECTION RESIDUAL HEAT REMOVAL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6.2.4-1 B PAGE 23 OF 84 co REV. 17 11/10 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY CLOSURE MAXIMUM VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY EFHV0032 14/14 OUTSIDE IN BUTTERFLY MOTOR 4 SIS REM/MAN 40 OPEN OPEN AS IS OPEN CLOSED EFHV0034 14/14 INSIDE IN BUTTERFLY MOTOR 4 SIS REM/MAN 35 OPEN OPEN AS IS OPEN CLOSED EFV0278 1/1 INSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 12.8 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE ESSENTIAL SERVICE WATER SYSTEM, EF EF WHICH IS REQUIRED TO MITIGATE THE HV HV CONSEQUENCES OF A LOCA. A REMOTE- 003 003 MANUAL POWER-OPERATED VALVE IS LOCATED INSIDE, AND A REMOTE-MANUAL CONTAINMENT ESSENTIAL POWER-OPERATED VALVE IS LOCATED OUT- L SIDE THE CONTAINMENT. THESE VALVES ARE POWERED FROM THE
<~--~(-------ii ,.,4V1--- :--- 1 --------i: ,.,4V -----<(
1 - - I ( SAME POWER SOURCE FOR GREATER SYS- AIR COOLERS ~, I SERVI CE WATER TEM RELIABILITY. A SINGLE ACTIVE DR PASSIVE .4 l EFV0278 FAILURE CAN BE ACCOMODATED SINCE THE SYSTEM IS A CLOSED SYSTEM INSIDE THE CONTAINMENT, WHICH IS DESIGNED AND L..'...J CONSTRUCTED IN ACCORDANCE WITH ASME SECTION Ill, CLASS 3 REQUIREMENTS. THE ESSENTIAL SERVICE WATER LINES ARE NOT VENTED DR DRAINED DURING A TYPE A TEST SINCE THE AIR COOLERS MAY BE REQUIRED TD COOL THE CONTAINMENT. A TYPE C TEST IS PERFORMED. NOTE 1: MAXI MI UM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- REFERENCE SECTION 9.2.1.2 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO. P-28 DESCRIPTION: ARE SPECIFIED PER THE INSERVICE TESTING ESW TO CONTAINMENT AIR COOLERS PROGRAM FOR CALLAWAY. ESSENTIAL SERVICE WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 24 OF 84 c~ REV, 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY CLOSUREMAXIMUM VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY EFHV0046 14/14 INSIDE OUT BUTTERFLY MOTOR 4 SIS REM/MAN 35 OPEN OPEN AS IS OPEN CLOSED EFV0279 1 /1 INSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EFHV0050 14/14 OUTSIDE OUT BUTTERFLY MOTOR 4 SIS REM/MAN 30 CLOSED CLOSED AS IS OPEN CLOSED EFHV0222 1 /1 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EFHV0048 10/10 OUTSIDE OUT BUTTERFLY MOTOR 4 NONE REM/MAN 30 OPEN OPEN AS IS OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 13. 8 APPLICABLE GDC NO. 56 EF
GENERAL COMMENT
S: HV 0048 THIS PENETRATION IS ASSOCIATED WITH THE ESSENTIAL SERVICE WATER SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. A REMOTE-MANUAL POWER-OPERATED VALVE IS LOCATED INSIDE, AND A REMOTE-MANUAL POWER-OPERATED VALVE IS LOCATED OUT-SIDE THE CONTAINMENT. THE SECOND ISOLATION VALVE OUTSIDE THE CONTAIN-MENT IS OPENED IN THE EVENT OF A DBA FOR SYSTEM SAFETY FUNCTIONS. THESE VALVES ARE POWERED FROM THE FROM SAME POWER SOURCE FOR GREATER SYS- CONTAINMENT TO UL-TIMATE TEM RELIABILITY. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE ACCOMODATED SINCE THE ) )>------------, L SYSTEM IS A CLOSED SYSTEM INSIDE THE CONTAINMENT, WHICH IS DESIGNED AND CONSTRUCTED IN ACCORDANCE WITH ASME SECTION III, CLASS 3 REQUIREMENTS. THE AIR C:OOLERS i HEAl' SINK ESSENTIAL SERVICE WATER LINES ARE NOT EFV0279 EFV0222 VENTED OR DRAINED DURING A TYPE A TEST SINCE THE AIR COOLERS MAY BE REQUIRED TO COOL THE CONTAINMENT. A TYPE C TEST L..:..J L..:..J IS PERFORMED. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES REFERENCE SECTION 9.2.1.2 ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO, P-29 DESCRIPTION: ESW FROM CONTAINMENT AIR COOLERS ESSENTIAL SERVICE WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 25 OF 84 c~ REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY KAFVOO29 11,2 12 OUTSIDE IN GLOBE AIR CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN KAVO218 1112 /1 112 OUTSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A KAVO2O4 11,2 /1 1,2 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A CLOSED OPEN ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 2. 8 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN REACTOR INSTRUMENT THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE / I L 1----1-~--------i-[) K}>---------< < OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. BUILDING KAVO2O4 I ~, KAFVOO29 ~--A-1-R--~ KAVO218 J~ L'._J REFERENCE SECTION 9,3.1 CONTAINMENT PENETRATION NO. P-30 g6~~~ 6~T~~~~u~N~j~uMENT AIR AND f12 COMPRESSED AIR SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 26 OF 84 C [gl REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY LFFV0095 6/6 INSIDE OUT GATE MOTOR CIS-A NONE 30 OPEN OPEN AS IS CLOSED N/A LFFV0096 6/6 OUTSIDE OUT GLOBE AIR 4 CIS-A NONE 4 SEE NOTE5 SEE NOTE~ CLOSED CLOSED N/A LFV0093 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 13.8 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: LF FV VALVE LFFV0096 OPENS ONLY WHEN ONE 0095 OF THE CONTAINMENT SUMP PUMPS CONTAINMENT NORMAL FLOOR ARE OPERATING. THE CONTROL GRADE SIGNAL TD OPEN THE VALVE IS NEGATED WHEN A PROTECTION GRADE CIS-A SIGNAL ) L ............
..... p ......
/
IS RECEIVED. SUMP AND PUMPS i LFFV0096 DRAIN TANK NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN ] [ LFV0093 THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES L'._J ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 9.3.3 CONTAINMENT PENETRATION NO, P-32 DESCRIPTION: CONTAINMENT NORMAL SUMP AND PUMPS DISCHARGE FLOOR AND EQUIPMENT DRAINAGE SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 B0 PAGE 27 OF 84 C [gl REV. 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PR I MARY SECONDARY ~tM~~~ VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMECSEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PR I MARY SECONDARY GPV0010 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 56
GENERAL COMMENT
S: FLANGES ARE REMOVED ONLY DURING
~,
r:7 4 ~ GPV001 0 PERFORMANCE OF TYPE A TEST DR .4 ~ TD SUPPORT OTHER REFUELING ACTIVITIES. L 1:>--------~---------<:1 NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE i OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 6.2.6 CONTAINMENT PENETRATION NO. P-34 DESCRIPTION: CONTAINMENT PRESSURIZATION LINE CONTAINMENT ILRT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B 1:8:J PAGE 28 OF 84 co REV, 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIMEISEC. l NORMAL SHUTDOWN POWER POST ACCIDENT FAILURE PRIMARY SECONDARY GPV0048 3,4 / 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: AIR LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 56
GENERAL COMMENT
S: FLANGES ARE REMOVED ONLY DURING MAINTENANCE OPERATIONS IN MODE 5 OR 6 AND CORE ALTERATIONS WITH SPECIAL FLANGES AS REQUIRED WHEN AN AIRTIGHT CONDITION IS NECESSARY. L f----------------------<1-------J NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-i BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 6.2.6 CONTAINMENT PENETRATION NO. P-36 DESCRIPTION: MAINTENANCE SPARE AIR AND CABLE ACCESS PENETRATIONS CONTAINMENT ILRT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B~ PAGE 29 OF 84 co REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BBHV8351C 2/2 OUTSIDE IN GLOBE MOTOR 4 NONE REM/MAN 10 OPEN OPEN AS IS OPEN CLOSED BBV0356 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0247 3/4 ;3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0178 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 12.2 FT. APPLICABLE GDC NO. 55 BB
GENERAL COMMENT
S: HV THIS PENETRATION PIPING HAS A HIGH BBV0356 8351C PRESSURE WATER INFLOW WHICH PRE-eves CHARGING CLUDES THE NEED FOR AUTOMATIC ISOLATION OF THIS PENETRATION. THE eves CHARGING PUMPS SUPPLY REACTOR REACTOR COOLANT L COOLANT PUMP SEAL INJECTION WATER, AND THERE IS A POTENTIAL FOR DAMAGE TO THE REACTOR COOLANT PUMP IF PUMP C BBV0178 i PUMPS UNDESIRED ISOLATION SHOULD OCCUR. BBV0247 THE ISOLATION CAN BE AFFECTED BY REMOTE-MANUAL CLOSURE OF THE MOTOR-OPERATED VALVE BY THE OPERATOR WHEN REACTOR COOLANT PUMP SEAL WATER FLOW FROM THE eves CHARGING PUMPS IS TERMINATED AFTER THE CHARGING PUMPS COMPLETE THEIR SAFETY FUNCTION. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE REFERENCE SECTION 5.4 OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING CONTAINMENT PENETRATION NO, P-39 PROGRAM FOR CALLAWAY. DESCRIPTION: RCP - SEAL WATER SUPPLY REACTOR COOLANT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 30 OF 84 c~ REV, 13 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BBHV8351D 2/2 OUTSIDE IN GLOBE MOTOR 4 NONE REM/MAN 10 OPEN OPEN AS IS OPEN CLOSED BBV0358 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0248 3/4 ;3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0208 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 17.1 FT. APPLICABLE GDC NO. 55 BB
GENERAL COMMENT
S: HV THIS PENETRATION PIPING HAS A HIGH BBV0358 8351D PRESSURE WATER INFLOW WHICH PRE-REACTOR COOLANT eves CHARGING CLUDES THE NEED FOR AUTOMATIC ISOLATION OF THIS PENETRATION. THE eves CHARGING PUMPS SUPPLY REACTOR L COOLANT PUMP SEAL INJECTION WATER, AND THERE IS A POTENTIAL FOR DAMAGE TO THE REACTOR COOLANT PUMP IF PUMP D BBV0208 i PUMPS UNDESIRED ISOLATION SHOULD OCCUR. BBV0248 THE ISOLATION CAN BE AFFECTED BY REMOTE-MANUAL CLOSURE OF THE MOTOR-OPERATED VALVE BY THE OPERATOR WHEN REACTOR COOLANT PUMP SEAL WATER FLOW FROM THE eves CHARGING PUMPS IS TERMINATED AFTER THE CHARGING PUMMPS COMPLETE THEIR SAFTY FUNCTION. NDTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES REFERENCE SECTION 5.4 ARE SPECIFIED PER THE INSERVICE TESTING CONTAINMENT PENETRATION NO, P-40 PROGRAM FOR CALLAWAY. DESCRIPTION: RCP - SEAL WATER SUPPLY REACTOR COOLANT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 31 OF 84 c~ REV, 13 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l NORMAL POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l SHUTDOWN FAILURE PRIMARY SECONDARY BBHV8351A 2/2 OUTSIDE IN GLOBE MOTOR 4 NONE REM/MAN 10 OPEN OPEN AS IS OPEN CLOSED BBV0352 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0245 3/4 ;3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BBV0118 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 12.2 FT. APPLICABLE GDC NO. 55 BB
GENERAL COMMENT
S: HV THIS PENETRATION PIPING HAS A HIGH BBV0352 8351A PRESSURE WATER INFLOW WHICH PRE-eves CHARGING CLUDES THE NEED FOR AUTOMATIC ISOLATION OF THIS PENETRATION. THE REACTOR COOLANT L eves CHARGING PUMPS SUPPLY REACTOR COOLANT PUMP SEAL INJECTION WATER, AND THERE IS A POTENTIAL FOR DAMAGE PUMP A BBV0118 i PUMPS TO THE REACTOR COOLANT PUMP IF BBV0245 UNDESIRED ISOLATION SHOULD OCCUR. THE ISOLATION CAN BE AFFECTED BY REMOTE-MANUAL CLOSURE OF THE MOTOR-OPERATED VALVE BY THE OPERATOR WHEN REACTOR COOLANT PUMP SEAL WATERFLOW FROM THE eves CHARGING PUMPS IS TERMINATED AFTER THE CHARGING PUMPS COMPLETE THEIR SAFETY FUNCTION. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REFERENCE SECTION 5.4 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO, P-41 DESCRIPTION: RCP - SEAL WATER SUPPLY ARE SPECIFIED PER THE INSERVICE TESTING REACTOR COOLANT SYSTEM PROGRAM FOR CALLAWAY. APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 32 OF 84 c~ REV, 12 9/14 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY HDV0016 2/2 OUTSIDE IN GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A HDV0023 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A HDV0017 2/2 INSIDE IN GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: STEAM LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 1 Q. 9 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE R.V. HEAD L AUXILIARY STEAM ARE NOMINAL DESIGN OR L I C E N S I N G - f/ -_ _1 ......____,,. BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIME SARE SPECIFIED DECONTAMINATION _ _..__ _ _ _ _-----.-_ _ _ _1 ......____,,. HDV0017 1 I
]'
_ _f - - - - - - - - - < HDV0016 < PER THE INSERVICE TESTING PROGRAM ~ HDV0023 FOR CALLAWAY.
- L'._J REFERENCE SECTION 12.3 CONTAINMENT PENETRATION NO, P-43 DESCRIPTION: DECONTAMINATION STEAM DECONTAMINATION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 33 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l NORMAL POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l SHUTDOWN FAILURE PRIMARY SECONDARY HBHV7126 3,4 I 3,4 INSIDE OUT DIAPHRAGlv AIR CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A HBHV7150 3,4 I 3,4 OUTSIDE OUT DIAPHRAGlv AIR 4 CIS-A NONE 10 OPEN OPEN CLOSED CLOSED N/A HBV0420 3,4 I 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: GAS LENGTH OF PIPING TO OUTERMOST ISOL AT I ON VAL VE: 8
- 1 FT .
APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE REACTOR COOLANT
)
L WASTE GAS NOMINAL DESIGN OR LICENSING- / BASIS VALUES. PERFORMANCE-BASED HBHV7126 i HBHV7150 VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. DRAIN TANK
]0 HBV0420 COMPRESSOR L'._J REFERENCE SECTION 11.2 CONTAINMENT PENETRATION NO, P-44 DESCRIPTION: REACTOR COOLANT DRAIN TANK VENT LI NE LIQUID RADWASTE SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A0 FIGURE 6,2,4-1 B0 PAGE 34 OF 84 C [gl REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EPV0046 1 /1 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EPV0043 3,4 I 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EPHV8880 1 /1 OUTSIDE IN GLOBE AIR 4 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: GAS LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 13.0 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES ACCUMULATOR NI TR OGEN SPECIFIED IN THIS FIGURE ARE L ............... NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR TANKS
/ I EPV0046 I
i 1111""'""~ EPHV8880 SUPPLY VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. ][ EPV0043 REFERENCE SECTION 6.3 CONTAINMENT PENETRATION NO, P-45 DESCRIPTION: NITROGEN SUPPLY LINE ACCUMULATOR SAFETY INJECTION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 35 OF 84 C 1:8:J REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 1 l FAILURE PRIMARY SECONDARY EMHV8802B 4/4 OUTSIDE IN GATE MOTOR 4 NONE REM/MAN 10 CLOSED CLOSED AS IS CLOSED OPEN EMHV8824 3/4 /3/4 INSIDE OUT GLOBE AIR 1 CIS-A NONE NOTE 1 CLOSED CLOSED CLOSED CLOSED N/A EMV0003 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED OPEN EMV0004 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED OPEN EMV0060 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0061 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0063 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0064 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0217 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0169 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0170 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV01 72 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0059 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY NOTES: FEATURE SYSTEM YES~ NO 1. REFER TO TIS TABLE 16. 6-1. FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 13.7 FT
~
APPLICABLE GDC NO. 55 EMFE
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE HIGH PRESSURE COOLANT INJECTION SYSTEM, WHICH IS REQUIRED TO MITIGATE
~f l5s ~
THE CONSEQUENCES OF A LDCA. A CHECK ---~~ VALVE IS PROVIDED FOR EACH BRANCH LINE INSIDE THE CONTAINMENT, ANO A REMOTE-MANUAL ISOLATION VALVE IS PROVIDED RCS OUTSIDE THE CONTAINMENT. A SINGLE 0 0 ~ 0 0 0 ACTIVE DR PASSIVE FAILURE CAN BE > > > ACCOMMODATED SINCE THE SYSTEM IS :;;;, :;;;, :;;;, CLOSED OUTSIDE THE CONTAINMENT ANO HOT LEG - 1 w w w IS DESIGNED ANO CONSTRUCTED COMMEN-SURATE WITH THE DESIGN ANO CONSTRUC-TION OF THE CONTAINMENT. LEAKAGE EMV0169 DETECTION FROM THIS LINE OUTSIDE THE SAFETY INJECTION L CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3. LOCAL TESTING OF THE VALVES OR THE CLOSED SYSTEM OUTSIDE THE CONTAIN-EMV0217
,~ PUMPS
~
MENT IS NOT REQUIRED SINCE THE SYSTEM 0 0 IS OPERATED ANO INSPECTED DURING > NORMAL PLANT OPERATION TD ASSURE 7 ~ THAT THE INTEGRITY IS BEING MAINTAINED. w NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN REFERENCE SECTION 6.3 THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE CONTAINMENT PENETRATION NO. P-48 If }I OPERABILITY LIMITS FOR VALVE CLOSURE TIMES DESCRIPTION: ARE SPECIFIED PER THE INSERVICE TESTING RCS 0 HOT LEG INJECTION PROGRAM FOR CALLAWAY. I'- HIGH PRESSURE SAFETY INJECTION SYSTEM I-V) 0
> 3:
0:: CONTAINMENT PENETRATIONS APPENDIX J REQUIREMENT :;;;, FIGURE 6,2,4-1 HOT LEG - 4 EMV0004 w TYPE A~ PAGE 36 OF 84 B REV, 12 8/16 co NONE 0
LINE/ INSIDE/ NORMAL POWER PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIMEISEC. l POWER POST ACCIDENT NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EMHV8835 4/4 OUTSIDE IN GATE MOTOR 4 NONE REM/MAN 10 OPEN OPEN AS IS OPEN CLOSED EMHV8823 3/4 /3/4 INSIDE OUT GLOBE AIR 1 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EPV0020 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN CLOSED EPV0010 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN CLOSED EPV0040 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN CLOSED EPV0030 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN CLOSED EMV0067 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0068 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A THRU 075 EMV0218 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0162, 164,168 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0163, 165.166.167 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES [2J ND FLUID CONTAINED: WATER LENGTH OF PIPING TD OUTERMOST ISOLATION VALVE: 12. 1 FT APPLICABLE
-~~
GDC NO. 55 EMFE
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE HIGH PRESSURE COOLANT INJECTION -----------l~l--1 SYSTEM, WHICH IS REQUIRED TO MITIGATE r-f./l THE CONSEQUENCES OF A LDCA. A CHECK r- :a= VALVE IS PROVIDED FOR EACH BRANCH LINE <.D 0:: INSIDE THE CONTAINMENT, AND A REMOTE-MANUAL ISOLATION VALVE IS PROVIDED OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE ACCOMMODATED SINCE THE SYSTEM IS CLOSED OUTSIDE THE CONTAINMENT AND 2 11~11 0 w IS DESIGNED AND CONSTRUCTED COMMEN- z SURATE WITH THE DESIGN AND CONSTRUC- D EMV0162 TION OF THE CONTAINMENT. LEAKAGE r-il~II SAFETY INJECTION L
,~
DETECTION FROM THIS LINE OUTSIDE THE u w CONTAINMENT IS PROVIDED, AS DESCRIBED 7<./l Zc.:> IN SECTION 9.3.3. ii
-w
_J LOCAL TESTING OF THE VALVES OR THE 0:: D PUMPS DD 0 CLOSED SYSTEM OUTSIDE THE CONTAIN- r- _J
<!O ::,
MENT IS NOT REQUIRED SINCE THE SYSTEM _Ju w
- J IS OPERATED AND INSPECTED DURING ::.
- J NORMAL PLANT OPERATION TO ASSURE u THAT THE INTEGRITY IS BEING MAINTAINED. u il~li NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN 4 THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE REFERENCE SECTION 6.3 OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO. P-49 ARE SPECIFIED PER THE INSERVICE TESTING DESCRIPTION:
PROGRAM FOR CALLAWAY. COLD LEG INJECTION HIGH PRESSURE COOLANT INJECTION SYSTEM 1r11
<.D APPENDIX J REQUIREMENT 0 CONTAINMENT PENETRATIONS TYPE A [2J 3 >
FIGURE 6.2.4-1 B w PAGE 37 OF 84 co REV. 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY GPVOO49 3,4 I 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 56
GENERAL COMMENT
S: FLANGES ARE REMOVED ONLY DURING MAINTENANCE OPERATIONS IN MODE 5 OR 6 AND CORE ALTERATIONS WITH SPECIAL FLANGES AS REQUIRED WHEN AN AIRTIGHT CONDITION IS NECESSARY. L f----------------------<1-------J NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN i THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 6.2.6 NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- CONTAINMENT PENETRATION NO. P-50 DESCRIPTION: MAINTENANCE SPARE BASIS VALUES. PERFORMANCE-BASED VALVE AIR AND CABLE ACCESS PENETRATIONS OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT ILRT SYSTEM ARE SPECIFIED PER THE INSERVICE TESTING APPENDIX J REQUIREMENT PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B~ PAGE 38 OF 84 co REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY GPV0011 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A GPV0012 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST N/A ISOLATION VALVE:
~
APPLICABLE GDC NO. 56
GENERAL COMMENT
S: FLANGES ARE REMOVED ONLY DURING
] ~
~
GPV0011 PERFORMANCE OF TYPE A TEST OR TD SUPPORT OTHER REFUELING L
- 1----------~-----------l ACTIVITIES IN MODES 5 AND 6.
I :I NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- 1 1--------------~-----------a 1 1 II BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING , PROGRAM FOR CALLAWAY. ] ~
~
GPV0012 L...:....J REFERENCE SECTION 6.2.6 CONTAINMENT PENETRATION NO. P-51 DESCRIPTION: PRESSURE SENSING LINES CONTAINMENT ILRT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B 1:8:J PAGE 39 OF 84 co REV. 11 3/08 NONE 0
LINE/ INSIDE/ NORMAL POWER PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIMEISEC. l POWER POST ACCIDENT NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EJHV8701B 12/12 INSIDE OUT GATE MOTOR REM/MAN NONE 120 CLOSED OPEN AS IS CLOSED N/A EJ8708B 3/3 INSIDE N/A RELIEF N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8J ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 55
GENERAL COMMENT
S: ;;~ RCS PRESSURIZER THE RESIDUAL HEAT REMOVAL SYSTEM SUCTION LINE FROM THE REACTOR EJ8708B / ~ H~~--~) COOLANT SYSTEM CONTAINS TWO NOR-MALLY CLOSED, POWER-OPERATED REMOTE MANUAL VALVES IN SERIES IN- RELIEF TANK SIDE THE CONTAINMENT (J.E., EJHV8701B AND BBPV8702B). THESE CONTAINMENT VALVES ARE INTERLOCKED TO PREVENT THEM FROM BEING INADVERTENTLY
~
OPENED. CONTAINMENT ISOLATION IS ASSURED BY SYSTEM ISOLATION VALVES B RECIRC. SUMP CLOSEST TO THE CONTAINMENT (SEE PENETRATION P-14) I J.E., EJHV8701B AND EJ8708Bl IN CONJUNCTION WITH THE CLOSED SYSTEM OUTSIDE THE CONTAIN-RCS HOT LEG
..... L RHR PUMP MENT, WHICH IS DESIGNED AND CONSTRUCTED COMMENSURATE WITH THE DESIGN AND CONSTRUCTION OF THE CONTAINMENT. LEAKAGE DETECTION FROM
)
LOOP 4 i "/ SUCTION THIS LINE OUTSIDE THE CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3. LOCAL TESTING OF THE VALVE OR THE CLOSED SYSTEM OUTSIDE THE CONTAIN-MENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REFERENCE SECTIONS 5.4.7 AND 6.3 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO. P-52 ARE SPECIFIED PER THE INSERVICE TESTING DESCRIPTION: PROGRAM FOR CALLAWAY. RHR SHUTDOWN LINES RESIDUAL HEAT REMOVAL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A l:8J FIGURE 6.2.4-1 B PAGE 40 OF 84 co REV. 13 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ECV0084 6/6 INSIDE IN GATE MANUAL N/A N/A N/A N/A CLOSED OPEN N/A CLOSED N/A ECV0085 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ECV0083 6/6 OUTSIDE IN GATE MANUAL N/A N/A N/A N/A CLOSED OPEN N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 3.0 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN REFUELING FUEL POOL SKIMMERS THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-BASIS VALUES, PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES / ......... L ........ ..... ARE SPECIFIED PER THE INSERV!CE TESTING PROGRAM FOR CALLAWAY. POOL ECV0084 i ECV0083 AND DEMINERALIZERS
] [ ECV0085 L'._J REFERENCE SECTION 9,1,3 CONTAINMENT PENETRATION NO, P-53 DESCRIPTION: CLEANUP RETURN FUEL POOL COOLING AND CLEANUP SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 41 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ECV0087 6/6 INSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED OPEN N/A CLOSED N/A ECV0086 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ECV0088 6/6 OUTSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED OPEN N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 3.0 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE REFUELING FUEL POOL NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES L ........ .....
...... /
ARE SPECIFIED PER THE INSERV!CE TESTING PROGRAM FOR CALLAWAY. POOL ECV0087 i ECV0088 COOLING LOOP
] [ ECV0086 L'._J REFERENCE SECTION 9.1.3 CONTAINMENT PENETRATION NO, P-54 DESCRIPTION: REFUELING POOL CLEANUP LINE FUEL POOL COOLING AND CLEANUP SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 42 OF 84 C [gl REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ECV0095 3/3 INSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED OPEN N/A CLOSED N/A ECV0094 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ECV0096 3/3 OUTSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED OPEN N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 2. 8 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN REFUELING FUEL POOL THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES L ........ ..... ARE SPECIFIED PER THE INSERVICE TESTING / PROGRAM FOR CALLAWAY, POOL ECV0095 i ECV0096 SKIMMER PUMP
] [ ECV0094 L'._J REFERENCE SECTION 9,1,3 CONTAINMENT PENETRATION NO, P-55 DESCRIPTION: REFUELING POOL SKIMMER LINES FUEL POOL COOLING AND CLEANUP SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 43 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY GSHVOOO9 1 /1 INSIDE IN GATE SOLENOID 4 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHVOOO8 1 /1 OUTSIDE IN GATE SOLENOID 4 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSVOO32 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A GSHVOO38 1 /1 OUTSIDE IN GATE SOLENOID 1 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSHVOO39 1 /1 INSIDE IN GATE SOLENOID 4 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSVOO58 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 3.2 FT APPLICABLE GDC NO. 56 s s
GENERAL COMMENT
S: CONTAINMENT THIS PENETRATION IS ASSOCIATED WITH THE CONTAIN-MENT HYDROGEN CONTROL SYSTEM, WHICH IS TO CONTAINMENT ATMOSPHERE _ ______, L ATMOSPHERE REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA, GSHVOO39 ro GSHVOO38 MONITOR ALTHOUGH THE SOLENOID-OPERATED CONTAINMENT ~ ( GTRE0O31 l ISOLATION VALVES FOR THE HYDROGEN MONITORING 0 SYSTEM SAMPLING LINES ARE DESIGNED TD AUTOMATI- > CALLY CLOSE IN RESPONSE TO A CIS-A SIGNAL, THEY V) Cl ARE NORMALLY CLOSED AND DEACTIVATED TO PROVIDE A PASSIVE BARRIER TO THE RELEASEOF CONTAINMENT ATMOSPHERE VIA THE ASSOCIATED CONTAINMENT PEN- POST-ACCIDENT ETRATIONS. THE VALVES ARE OPEN ONLY UNDER SAMPLING SYSTEM ADMINISTRATIVE CONTROL. IN ADDITION, AND ALTHOUGH NOT EXPLICITLY CREDITED AS A CONTAIN-MENT BARRIER, THE SAMPLING SYSTEM (DOWN STREAM OF THE CONTAINMENT ISOLATION VALVES) IS A CLOSED SYSTEM OUTSIDE THE CONTAINMENT AND IS DESIGNED AND N GSHV0008 HYDROGEN ANALYZER CONSTRUCTED COMMENSURATE WITH THE DESIGN AND r<1 0 CONSTRUCTION OF THE CONTAINMENT. 0 V) NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN Cl THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE L._J OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 6,2,5 CONTAINMENT PENETRATION NO, P-56 DESCRIPTION: H2 SAMPLE RETURN CONTAINMENT HYDROGEN CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 44 OF 84 c~ REV, 15 9/14 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ENGINEERED SAFETY FEATURE SYSTEM YES NO [8J FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: NA APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THE END OF THE LINE IS SEALED USING WELDED PIPE CAPS. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. [--] L i REFERENCE SECTION 18.2.3 CONTAINMENT PENETRATION NO. P-57 DESCRIPTION: SPARE APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 45 OF 84 C [8J REV, 14 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EMVOOO6 1 /1 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMVO182 3/4 /3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMVO123 3/4 ;3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMHV8888 1 /1 OUTSIDE IN GLOBE AIR 4 CIS-A NONE NOTE 1 CLOSED CLOSED CLOSED CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 7. 6 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN ] [ EMVO182 THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE ACCUMULATOR SAFETY OPERABILITY LIMITS FOR VALVE CLOSURE TIMES L ............ ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. FILL LINE
/ I EMVOOO6 I
i
...... """"1111 EMHV8888 INJECTION PUMPS
] [ EMVO123 REFERENCE SECTION 6,3 CONTAINMENT PENETRATION NO, P-58 DESCRIPTION: ACCUMULATOR FILL LINE HIGH PRESSURE COOLANT INJECTION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 46 OF 84 C 1:8:J REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY NONE N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 55
GENERAL COMMENT
S: HYDRAULIC SENSORS PROVIDE ISOLATION OF RCS FROM THE CAPILLARY TUBING. THE REACTOR VESSEL HEAD --------<Nf--____L ____------<@ CAPILLARY TUBING AND THE LIS'S SERVE AS THE SECOND ld ~ BOUNDARY. THIS ARRANGEMENT IS SIMILAR TO THAT PROVIDED FOR THE CONTAINMENT PRESSURE TRANSMITTERS SHOWN ON SEAL TABLE ------<Ne-----------------, ld \Jjjy SHEETS 80, 81, AND 84 OF 84. NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 18.2.13.2 CONTAINMENT PENETRATION NO. P-59 DESCRIPTION: RVLIS SAMPLE LINE REACTOR COOLANT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 47 OF 84 co REV. 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TICLOSURE ME< SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL ( NOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BBHV8026 1 /1 INSIDE BOTH DIAPHRAGM AIR 1 CIS-A NONE 10 CLOSED OPEN CLOSED CLOSED N/A BBHV8027 1 /1 OUTSIDE BOTH DIAPHRAGM AIR 4 CIS-A NONE 10 CLOSED OPEN CLOSED CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: GAS LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 8.2 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. PRESSURIZER RELIEF* TANK
) .t BBHV8026 L
i
.t BBHV8027 <
GASEOUS RADWASTE SYSTEM REFERENCE SECTION 5,4 CONTAINMENT PENETRATION NO, P-62 DESCRIPTION: PRESSURIZER PURGE AND VENT LINE REACTOR COOLANT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 48 OF 84 c~ REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY KAV0118 4/4 OUTSIDE IN GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A KAV0163 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A KAV0039 4/4 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST I SOL AT I ON VAL VE: 4 . 1 FT . APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN REACTOR AUXILIARY THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE L OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. BUILDING
/ I KAV0039 I
i llo...-....illl
~
KAV0118 BUILDING
] [ KAV0163 L'._J REFERENCE SECTION 9.3.1 CONTAINMENT PENETRATION NO. P-63 DESCRIPTION: SERVICE AIR COMPRESSED AIR SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 49 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMECSEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY SJHV0128 1 /1 INSIDE OUT GLOBE SOLENOID 1 CIS-A NONE 5 CLOSED OPEN CLOSED CLOSED N/A SJHV0129 1 /1 OUTSIDE OUT GLOBE SOLENOID 4 CIS-A NONE 5 CLOSED OPEN CLOSED CLOSED N/A SJHV0130 1 /1 OUTSIDE OUT GLOBE SOLENOID 1 CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJV0106 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 10. 6 FT. APPLICABLE GDC NO. 55
GENERAL COMMENT
S: s .::::::::::.
.,..._...... s NONE SJV0106 NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- Co:J L Co:J BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING LOOP 3 *HOT LEG AND PRESSURIZER SJHV0128 i SJHV0129 PROGRAM FDR CALLAWAY. LIQUID SAMPLE s
SJHV0130 REFERENCE SECTION 18.2.3 CONTAINMENT PENETRATION NO. P-64 DESCRIPTION: SAMPLE LI NE NUCLEAR SAMPLING SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A FIGURE 6,2,4-1 BO PAGE 50 OF 84 c~ REV, 15 11 /08 NONE
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY GSHV0020 6/6 INSIDE OUT BUTTERFLY MOTOR CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHV0021 6/6 OUTSIDE OUT BUTTERFLY MOTOR 4 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSV0041 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 1. 0 FT. APPLICABLE GDC NO. 56 GSHV GSHV
GENERAL COMMENT
S: 0020 0021 NONE L AUX. BUILDING NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- CONTAINMENT AIR
~
,,,o----+--:----~-------<:_,,A...---1>----/---->S )
BASIS VALUES. PERFORMANCE-BASED VALVE I ~-----~ OPERABILITY LIMITS FDR VALVE CLOSURE TIMES I ~,; ESF FILTERS ARE SPECIFIED PER THE INSERVICE TESTING I~ 25 PROGRAM FOR CALLAWAY. ~ ~ c'.; Cl L_J REFERENCE SECTION 6.2.5 CONTAINMENT PENETRATION NO, P-65 DESCRIPTION: CONTAINMENT H2 PURGE CONTAINMENT HYDROGEN CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 51 OF 84 C 1:8:J REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ENHV0012 10/10 OUTSIDE IN GATE MOTOR 4 CSAS REM/MAN 15 CLOSED CLOSED AS IS OPEN CLOSED ENV0080 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENV0017 10/10 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN N/A ENGINEERED SAFETY FEATURE SYSTEM YESi:81 ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 16. 6 FT APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT SPRAY SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSE-QUENCES OF A LOCA. A CHECK VALVE IS PROVIDED INSIDE THE CONTAINMENT, AND A REMOTE-MANUAL ISOLATION VAALVE IS PROVIDED OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN CONTAINMENT SPRAY CONTAINMENT SPRAY BE ACCOMMODATED SINCE THE SYSTEM IS L CLOSED OUTSIDE THE CONTAINMENT AND IS DESIGNED AND CONSTRUCTED COMMEN-SURATE WITH THE DESIGN AND CONSTRUC-TION OF THE CONTAINMENT. LEAKAGE
~------~
NOZZLES
/
I ENV0017 I i Ill"'" ""Ill PUMP B DETECTION FROM THIS LINE OUTSIDE THE CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3. LOCAL TESTING OF THE VALVES OR THE CLOSED SYSTEM OUTSIDE THE CONTAIN-MENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES REFERENCE SECTION 6.2.2 ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT PENETRATION NO. P-66 DESCRIPTION: CONTAINMENT SPRAY CONTAINMENT SPRAY SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A i:81 FIGURE 6,2,4-1 B0 PAGE 52 OF 84 co REV. 13 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTS [DE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIME(SEC. SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL J NORMAL SHUTDOWN POWER µ11...._ I 11( " ll-1\ll ( NOTE 1 ) FAILURE PRJUIIRY SFrnt.Jnl\RY KCHV0253 4/4 OUTSIDE IN GATE MOTOR 1 CIS-A NONE 30 CLOSED CLOSED AS IS CLOSED N/A KCV0478 4/4 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A KCV0431 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A KCV0865 3/4/3/4 INSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO['><] FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 12. 4 FT. APPLICABLE GDC NO. 56 1---;7 KC
GENERAL COMMENT
S: HV NONE 0253 NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN RFACTOR KCV0431]l L AUXILIARY THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FDR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING
< BUILDING
_/~1~ - ~ ~ - - ~ ~ ~( KCV0 47 S BUILDING PROGRAM FOR CALLAWAY. REFERENCE SECTION 9.5.1 CONTA[NMENT PENETRAT[ON NO. P-67 DESCRIPTION: CONTAINMENT FIRE PROTECT!ON FIRE PROTECTION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 B0 PAGE 53 OF 84 C ['><l REV.126/21 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY GPV0050 3,4 I 3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 56
GENERAL COMMENT
S: FLANGES ARE REMOVED ONLY DURING MAINTENANCE OPERATIONS IN MODE 5 DR 6 AND CORE ALTERATIONS WITH SPECIAL FLANGES AS REQUIRED WHEN AN AIRTIGHT CONDITION IS NECESSARY. L f----------------------<1-------J NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-i BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 6.2.6 CONTAINMENT PENETRATION NO. P-68 DESCRIPTION: MAINTENANCE SPARE AIR AND CABLE ACCESS PENETRATIONS CONTAINMENT ILRT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B~ PAGE 54 OF 84 co REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY SJHV0012 1 /1 INSIDE OUT GLOBE SOLENOID 4 CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJHV0013 1 /1 OUTSIDE OUT GLOBE SOLENOID CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJV0071 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: STEAM LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 1 Q. 7 FT. APPLICABLE GDC NO. 55
GENERAL COMMENT
S: s s NONE PRESS~RIZER SAMPLE
....... ........ L ....... ........
NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- 1111"'"'~ 1111"'""~
"/
BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES VAPOR* SPACE SJHV0012 i ,~ SJHV0013 VESSEL ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. a ~ g
~:';
(/) REFERENCE SECTION 9,3,2 CONTAINMENT PENETRATION NO, P-69 DESCRIPTION: PRESSURIZER VAPOR SAMPLE LINE NUCLEAR SAMPLING SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 55 OF 84 C [gl REV, 11 3/08 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY CLOSURE MAXIMUM VAL VE PDS IT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l POWER POST ACCIDENT
!NOTE 1 l NORMAL SHUTDOWN FA I LURE PRIMARY SECONDARY EFHV0031 14/14 OUTSIDE IN BUTTERFLY MOTOR SIS REM/MAN 40 OPEN OPEN AS IS OPEN CLOSED EFHV0033 14/14 INSIDE IN BUTTERFLY MOTOR 1 SIS REM/MAN 40 OPEN OPEN AS IS OPEN CLOSED EFV0276 1/1 INSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESi:81 ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST I SOL AT I ON VAL VE: 1 1 . 4 FT .
APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE ESSENTIAL SERVICE WATER SYSTEM, EF EF WHICH IS REQUIRED TO MITIGATE THE HV HV CONSEQUENCES OF A LOCA. A REMOTE- 0033 003 MANUAL POWER-OPERATED VALVE IS LOCATED INSIDE, AND A REMOTE-MANUAL CONTAINMENT ESSENTIA~ SERVICE
<~--~(--------<1~v~:---1 ~:~v~1-----<<~-~< L POWER-OPERATED VALVE IS LOCATED OUT-SIDE THE CONTAINMENT.
THESE VALVES ARE POWERED FROM THE SAME POWER SOURCE FOR GREATER SYS- AIR COOLERS ~, I WATER *SUPPLY TEM RELIABILITY. A SINGLE ACTIVE DR PASSIVE .4 l EFV0276 FAILURE CAN BE ACCOMODATED SINCE THE SYSTEM IS A CLOSED SYSTEM INSIDE THE CONTAINMENT, WHICH IS DESIGNED AND L..'...J CONSTRUCTED IN ACCORDANCE WITH ASME SECTION Ill, CLASS 3 REQUIREMENTS. THE ESSENTIAL SERVICE WATER LINES ARE NOT VENTED DR DRAINED DURING A TYPE A TEST SINCE THE AIR COOLERS MAY BE REQUIRED TD COOL THE CONTAINMENT. A TYPE C TEST IS PERFORMED. NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE REFERENCE SECTION 9.2.1.2 OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO. P-71 ARE SPECIFIED PER THE INSERVICE TESTING DESCRIPTION: ESW TO CONTAINMENT AIR COOLER PROGRAM FOR CALLAWAY. ESSENTIAL SERVICE WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6.2.4-1 B0 PAGE 56 OF 84 C 1:81 REV. 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY CLOSURE MAXIMUM VAL VE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIME(SEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l POWER POST ACCIDENT (NOTE 1 l NORMAL SHUTDOWN FA I LURE PRIMARY SECONDARY EFHV0045 14/14 INSIDE OUT BUTTERFLY MOTOR SIS REM/MAN 40 OPEN OPEN AS IS OPEN CLOSED EFV0277 1 /1 INSIDE N/A GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EFHV0047 10/10 OUTSIDE OUT BUTTERFLY MOTOR 1 NONE REM/MAN 30 OPEN OPEN AS IS OPEN CLOSED EFHV0049 14/14 OUTSIDE OUT BUTTERFLY MOTOR SIS REM/MAN 30 CLOSED CLOSED AS IS OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YES~ NO FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 13.3 FT APPLICABLE GDC NO. 56 EF
GENERAL COMMENT
S: HV 0047 THIS PENETRATION IS ASSOCIATED WITH THE ESSENTIAL SERVICE WATER SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. A REMOTE-MANUAL POWER-OPERATED VALVE IS LOCATED INSIDE, AND A REMOTE-MANUAL POWER-OPERATED VALVE IS LOCATED OUT-SIDE THE CONTAINMENT. THE SECOND ISOLATION VALVE OUTSIDE THE CONTAIN- EF EF MENT IS OPENED IN THE EVENT OF A DBA HV HV FOR SYSTEM SAFETY FUNCTIONS. 0045 004 THESE VALVES ARE POWERED FROM THE SAME POWER SOURCE FOR GREATER SYS- CONTAINMENT E-SW TEM RELIABILITY. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE ACCOMODATED SINCE THE SYSTEM IS A CLOSED SYSTEM INSIDE THE ) L
)>---------~
CONTAINMENT, WHICH IS DESIGNED AND CONSTRUCTED IN ACCORDANCE WITH ASME AIR C:OOLERS u I RE1URN SECTION III, CLASS 3 REQUIREMENTS. THE ESSENTIAL SERVICE WATER LINES ARE NOT ~~ EFV0277 VENTED OR DRAINED DURING A TYPE A TEST SINCE THE AIR COOLERS MAY BE REQUIRED TO COOL THE CONTAINMENT. A TYPE C TEST L..:..J IS PERFORMED. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES REFERENCE SECTION 9.2.1.2 ARE SPECIFIED PER THE INSERVICE TESTING CONTAINMENT PENETRATION NO. P-73 PROGRAM FOR CALLAWAY. DESCRIPTION: ESW FROM CONTAINMENT AIR COOLERS ESSENTIAL SERVICE WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 57 OF 84 c~ REV. 11 3/08 NONE 0
LINE/ INSIDE/ NORMAL MAXIMUM PRIMARY SECONDARY CLOSURE VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY EGHV0058 12/12 OUTSIDE IN GATE MOTOR 1 CIS-B NONE 30 OPEN OPEN AS IS CLOSED N/A EGV0090 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EGV0204 12/12 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A CLOSED N/A EGHV0127 12/12 OUTSIDE IN GATE MOTOR 4 NONE NONE 60 CLOSED CLOSED AS IS CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NOl:8:] EG FLUID CONTAINED: WATER HV LENGTH OF PIPING TO OUTERMOST 0127 ISOLATION VALVE: 14. 0 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S:
...... "'Ill ISOLATION SWITCH PROVIDED IN THE CONTROL ROOM FOR POWER LOCKOUT EG OF VALVE EGHV0127 HV NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN 0058 THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REACTOR COOLANT BASIS VALUES. PERFORMANCE-BASED VALVE PUMPS AND COMPQNENT OPERABILITY LIMITS FOR VALVE CLOSURE TIMES L ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY.
EXCESS 'LETDOWN
/
I I EGV0204 i ,, I ~ EGV0090 t><J COOLING WATER HEAT EXCHANGER J~ L..'...J REFERENCE SECTION 9,2,2 CONTAINMENT PENETRATION NO, P-74 DESCRIPTION: CCW TO REACTOR COOLANT PUMPS COMPONENT COOLING WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A FIGURE 6,2,4-1 B0 PAGE 58 OF 84 C 1:8:] REV, 16 8/16 NONE
LINE/ INSIDE/ NORMAL MAXIMUM PRIMARY SECONDARY CLOSURE VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY EGHV0060 12/12 INSIDE OUT GATE MOTOR 4 CIS-B NONE 30 OPEN OPEN AS IS CLOSED N/A EGV0372 1 /1 OUTSIDE N/A GLOBE MANUAL N/A NONE N/A N/A CLOSED CLOSED N/A CLOSED N/A EGHV0059 12/12 OUTSIDE OUT GATE MOTOR 1 CIS-B NONE 30 OPEN OPEN AS IS CLOSED N/A EGHV0131 12/12 OUTSIDE OUT GATE MOTOR 4 NONE NONE 60 CLOSED CLOSED AS IS CLOSED N/A EGHV0130 12/12 INSIDE OUT GATE MOTOR 1 NONE NONE 60 CLOSED CLOSED AS IS CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NOl:8:] EG EG FLUID CONTAINED: WATER HV HV LENGTH OF PIPING TO OUTERMOST 0130 0131 ISOLATION VALVE: 12.9 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: ISOLATION SWITCH PROVIDED IN THE CONTROL ROOM FOR POWER LOCKOUT OF VALVES EGHVO13O AND EGHVO131. REACTOR COOLANT PUMPS AND CCW RETURN L EXCESS 'LETDOWN HEAT EXCHANGER i EGV0372 L..'...J REFERENCE SECTION 9.2.2 CONTAINMENT PENETRATION NO. P-75 DESCRIPTION: CCW RETURN COMPONENT COOLING WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 59 OF 84 C 1:8:] REV, 15 3/08 NONE 0
LINE/ INSIDE/ NORMAL MAXIMUM PRIMARY SECONDARY CLOSURE VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY EGHV0062 4/4 INSIDE OUT GATE MOTOR 4 CIS-B NONE 30 OPEN OPEN AS IS CLOSED N/A EGV0371 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EGHV0061 4/4 OUTSIDE OUT GATE MOTOR 1 CIS-B NONE 30 OPEN OPEN AS IS CLOSED N/A EGHV0132 4/4 INSIDE OUT GATE MOTOR 1 NONE NONE 60 CLOSED CLOSED AS IS CLOSED N/A EGHV0133 4/4 OUTSIDE OUT GATE MOTOR 4 NONE NONE 60 CLOSED CLOSED AS IS CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NOl:8:] EG EG FLUID CONTAINED: WATER HV HV LENGTH OF PIPING TO OUTERMOST 013 0133 ISOLATION VALVE: 8.8 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: ISOLATION SWITCH PROVIDED IN THE CONTROL ROOM FOR POWER LOCKOUT OF VALVES EGHVO132 AND EGHVO133. EGV0371 NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REACTOR COOLANT BASIS VALUES. PERFORMANCE-BASED VALVE PUMPS CCW RETURN OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. L THERMAL. BARR I ER COOLING COILS i REFERENCE SECTION 9,2,2 CONTAINMENT PENETRATION NO, P-76 DESCRIPTION: CCW FROM RCP THERMAL BARRIER COOLING COIL COMPONENT COOLING WATER SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B PAGE 60 OF 84 C 1:8:] REV, 16 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BMV0045 3/3 INSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0302 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BMV0046 3/3 OUTSIDE OUT GATE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O N0[8J FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST 17 ISOLATION VALVE: 8.3 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: ALTHOUGH THE LINE PENETRATING CONTAINMENT VIA STEAM GENERATOR STEAM GENERATOR P-78 IS CONNECTED TO THE STEAM GENERATORS (AS A COMMON HEADER FOR THE STEAM GENERATOR
)
DRAIN
........... L ...... .....
DRAIN DRAIN LINES), GDC 56 IS APPLICABLE TO THIS Ill""" ""Ill Ill""" ""Ill / PENETRATION BECAUSE THE PIPING IMMEDIATELY UPSTREAM OF CONTAINMENT ISOLATION VALVE LINES BMV0045 i BMV0046 PUMPS BMV0045 IS NOT ASME CLASS 2 PIPING. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 10.4,8 CONTAINMENT PENETRATION NO, P-78 DESCRIPTION: STEAM GENERATOR DRAIN LINES STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 61 OF 84 C [8J REV, 17 3/08 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE POSITION VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMECCLOSURE NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL SEC. l NORMAL SHUTDOWN POWER POST ACCIDENT CNOTE 1 l FAILURE PRIMARY SECONDARY EJHV8701A 12/12 INSIDE OUT GATE MOTOR 1 REM/MAN NONE 120 CLOSED OPEN AS IS CLOSED N/A EJ8708A 3/3 INSIDE N/A RELIEF N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0154 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 55
GENERAL COMMENT
S: ;;~
/
RCS PRESSURIZER THE RESIDUAL HEAT REMOVAL SYSTEM SUCTION LINE FROM THE REACTOR EJ8708A ~ H~ ) COOLANT SYSTEM CONTAINS TWO NOR-MALLY CLOSED, POWER-OPERATED RELIEF TANK REMOTE MANUAL VALVES IN SERIES IN- CONTAINMENT SIDE THE CONTAINMENT (J.E., EJHV8701A 17 AND EJ8708A). THESE VALVES ARE
~
INTERLOCKED TD PREVENT THEM FROM s:r BEING INADVERTENTLY OPENED. CONTAINMENT ISOLATION IS ASSURED BY SYSTEM ISOLATION VALVES CLOSEST TO THE CONTAINMENT (I.E., EJHV8701A AND EJ8708) IN CONJUNCTION WITH A
][~ w REC I RC. SUMP (SEE PENETRATION P-15)
THE CLOSED SYSTEM OUTSIDE THE CONTAINMENT, RCS HOT LEG
..... L RHR PUMP WHICH IS DESIGNED AND CONSTRUCTED COMMENSURATE WITH THE DESIGN AND CONSTRUCTION OF THE CONTAINMENT.
LEAKAGE DETECTION FROM THIS LINE
)
LOOP #1 i "/ SUCTION OUTSIDE THE CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9,3,3, LOCAL TESTING OF THE CLOSED SYSTEM OUTSIDE THE CONTAINMENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE REFERENCE SECTIONS 5,4.7 AND 6,3 OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING CONTAINMENT PENETRATION NO, P-79 PROGRAM FOR CALLAWAY. DESCRIPTION: RHR SHUTDOWN LINES RESIDUAL HEAT REMOVAL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 62 OF 84 co REV, 13 8/16 NONE
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY BGHV8105 3/3 OUTSIDE IN GATE MOTOR 4 SIS NONE 15 OPEN OPEN AS IS CLOSED N/A BGV0342 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A BG8381 3/3 INSIDE IN CHECK N/A N/A N/A N/A N/A OPEN OPEN N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 17. 6 FT. APPLICABLE 55 mi GDC NO. BGHV
GENERAL COMMENT
S: 8105 NONE REGENERATIVE CHARGING NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-
/ I (lJ L
I BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES HEAT EXGHANGER BG8381 i PLJMP ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 9,3,4 CONTAINMENT PENETRATION NO, P-80 DESCRIPTION: CHARGING LINE CHEMICAL AND VOLUME CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 63 OF 84 C [gl REV, 15 3/08 NONE 0
VALVE LINE/ INSIDE/ NDRMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. ) POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 1) FAILURE PRIMARY SECONDARY EJHV8809A 10/10 OUTSIDE IN GATE MOTOR 1 NONE REM/MAN 15 OPEN OPEN AS IS OPEN CLOSED EJV0054 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EP8818A 6/6 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED OPEN N/A OPEN CLOSED EP8818B 6/6 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED OPEN N/A OPEN CLOSED EJHCV8890A 3/4 /3/4 INSIDE OUT GLOBE AIR 1 CIS-A NONE 13 CLOSED CLOSED CLOSED CLOSED N/A EJV0134 3/4 ;3,4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0136 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EJV0132 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 18.7 FT APPLICABLE GDC NO. 55
GENERAL COMMENT
S: SAFETY INJECTION SYS*TEM THIS PENETRATION IS ASSOCIATED WITH THE HIGH PRESSURE COOLANT INJECTION SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. A CHECK TEST LINE VALVE IS PROVIDED FOR EACH BRANCH LINE INSIDE THE CONTAINMENT, AND A REMOTE- <:r MANUAL ISOLATION VALVE IS PROVIDED SOCKET WELDED Lf) 0 OUTSIDE THE CONTAINMENT. A SINGLE CAPS 0 ACTIVE OR PASSIVE FAILURE CAN BE > ACCOMMODATED SINCE THE SYSTEM IS CLOSED OUTSIDE THE CONTAINMENT AND RCS COLD LEG
~~ L~ RHR
~
IS DESIGNED AND CONSTRUCTED COMMEN-SURATE WITH THE DESIGN AND CONSTRUC-TION OF THE CONTAINMENT. LEAKAGE DETECTION FROM THIS LINE OUTSIDE THE LOOP EP8818A i HEAT EXCHANGER CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3. N LOCAL TESTING OF THE VALVES OR THE CLOSED SYSTEM OUTSIDE THE CONTAIN- EJVO136 MENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE RCS COLD LEG THAT THE INTEGRITY IS BEING MAINTAINED. EJVO134 NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- LOOP 2 REFERENCE SECTIONS 5.4.7 AND 6.3 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES CONTAINMENT PENETRATION NO, P-82 SOCKET WELDED DESCRIPTION: ARE SPECIFIED PER THE INSERVICE TESTING CAPS COLD LEG INJECTION PROGRAM FOR CALLAWAY. RESIDUAL HEAT REMOVAL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2.4-1 B PAGE 64 OF 84 co REV. 17 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE PDSITIDN VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL T IMEC SEC. l NORMAL SHUTDOWN POWER POST ACCIDENT C NOTE 1l FAILURE PRIMARY SECONDARY BMHVOO22 318
- 314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN BMHVOO38 318
- 314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMHVOO68 314 , 1/1 OUTSIDE OUT GLOBE SOLENOID 1 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMVO539 314 /314 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: 15. 6 FT s s APPLICABLE STEAM GENERATOR D NUCL:EAR GDC NO.
GENERAL COMMENT
S: NONE
" " L " "
THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT BMHVOO22 i BMVOO42 BMHVOO68 SAMPLING SYSTEM TO GDC-57, SINCE THE CONTAINMENT BARRIER CX) CJ) INTEGRITY IS NOT BREACHED. THE BOUNDARY OR r-r1 0 r-r1 BARRIER AGAINST FISSION PRODUCT LEAKAGE 0 LO 0 TD THE ENVIRONMENT IS THE INSIDE OF THE STEAM > >
- r: :;e
- e GENERATOR TUBES AND THE OUTSIDE OF THE LINES DJ DJ EMANATING FROM THE STEAM GENERATOR SHELLS.
THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMET ISOLATION VALVES. z 3: NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN :;e D
~
Q THIS FIGURE ARE NOMINAL. DESIGN OR LICENSING- er: BASIS VALUES. PERFORMANCE-BASED VALVE LL D
....J OPERABILITY LIMITS FOR VALVE CLOSURE TIMES DJ ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 10.4.8 CONTAINMENT PENETRATION NO. P-83 DESCRIPTION:
STEAM GENERATOR D SAMPLE LINE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 65 OF 84 co REV, 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE PDSITIDN VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL T IMEC SEC. l NORMAL SHUTDOWN POWER POST ACCIDENT CNOTE 1 l FAILURE PRIMARY SECONDARY BMHV0019 318
- 314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN BMHV0035 318
- 314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMHV0065 314 ' 1/1 OUTSIDE OUT GLOBE SOLENOID 1 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMV0535 3,4 ;3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: 15. 9 FT s s APPLICABLE STEAM GENERA TOR A NUCL:EAR GDC NO.
GENERAL COMMENT
S: NONE
" " L " "
THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT BMHV0019 i BMV0009 BMHV0065 SAMPLING SYSTEM TD GDC-57, SINCE THE CONTAINMENT BARRIER l1l l1l INTEGRITY IS NOT BREACHED. THE BOUNDARY DR r-r1 0 r-r1 BARRIER AGAINST FISSION PRODUCT LEAKAGE 0 l1l 0 TD THE ENVIRONMENT IS THE INSIDE OF THE STEAM > >
- r: :;e GENERATOR TUBES AND THE OUTSIDE OF THE LINES :;e DJ EMANATING FROM THE STEAM GENERATOR SHELLS. DJ THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES.
NOTE 1: MAXI Ml UM CLOSURE TIMES SPECIFIED IN z THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- :;e 3: D BASIS VALUES. PERFORMANCE-BASED VALVE
~
Q OPERABILITY LIMITS FOR VALVE CLOSURE TIMES er: LL D ARE SPECIFIED PER THE INSERVICE TESTING ....J PROGRAM FOR CALLAWAY. DJ REFERENCE SECTION 10.4.8 CONTAINMENT PENETRATION NO. P-84 DESCRIPTION: STEAM GENERATOR A SAMPLE LINE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 66 OF 84 co REV, 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE PDSITIDN VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL T IMEC SEC. l NORMAL SHUTDOWN POWER POST ACCIDENT CNOTE 1 l FAILURE PRIMARY SECONDARY BMHVOO2O 313
- 314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN BMHVOO36 313
- 314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMHVOO66 314 , 1/1 OUTSIDE OUT GLOBE SOLENOID 1 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMVO542 3,4 ;3,4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: 15. 9 FT s s APPLICABLE STEAM GENERATOR B NUCL:EAR GDC NO.
GENERAL COMMENT
S: NONE
" " L " "
THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT TO GDC-57, SINCE THE CONTAINMENT BARRIER BMHVOO2O i BMVOO2O BMHVOO66 SAMPLING SYSTEM INTEGRITY IS NOT BREACHED. THE BOUNDARY DR tD I") N s;r-BARRIER AGAINST FISSION PRODUCT LEAKAGE 0 LO TD THE ENVIRONMENT IS THE INSIDE OF THE STEAM 0
> 0 GENERATOR TUBES AND THE OUTSIDE OF THE LINES :r: >
- e
- e EMANATING FROM THE STEAM GENERATOR SHELLS. [Il
[Il THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6.2.4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- z 3: BASIS VALUES. PERFORMANCE-BASED VALVE :;e D OPERABILITY LIMITS FOR VALVE CLOSURE TIMES Q
~
ARE SPECIFIED PER THE INSERVICE TESTING er: LL D PROGRAM FOR CALLAWAY. ....J [Il REFERENCE SECTION 10.4.8 CONTAINMENT PENETRATION NO, P-85 DESCRIPTION: STEAM GENERATOR B SAMPLE LINE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 67 OF 84 co REV, 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE PDSITIDN VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL T IMEC SEC. l NORMAL SHUTDOWN POWER POST ACCIDENT C NOTE 1l FAILURE PRIMARY SECONDARY BMHV0021 31s *314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN BMHV0037 31s *314 /1 INSIDE OUT GLOBE SOLENOID 4 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMHV0067 314 , 1/1 OUTSIDE OUT GLOBE SOLENOID 1 SGBSIS(AFAS) REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN BMV0537 314 ;314 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH DF PIPING TD OUTERMOST ISOLATION VALVE: 15. 9 FT s s APPLICABLE STEAM GENERATOR C NUCL:EAR GDC NO. NONE
" " L " "
GENERAL COMMENT
S: THE CONTAINMENT PENETRATIONS ASSOCIATED WITH THE STEAM GENERATORS ARE NOT SUBJECT BMHV0021 i BMV0031 BMHV0067 SAMPLING SYSTEM TD GDC-57, SINCE THE CONTAINMENT BARRIER r--- r--- INTEGRITY IS NOT BREACHED. THE BOUNDARY DR r-r) 0 r-r) BARRIER AGAINST FISSION PRODUCT LEAKAGE 0 LO 0 TO THE ENVIRONMENT IS THE INSIDE OF THE STEAM > >
- r: :;e GENERATOR TUBES AND THE OUTSIDE OF THE LINES :;e DJ DJ EMANATING FROM THE STEAM GENERATOR SHELLS.
THE PENETRATION CONFIGURATION IS PRESENTED FOR FIGURE 6.Z.4-1 COMPLETENESS. NONE OF THE VALVES SHOWN ARE CONTAINMENT ISOLATION VALVES. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN z 3: THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- :;e D
~
Q BASIS VALUES. PERFORMANCE-BASED VALVE er: D OPERABILITY LIMITS FOR VALVE CLOSURE TIMES LL
....J ARE SPECIFIED PER THE INSERVICE TESTING DJ PROGRAM FOR CALLAWAY.
REFERENCE SECTION 10.4,8 CONTAINMENT PENETRATION NO, P-86 DESCRIPTION: STEAM GENERATOR C SAMPLE LINE STEAM GENERATOR SLOWDOWN SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 68 OF 84 co REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 1 l FAILURE PRIMARY SECONDARY EMHV8802A 4/4 OUTSIDE IN GATE MOTOR 1 NONE REM/MAN 10 CLOSED CLOSED AS IS CLOSED OPEN EMHV8881 3/4 /3/4 INSIDE OUT GLOBE AIR 1 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EMV0001 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED OPEN EMV0002 2/2 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED OPEN EMV0052 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0053 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0055 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0056 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0184 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0185 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0051 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0186 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMV0187 1 /1 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TD OUTERMOST ISOLATION VALVE: 12. 1 FT APPLICABLE GDC NO. 55
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE HIGH PRESSURE COOLANT INJECTION SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LDCA. A CHECK VALVE IS PROVIDED FOR EACH BRANCH LINE INSIDE THE CONTAINMENT, ANO A REMOTE- RWST MANUAL ISOLATION VALVE IS PROVIDED RCS HO'r LEG 2 OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE ACCOMMODATED SINCE THE SYSTEM IS CLOSED OUTSIDE THE CONTAINMENT ANO IS DESIGNED ANO CONSTRUCTED COMMEN-SURATE WITH THE DESIGN ANO CONSTRUC-TION OF THE CONTAINMENT. LEAKAGE DETECTION FROM THIS LINE OUTSIDE THE CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3. INJECTl0N PUMPS LOCAL TESTING OF THE VALVES OR THE CLOSED SYSTEM OUTSIDE THE CONTAIN-MENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED ANO INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE RCS HO'r LEG 3 THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REFERENCE SECTION 6.3 BASIS VALUES. PERFORMANCE-BASED EMV0187 CONTAINMENT PENETRATION NO. P-87 VALVE OPERABILITY LIMITS FOR DESCRIPTION: VALVE CLOSURE TIMES ARE SPECIFIED PER HOT LEG INJECTION THE INSERVICE TESTING PROGRAM FOR CALLAWAY. HIGH PRESSURE COOLANT INJECTION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 69 OF 84 co REV. 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T!ME( SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER C NOTE 1l FAILURE PRIMARY SECONDARY EMHV8801A 4/4 OUTSIDE IN GATE MOTOR 1 SIS NONE 15 CLOSED CLOSED AS IS OPEN N/A EMHV8801B 4/4 OUTSIDE IN GATE MOTOR 4 SIS NONE 15 CLOSED CLOSED AS IS OPEN N/A EMV0077 1/1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMHV8843 3/4 /3/4 INSIDE IN GLOBE AIR 4 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EM8815 3/3 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 55
GENERAL COMMENT
S: t-- THIS PENETRATION IS ASSOCIATED WITH t-- 0 THE HIGH PRESSURE COOLANT INJECTION 0 SYSTEM, WHICH IS REQUIRED TO MITIGATE >
~
THE CONSEQUENCES OF A LOCA. A CHECK w VALVE AND A REMOTE-MANUAL ISOLATION VALVE ARE PROVIDED OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN BE ACCOMMODATED SINCE THE SYSTEM IS CENTR !*FUGAL CLOSED OUTSIDE THE CONTAINMENT AND IS DESIGNED AND CONSTRUCTED COMMEN-RCS L SURATE WITH THE DESIGN AND CONSTRUC-TION OF THE CONTAINMENT. LEAKAGE DETECTION FROM THIS LINE OUTSIDE THE COLD LEG EM8815 i CHARGIN-G PUMPS CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3. SAFETY INJECTION LOCAL TESTING OF THE VALVES OR THE SYS*TEM CLOSED SYSTEM OUTSIDE THE CONTAIN-MENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING EMHV8843 NORMAL PLANT OPERATION TO ASSURE TEST LINE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING- REFERENCE SECTION 6.3 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR CONTAINMENT PENETRATION NO. P-88 DESCRIPTION: VALVE CLOSURE TIMES ARE SPECIFIED PER BORON INJECTION TO COLD LEGS THE INSERVICE TESTING PROGRAM FOR CALLAWAY. HIGH PRESSURE COOLANT INJECTION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6.2.4-1 B PAGE 70 OF 84 co REV. 12 8/16 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE PDSITIDN VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE ND. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIMEISEC. l POWER POST ACCIDENT NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY ENHV0006 10/10 OUTSIDE IN GATE MOTOR CSAS REM/MAN 15 CLOSED CLOSED AS IS OPEN CLOSED ENV0076 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENV0013 10/10 INSIDE IN CHECK N/A N/A N/A N/A N/A CLOSED CLOSED N/A OPEN CLOSED ENGINEERED SAFETY FEATURE SYSTEM YESi:81 ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 20. 4 FT APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT SPRAY SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSE-QUENCES OF A LOCA. A CHECK VALVE IS PROVIDED OUTSIDE THE CONTAINMENT, AND A REMOTE-MANUAL ISOLATION VALVE IS PROVIDED OUTSIDE THE CONTAINMENT. A SINGLE ACTIVE OR PASSIVE FAILURE CAN CONTAINMENT SPRAY CONTAINMENT SPRAY BE ACCOMMODATED SINCE TWO IN-SERIES L VALVES C INSIDE/OUTSIDE) ARE CREDITED / I FOR THIS PENETRATION. IN ADDITION, THE Ill"'" ""Ill
~------~ '--- I SYSTEM IS CLOSED OUTSIDE THE CONTAINMENT AND IS DESIGNED AND CONSTRUCTED COMMEN-SURATE WITH THE DESIGN AND CONSTRUC-NOZZLES ENV0013 i PUMP A TION OF THE CONTAINMENT. LEAKAGE DETECTION FROM THIS LINE OUTSIDE THE CONTAINMENT IS PROVIDED, AS DESCRIBED IN SECTION 9.3.3.
L_J LOCAL TESTING OF THE VALVES OR THE CLOSED SYSTEM OUTSIDE THE CONTAIN-MENT IS NOT REQUIRED SINCE THE SYSTEM IS OPERATED AND INSPECTED DURING NORMAL PLANT OPERATION TO ASSURE THAT THE INTEGRITY IS BEING MAINTAINED. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING- REFERENCE SECTION 6.2.2 BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR CONTAINMENT PENETRATION NO. P-89 DESCRIPTION: VALVE CLOSURE TIMES ARE SPECIFIED PER CONTAINMENT SPRAY THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT SPRAY SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A i:81 FIGURE 6.2.4-1 B0 PAGE 71 OF 84 co REV. 12 6/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY NONE N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: N/A APPLICABLE GDC NO. 55
GENERAL COMMENT
S: HYDRAULIC SENSORS PROVIDE ISOLATION OF RCS FROM THE CAPILLARY TUBING. THE REACTOR VESSEL HEAD --------<Nf--____L ____------<@ CAPILLARY TUBING AND THE LIS'S SERVE AS THE SECOND BOUNDARY. THIS ARRANGEMENT ld 0 IS SIMILAR TO THAT PROVIDED FOR THE CONTAINMENT PRESSURE TRANSMITTERS SHOWN ON SEAL TABLE ------<Ne-----------------, ld ~ SHEET 80, 81 AND 84 OF 84. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 18.2.13.2 CONTAINMENT PENETRATION NO. P-91 DESCRIPTION: RVLIS SAMPLE LINE REACTOR COOLANT SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A~ FIGURE 6,2,4-1 B0 PAGE 72 OF 84 co REV, 12 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY EMHV8964 3/4 /3/4 OUTSIDE OUT GLOBE AIR 1 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EMV0153 3/4 /3/4 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A EMHV8871 3/4 ;3/4 INSIDE OUT GLOBE AIR 4 CIS-A NONE 10 CLOSED CLOSED CLOSED CLOSED N/A EMV0038 3/4 /3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED CLOSED CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 8.4 FT. APPLICABLE Cl) GDC NO. 56
GENERAL COMMENT
S: NONE EMERGENCY CORE )[i w RWST NOTE 1: MAXIMIUM CLOSURE TIMES COOLING* SYSTEM
) ....... ...... L ....... ...... ........
SPECIFIED IN THIS FIGURE ARE ............. ............. / NOMINAL DESIGN DR LICENSING-BASIS VALUES. PERFORMANCE-BASED TEST*LINES EMHV8871
,~ i EMHV8964 VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED THE INSERVICE TESTING PROGRAM FOR PER CALLAWAY.
)~i
~ 0 w
REFERENCE SECTION 6.3 CONTAINMENT PENETRATION NO, P-92 DESCRIPTION: ECCS TEST LINE RETURN HIGH PRESSURE COOLANT INJECTION SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A FIGURE 6,2,4-1 B0 PAGE 73 OF 84 c~ REV, 16 3/08 NONE
LINE/ INSIDE/ NORMAL MAXIMUM PRIMARY SECONDARY CLOSURE VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY SJHV0005 1 /1 INSIDE OUT GLOBE SOLENOID 4 CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJHV0006 1 /1 OUTSIDE OUT GLOBE SOLENOID 1 CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJV0069 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A SJHV0127 1 /1 OUTSIDE OUT GLOBE SOLENOID 4 CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 8.4 FT. APPLICABLE GDC NO. 55
GENERAL COMMENT
S: s s SAMPLE NONE L NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN DR LICENSING-RCS L:OOP HOT LEG SJHV0005 i en
<.D VE'SSEL BASIS VALUES. PERFORMANCE-BASED SAMPLE 0 0
VALVE OPERABILITY LIMITS FOR > VALVE CLOSURE TIMES ARE SPECIFIED PER 7 l/l THE INSERVICE TESTING PROGRAM FOR CALLAWAY. SJHV0127 REFERENCE SECTION 9.3.2 CONTAINMENT PENETRATION NO, P-93 DESCRIPTION: RCS LIQUID SAMPLE LINE NUCLEAR SAMPLING SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 74 OF 84 c~ REV, 13 8/16 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY SJHV0018 1 /1 INSIDE OUT GLOBE SOLENOID 4 CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJHV0019 1 /1 OUTSIDE OUT GLOBE SOLENOID CIS-A NONE 5 CLOSED CLOSED CLOSED CLOSED N/A SJV0066 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES O NO[gl FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 8.6 FT. APPLICABLE GDC NO. 55
GENERAL COMMENT
S: s s NONE SAFETY INJECTION SAMPLE VESSEL NOTE 1: MAXIMIUM CLOSURE TIMES ............... L ....... ........ SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED ACCUMULATORS Ill"'"'~ SJHV0018 i 1111"'""~ SJHV0019
"/
VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 9.3.2 CONTAINMENT PENETRATION NO. P-95 DESCRIPTION: ACCUMULATOR SAMPLING NUCLEAR SAMPLING SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 75 OF 84 C [gl REV, 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. ) POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 1) FAILURE PRIMARY SECONDARY GSHVOO18 1 /1 INSIDE IN GATE SOLENOID 1 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHVOO17 1 /1 OUTSIDE IN GATE SOLENOID 1 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSVOO36 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A GSHVOO33 1 /1 OUTSIDE IN GATE SOLENOID 4 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSHVOO34 1 /1 INSIDE IN GATE SOLENOID 1 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSVOO52 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 4.3 FT. APPLICABLE GDC NO. 56 s s
GENERAL COMMENT
S: CONTAINMENT THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT HYDROGEN CON- TD CONTAINMENT ATMOSPHERE _ ______, L ATMOSPHERE TROL SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. GSHVOO34 GSHVOO33 ALTHOUGH THE SOLENOID-OPERATED N MON I TOR CONTAINMENT ISOLATION VALVES FOR THE LO 0 ( GTRE0O32 l HYDROGEN MONITORING SYSTEM SAMPLING 0 LINES ARE DESIGNED TO AUTOMATICALLY CLOSE > V) IN RESPONSE TO A CIS-A SIGNAL. THEY ARE Cl NORMALLY CLOSED AND DEACTIVATED TO PROVIDE A PASSIVE BARRIER TO RELEASE OF CONTAINMENT ATMOSPHERE VIA THE ASSOCIATED CONTAINMENT PENETRATIONS. THE VALVES ARE OPENED ONLY UNDER ADMINISTRATIVE CONTROL. IN ADDITION, AND ALTHOUGH NOT EXPLICITLY CREDITED AS CONTAINMENT BARRIER, THE SAMPLING SYSTEM (DOWNSTREAM OF THE CONTAINMENT GSHVOO17 ISOLATION VALVES)IS A CLOSED SYSTEM OUTSIDE lO r<1 HYDROGEN ANALYZER CONTAINMENT WHICH IS DESIGNED AND 0 0 CONSTRUCTED COMMENSURATE WITH THE DESIGN > AND CONSTRUCTION OF THE CONTAINMENT. V) Cl NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE L._J NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED REFERENCE SECTION 6.2.5 VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER CONTAINMENT PENETRATION NO, P-97 DESCRIPTION: THE INSERVICE TESTING PROGRAM FOR CALLAWAY. H2 SAMPLE RETURN CONTAINMENT HYDROGEN CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 B0 PAGE 76 OF 84 c~ REV. 15 9/14 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. l POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1 l NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY KBV0001 2/2 INSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A KBV0002 2/2 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES NO~ FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 2.8 FT. APPLICABLE GDC NO. 56
GENERAL COMMENT
S: NONE NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-CONTAINMENT HOSE L BREATHING AIR STATIONS SYSTEM BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER KBV0001 i KBV0002 THE INSERVICE TESTING PROGRAM FOR CALLAWAY. REFERENCE SECTION 9.5.1 CONTAINMENT PENETRATION NO. P-98 DESCRIPTION: BREATHING AIR SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 B PAGE 77 OF 84 c~ REV. 11 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T!ME( SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER C NOTE 1l FAILURE PRIMARY SECONDARY GSHVOOO3 1 /1 OUTSIDE OUT GATE SOLENOID 4 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHVOOO4 1 /1 INSIDE OUT GATE SOLENOID 4 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHVOOO5 1 /1 INSIDE OUT GATE SOLENOID 4 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSVOO29 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A GSHVOO36 1 /1 INSIDE OUT GATE SOLENOID 4 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSHVOO37 1 /1 OUTSIDE OUT GATE SOLENOID 1 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSVOO56 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ NO FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 4.3 FT APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT HYDROGEN CON-TROL SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. ALTHOUGH THE SOLENOID-OPERATED H2 SAMPLE L CONTAINMENT H2 CONTAINMENT ISOLATION VALVES FOR THE HYDROGEN MONITORING SYSTEM SAMPLING GSHVOOO4 GSHVOOO3 LINES ARE DESIGNED TO AUTOMATICALLY CLOSE POINT CJ) ANAL YlER N IN RESPONSE TO A CIS-A SIGNAL. THEY ARE 0 NORMALLY CLOSED AND DEACTIVATED TO 0 PROVIDE A PASSIVE BARRIER TD RELEASE > V) OF CONTAINMENT ATMOSPHERE VIA THE H2 SAMPLE Cl ASSOCIATED CONTAINMENT PENETRATIONS. THE VALVES ARE OPENED ONLY UNDER L._J ADMINISTRATIVE CONTROL. IN ADDITION, AND ALTHOUGH NOT EXPLICITLY CREDITED AS POINT GSHVOOO5 CONTAINMENT BARRIER, THE SAMPLING SYSTEM (DOWNSTREAM OF THE CONTAINMENT ISOLATION VALVESJIS A CLOSED SYSTEM OUTSIDE CONTAINMENT WHICH IS DESIGNED AND CONTAINMENT CONSTRUCTED COMMENSURATE WITH THE DESIGN H2 SAMPLE ATMOSPHERE AND CONSTRUCTION OF THE CONTAINMENT. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE POINT <.D MON I TOR NOMINAL DESIGN DR LICENSING-LO 0 ( GTRE0O31 l 0 BASIS VALUES. PERFORMANCE-BASED > V) REFERENCE SECTION 6.2 VALVE OPERABILITY LIMITS FOR Cl VALVE CLOSURE TIMES ARE SPECIFIED PER CONTAINMENT PENETRATION NO, P-99 DESCRIPTION: THE INSERVICE TESTING PROGRAM FOR CALLAWAY. L._J H2 SAMPLE LINE CONTAINMENT HYDROGEN CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 B0 PAGE 78 OF 84 c~ REV. 15 9/14 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T!ME( SEC. l POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER C NOTE 1l FAILURE PRIMARY SECONDARY GSHVOO12 1 /1 OUTSIDE OUT GATE SOLENOID 1 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHVOO13 1 /1 INSIDE OUT GATE SOLENOID 1 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSHVOO14 1 /1 INSIDE OUT GATE SOLENOID 1 CIS-A REM/MAN 5 CLOSED CLOSED CLOSED CLOSED OPEN GSVOO33 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A GSHVOO31 1 /1 INSIDE OUT GATE SOLENOID 1 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSHVOO32 1 /1 OUTSIDE OUT GATE SOLENOID 4 CIS-A REM/MAN 5 OPEN OPEN CLOSED CLOSED OPEN GSVOO5O 1 /1 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ NO FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 11.9 FT APPLICABLE GDC NO. 56
GENERAL COMMENT
S: THIS PENETRATION IS ASSOCIATED WITH THE CONTAINMENT HYDROGEN CON-TROL SYSTEM, WHICH IS REQUIRED TO MITIGATE THE CONSEQUENCES OF A LOCA. ALTHOUGH THE SOLENOID-OPERATED H2 SAMPLE L CONTAINMENT H2 CONTAINMENT ISOLATION VALVES FOR THE HYDROGEN MONITORING SYSTEM SAMPLING GSHVOO13 GSHVOO12 LINES ARE DESIGNED TO AUTOMATICALLY CLOSE POINT rr) ANAL YlER rr) IN RESPONSE TO A CIS-A SIGNAL. THEY ARE 0 NORMALLY CLOSED AND DEACTIVATED TO 0 PROVIDE A PASSIVE BARRIER TO RELEASE V) OF CONTAINMENT ATMOSPHERE VIA THE H2 SAMPLE Cl ASSOCIATED CONTAINMENT PENETRATIONS. THE VALVES ARE OPENED ONLY UNDER L._J ADMINISTRATIVE CONTROL. IN ADDITION, AND ALTHOUGH NOT EXPLICITLY CREDITED AS POINT GSHVOO14 CONTAINMENT BARRIER, THE SAMPLING SYSTEM (DOWNSTREAM OF THE CONTAINMENT ISOLATION VALVESlIS A CLOSED SYSTEM OUTSIDE CONTAINMENT CONTAINMENT WHICH IS DESIGNED AND CONSTRUCTED COMMENSURATE WITH THE DESIGN H2 SAMPLE ATMOSPHERE AND CONSTRUCTION OF THE CONTAINMENT. NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE POINT 0 MON I TOR NOMINAL DESIGN OR LICENSING-LO 0 ( GTRE0O32 l 0 BASIS VALUES. PERFORMANCE-BASED > V) REFERENCE SECTION 6.2.5 VALVE OPERABILITY LIMITS FOR Cl VALVE CLOSURE TIMES ARE SPECIFIED PER CONTAINMENT PENETRATION NO, P-1O1 DESCRIPTION: THE INSERVICE TESTING PROGRAM FOR CALLAWAY. L._J H2 SAMPLE LINE CONTAINMENT HYDROGEN CONTROL SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2.4-1 B0 PAGE 79 OF 84 c~ REV. 16 9/14 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T IMEC SEC. ) POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL NORMAL SHUTDOWN POWER CNOTE 1) FAILURE PRIMARY SECONDARY NONE N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND THIS CHANNEL HAS A SEPARATE PENETRATION, FLUID CONTAINED: WATER AND THE PRESSURE TRANSMITTER IS LOCATED LENGTH OF PIPING TO OUTERMOST IMMEDIATELY ADJACENT TO THE OUTSIDE OF ISOLATION VALVE: N/A THE CONTAINMENT WALL. IT IS CONNECTED TO APPLICABLE A SEALED BELLOWS, LOCATED IMMEDIATELY GDC NO. 56 ADJACENT TO THE INSIDE CONTAINMENT WALL, BY MEANS OF A SEALED FLUID FILLED TUBE.
GENERAL COMMENT
S: GNPT0936 THIS TUBING, ALONG WITH THE TRANSMITTER AND BELLOWS, IS CONSERVATIVELY DESIGNED AND SUBJECT OT STRICT QUALITY CONTROL L GNPT THERE ARE FOUR INSTRUMENT LINES 0936 WHICH PENETRATE THE CONTAINMENT AND WHICH ARE REQUIRED TO REMAIN FUNC-AND TO REGULAR IN-SERVICE INSPECTIONS TO ASSURE ITS INTEGRITY. THIS ARRANGEMENT PROVIDES A DOUBLE BARRIER (ONE INSIDE i TIONAL FOLLOWING A LOCA OR STEAM AND ONE OUTSIDE) BETWEEN THE CONTAINMENT BREAK. THESE LINES SENSE THE PRESSURE AND THE OUTSIDE ATMOSPHERE. SHOULD A OF CONTAINMENT ATMOSPHERE ON THE LEAK OCCUR OUTSIDE THE CONTAINMENT, THE INSIDE AND ARE CONNECTED TO PRESSURE SEALED BELLOWS INSIDE THE CONTAINMENT, TRANSMITTERS ON THE OUTSIDE. SIGNALS WHICH IS DESIGNED TO WITHSTAND FULL CON-FROM THESE TRANSMITTERS CAN INITIATE TAINMENT DESIGN PRESSURE, WILL PREVENT SAFETY INJECTION AND CONTAINMENT ISO- THE ESCAPE OF THE CONTAINMENT ATMOSPHERE. LATION ON HIGH CONTAINMENT PRESSURE. SHOULD A LEAK DCCUR INSIDE THE CONTAIN-THEY ALSO, UPON HIGH-3 CONTAINMENT MENT, THE DIAPHRAGM IN THE TRANSMITTER, PRESSURE, PRODUCE THE ONLY SIGNAL TO WHICH IS DESIGNED TO WITHSTAND FULL CON-INITIATE CONTAINMENT SPRAY. IN VIEW OF TAINMENT DESIGN PRESSURE, WILL PREVENT THIS FUNCTION, IT IS ESSENTIAL THAT THE ANY ESCAPE FROM THE CONTAINMENT. THIS LINE REMAIN OPEN AND NOT BE ISOLATED ARRANGEMENT PROVIDES AUTOMATIC DOUBLE-FOLLOWING AN ACCIDENT. BASED ON THIS BARRIER ISOLATION WITHOUT OPERATOR ACTION REQUIREMENT, A SEALED SENSING LINE, AS AND WITHOUT SACRIFICING ANY RELIABILITY. DESCRIBED BELOW, IS USED. BECAUSE OF THIS SEALED FLUID FILLED SYSTEM, A POSTULATED SEVERANCE OF THE REFERENCE SECTION 6,3, 9.4 LINE DURING EITHER NORMAL OPERATION OR ACCIDENT CONDITIONS WILL NOT RESULT CONTAINMENT PENETRATION NO. P-103 IN ANY RELEASE FRDM THE CONTAINMENT. DESCRIPTION: CONTAINMENT PRESSURE TRANSMITTERS CONTAINMENT COOLING SYSTEM NOTE 1: MAXI MI UM CLOSURE TIMES APPENDIX J REQUIREMENT SPECIFIED IN THIS FIGURE ARE CONTAINMENT PENETRATIONS TYPE A~ NOMINAL DESIGN DR LICENSING- FIGURE 6.2.4-1 B0 BASIS VALUES. PERFORMANCE-BASED PAGE 80 OF 84 co VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER REV. 16 8/16 NONE 0 THE INSERVICE TESTING PROGRAM FOR CALLAWAY.
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION ND. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION T!ME( SEC. ) POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL C NOTE 1) NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY NONE N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER LENGTH OF PIPING TO OUTERMOST EACH PRESSURE TRANSMITTER IS LOCATED ISOLATION VALVE: N/A IMMEDIATELY ADJACENT TD THE OUTSIDE OF APPLICABLE THE CONTAINMENT WALL. IT IS CONNECTED TD GDC NO. 56 A SEALED BELLOWS, LOCATED IMMEDIATELY ADJACENT TO THE INSIDE CONTAINMENT WALL,
GENERAL COMMENT
S: GNPT0935 AND GNPT0937 BY MEANS OF A SEALED FLUID FILLED TUBE. THIS TUBING, ALONG WITH THE TRANSMITTER AND BELLOWS, IS CONSERVATIVELY DESIGNED L THERE ARE FOUR INSTRUMENT LINES WHICH PENETRATE THE CONTAINMENT AND AND SUBJECT OT STRICT QUALITY CONTROL WHICH ARE REQUIRED TO REMAIN FUNC- AND TO REGULAR IN-SERVICE INSPECTIONS TO TIONAL FOLLOWING A LDCA OR STEAM ASSURE ITS INTEGRITY. THIS ARRANGEMENT BREAK. THESE LINES SENSE THE PRESSURE PROVIDES A DOUBLE BARRIER (ONE INSIDE OF CONTAINMENT ATMOSPHERE ON THE AND ONE OUTSIDE) BETWEEN THE CONTAINMENT INSIDE AND ARE CONNECTED TD PRESSURE AND THE OUTSIDE ATMOSPHERE. SHOULD A TRANSMITTERS ON THE OUTSIDE. SIGNALS LEAK OCCUR OUTSIDE THE CONTAINMENT, THE FROM THESE TRANSMITTERS CAN INITIATE SEALED BELLOWS INSIDE THE CONTAINMENT, SAFETY INJECTION AND CONTAINMENT ISO- WHICH IS DESIGNED TD WITHSTAND FULL CON-LATION ON HIGH CONTAINMENT PRESSURE. TAINMENT DESIGN PRESSURE, WILL PREVENT THEY ALSO, UPON HIGH-3 CONTAINMENT THE ESCAPE OF THE CONTAINMENT ATMOSPHERE. PRESSURE, PRODUCE THE ONLY SIGNAL TO SHOULD A LEAK OCCUR INSIDE THE CONTAIN-INITIATE CONTAINMENT SPRAY. IN VIEW OF MENT, THE DIAPHRAGM IN THE TRANSMITTER, THIS FUNCTION, IT IS ESSENTIAL THAT THE WHICH IS DESIGNED TO WITHSTAND FULL CON-LINE REMAIN OPEN AND NOT BE ISOLATED TAINMENT DESIGN PRESSURE, WILL PREVENT FOLLOWING AN ACCIDENT. BASED ON THIS ANY ESCAPE FROM THE CONTAINMENT. THIS REQUIREMENT, A SEALED SENSING LINE, AS ARRANGEMENT PROVIDES AUTOMATIC DOUBLE-DESCRIBED BELOW, IS USED. BARRIER ISOLATION WITHOUT OPERATOR ACTION AND WITHOUT SACRIFICING ANY RELIABILITY. GNPT0938 IS A WIDE RANGE CONTAINMENT BECAUSE OF THIS SEALED FLUID FILLED REFERENCE SECTION 6.3, 9.4 PRESSURE TRANSMITTER REQUIRED BY SYSTEM, A POSTULATED SEVERANCE OF THE LINE DURING EITHER NORMAL OPERATION CONTAINMENT PENETRATION NO. P-104 NUREG-0737 AND REGULATORY GUIDE 1.97. DESCRIPTION: DR ACCIDENT CONDITIONS WILL NOT RESULT CONTAINMENT PRESSURE TRANSMITTERS IN ANY RELEASE FROM THE CONTAINMENT. CONTAINMENT COOLING SYSTEM APPENDIX J REQUIREMENT NOTE 1: MAXIMIUM CLOSURE TIMES CONTAINMENT PENETRATIONS TYPE A~ SPECIFIED IN THIS FIGURE ARE FIGURE 6.2.4-1 B0 NOMINAL DESIGN OR LICENSING- PAGE 81 OF 84 co BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR REV. 15 3/08 NONE 0 VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY.
LINE/ INSIDE/ NORMAL MAXIMUM PRIMARY SECONDARY CLOSURE VALVE POSIT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION TIMEISEC. NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL l NORMAL SHUTDOWN POWER POST ACCIDENT (NOTE 1 l FA I LURE PRIMARY SECONDARY GTHZ0009 36/36 OUTSIDE OUT BUTTERFLY AIR CPIS NONE 10 CLOSED OPEN CLOSED CLOSED N/A GTHZ0008 36/36 INSIDE OUT BUTTERFLY AIR 4 CPIS NONE 10 CLOSED OPEN CLOSED CLOSED N/A GTHZ0012 18/18 OUTSIDE OUT BUTTERFLY AIR 1 CPIS NONE 5 NOTE 1 CLOSED CLOSED CLOSED N/A GTHZ0011 18/18 INSIDE OUT BUTTERFLY AIR 4 CPIS NONE 5 NOTE 1 CLOSED CLOSED CLOSED N/A GTV0236 3/4 I 314 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 6. 3 FT. APPLICABLE GDC NO. 56 1I ,J,
GENERAL COMMENT
S: NOTE 1 CONTAINMENT L THIS VALVE IS INTERMITTENTLY OPENED TD PROVIDE FOR CONTAINMENT MINI-PURGE DURING CONTAINMENT ATMOSPHERE GTHZ0008 i I GTHZ0009 I
"/ EXHAUST POWER OPERATION.
NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT ATMOSPHERE 1I~ GTHZ0011 YI~ GTHZ0012 REFERENCE SECTION 9.4 CONTAINMENT PENETRATION NO, V-160 DESCRIPTION: SHUTDOWN PURGE EXHAUST CONTAINMENT PURGE SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 82 OF 84 C 1:8:J REV, 14 3/08 NONE 0
LINE/ INSIDE/ NORMAL PRIMARY SECONDARY MAXIMUM VALVE PDS IT I ON VALVE VALVE OUTSIDE FLOW VALVE VALVE POWER ACTUATION ACTUATION CLOSURE NO. SIZE, IN. CONT. DIRECTION TYPE OPERATOR SOURCE SIGNAL SIGNAL TIME(SEC. l NORMAL SHUTDOWN POWER POST ACCIDENT FA I LURE PRIMARY SECONDARY GTHZ0007 36/36 INSIDE IN BUTTERFLY AIR CPIS NONE 10 CLOSED OPEN CLOSED CLOSED N/A GTHZ0005 18/18 INSIDE IN BUTTERFLY AIR CPIS NONE 5 NOTE 1 CLOSED CLOSED CLOSED N/A GTHZ0004 18/18 OUTSIDE IN BUTTERFLY AIR 4 CPIS NONE 5 NOTE 1 CLOSED CLOSED CLOSED N/A GTHZ0006 36/36 OUTSIDE IN BUTTERFLY AIR 4 CPIS NONE 10 CLOSED OPEN CLOSED CLOSED N/A GTV0235 3/4 I 3/4 OUTSIDE N/A GLOBE MANUAL N/A N/A N/A N/A CLOSED CLOSED N/A CLOSED N/A ENGINEERED SAFETY FEATURE SYSTEM YESl:8:J ND FLUID CONTAINED: AIR LENGTH OF PIPING TO OUTERMOST ISOLATION VALVE: 6. 3 FT. APPLICABLE GDC NO. 56 11: :1
GENERAL COMMENT
S: NOTE 1 CONTAINMENT SHUTDOWN L PURGE SUPPLY THIS VALVE IS INTERMITTENTLY OPENED TD PROVIDE FOR CONTAINMENT MINI-PURGE DURING POWER OPERATION. CONTAINMENT ATMOSPHERE GTHZ0007 i GTHZ0006 AIR UNIT 11~ NOTE 1: MAXIMIUM CLOSURE TIMES SPECIFIED IN THIS FIGURE ARE NOMINAL DESIGN OR LICENSING-BASIS VALUES. PERFORMANCE-BASED VALVE OPERABILITY LIMITS FOR VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY. CONTAINMENT ATMOSPHERE GTHZ0005 YT,GTHZ0004 CONTAINMENT MINI PURGE SUPPLY AIR UNIT REFERENCE SECTION 9.4 CONTAINMENT PENETRATION NO. V-161 DESCRIPTION: SHUTDOWN PURGE SUPPLY CONTAINMENT PURGE SYSTEM APPENDIX J REQUIREMENT CONTAINMENT PENETRATIONS TYPE A 0 FIGURE 6,2,4-1 B0 PAGE 83 OF 84 C 1:8:J REV, 14 3/08 NONE 0
VALVE LINE/ INSIDE/ NORMAL VALVE VALVE POWER PRIMARY SECONDARY MAXIMUM CLOSURE VALVE POSITION NO. VALVE OUTSIDE FLOW TYPE OPERATOR SOURCE ACTUATION ACTUATION TIMEC SEC. ) POWER POST ACCIDENT SIZE, IN. CONT. DIRECTION SIGNAL SIGNAL CNOTE 1) NORMAL SHUTDOWN FAILURE PRIMARY SECONDARY NONE N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A ENGINEERED SAFETY FEATURE SYSTEM YES~ ND FLUID CONTAINED: WATER EACH PRESSURE TRANSMITTER IS LOCATED LENGTH OF PIPING TO OUTERMOST IMMEDIATELY ADJACENT TD THE OUTSIDE OF ISOLATION VALVE: N/A THE CONTAINMENT WALL. IT IS CONNECTED TD APPLICABLE A SEALED BELLOWS, LOCATED IMMEDIATELY GDC NO. 56 ADJACENT TD THE INSIDE CONTAINMENT WALL, BY MEANS OF A SEALED FLUID FILLED TUBE.
GENERAL COMMENT
S: GNPT0934 THIS TUBING, ALONG WITH THE TRANSMITTER AND BELLOWS, IS CONSERVATIVELY DESIGNED AND SUBJECT OT STRICT QUALITY CONTROL L GNPT THERE ARE FOUR INSTRUMENT LINES 0934 AND TO REGULAR IN-SERVICE INSPECTIONS TO WHICH PENETRATE THE CONTAINMENT AND ASSURE ITS INTEGRITY. THIS ARRANGEMENT WHICH ARE REQUIRED TO REMAIN FUNC- PROVIDES A DOUBLE BARRIER (ONE INSIDE TIONAL FOLLOWING A LDCA OR STEAM AND ONE OUTSIDE) BETWEEN THE CONTAINMENT BREAK. THESE LINES SENSE THE PRESSURE AND THE OUTSIDE ATMOSPHERE. SHOULD A OF CONTAINMENT ATMOSPHERE ON THE LEAK OCCUR OUTSIDE THE CONTAINMENT, THE INSIDE AND ARE CONNECTED TD PRESSURE SEALED BELLOWS INSIDE THE CONTAINMENT, TRANSMITTERS ON THE OUTSIDE. SIGNALS WHICH IS DESIGNED TD WITHSTAND FULL CON-FROM THESE TRANSMITTERS CAN INITIATE TAINMENT DESIGN PRESSURE, WILL PREVENT SAFETY INJECTION AND CONTAINMENT ISO- THE ESCAPE OF THE CONTAINMENT ATMOSPHERE. LATION ON HIGH CONTAINMENT PRESSURE. SHOULD A LEAK OCCUR INSIDE THE CONTAIN-THEY ALSO, UPON HIGH-3 CONTAINMENT MENT, THE DIAPHRAGM IN THE TRANSMITTER, PRESSURE, PRODUCE THE ONLY SIGNAL TO WHICH IS DESIGNED TO WITHSTAND FULL CON-INITIATE CONTAINMENT SPRAY. IN VIEW OF TAINMENT DESIGN PRESSURE, WILL PREVENT THIS FUNCTION, IT IS ESSENTIAL THAT THE ANY ESCAPE FROM THE CONTAINMENT. THIS LINE REMAIN OPEN AND NOT BE ISOLATED ARRANGEMENT PROVIDES AUTOMATIC DOUBLE-FOLLOWING AN ACCIDENT. BASED ON THIS BARRIER ISOLATION WITHOUT OPERATOR ACTION REQUIREMENT, A SEALED SENSING LINE, AS AND WITHOUT SACRIFICING ANY RELIABILITY. DESCRIBED BELOW, IS USED. BECAUSE OF THIS SEALED FLUID FILLED SYSTEM, A POSTULATED SEVERANCE OF THE REFERENCE SECTION 6.3.9.4 GNPT0939 IS A WIDE RANGE CONTAINMENT LINE DURING EITHER NORMAL OPERATION PRESSURE TRANSMITTER REQUIRED BY OR ACCIDENT CONDITIONS WILL NOT RESULT CONTAINMENT PENETRATION NO. E-256 NUREG-0737 AND REGULATORY GUIDE 1.97. IN ANY RELEASE FROM THE CONTAINMENT. DESCRIPTION: CONTAINMENT PRESSURE TRANSMITTERS CONTAINMENT COOLING SYSTEM NOTE 1: MAXIMIUM CLOSURE TIMES APPENDIX J REQUIREMENT SPECIFIED IN THIS FIGURE ARE CONTAINMENT PENETRATIONS TYPE A~ NOMINAL DESIGN OR LICENSING- FIGURE 6.2.4-1 B0 BASIS VALUES. PERFORMANCE-BASED PAGE 84 OF 84 co VALVE OPERABILITY LIMITS FOR REV. 16 8/16 NONE 0 VALVE CLOSURE TIMES ARE SPECIFIED PER THE INSERVICE TESTING PROGRAM FOR CALLAWAY.
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8 7 6 5 4 3 2 1 (0 ) REV. 1 DATE DRAWN 03179 GDC CHKD. SUPV. APPD. DJB TJM N/A REDRAWN FOR CLARITY. REV. DATE DRAWN 2 03269 DJ B CHKD. SUPV. APPD. RBF T JM NIA H INCORP. OEC-994 H s s REV. DATE DRAWN 3 06249 DJ B
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- 36-HCB-3/4" FROM SAMPLE 35-HCB-3/4" * * * * * * *
- I I r
M-22GT01 POINTS M-22GT01 l ~ ID-21 FC FC FC I D-1 l HCB HCB SAMPLE HYDROGEN 03-HCB- 31/ SEE NOTE 5 29-HCB-1" 15-HCB-314" HYDROGEN SAMPLE ANALYZER ... ANALYZER VESSEL ITGS01BI SGS02B SGS03B [4J /4\~, ~ 10 ~ 0 s s 0 0 u
<D 0
~ [iJ fHi?\
SGS02A SGS03A VESSEL ITGS01AI GS065B
'i-i---0 g _j'" TEST 1 "~ST L"J 1" TEST 1"TEST L:_J
~---~ GS065A :
I+- I CONN, V103 NOTE ~-j 020 SEE NOTE 8 CONN. CONN. CONN. 0 2 0 SEE NOT~~ __d-
- V107 I i I I I~--- @-A --S HYDROGEN FROM TO OA-10 2---_J 10 ANALYZER "A" I C-3 I 020 IC-31 C NOTES: C
- 1. THE HYDROGEN PURGE MAKEUP SUPPLY AIR IS SUPPLED BY THE CONTAINMENT HV HV HV CONTAINMENT COMPRESSED AIR SYS ANO IS SHOWN ON P&ID M-22KA01.
ATMOSPHERE MONITOR IRE-31 I 07-HCB-314" 38 39 34-HCB-1 11 34-HCB-1" TO 30-HCB-1" I IP-971 33 19-HCB-3/4" ATMOSPHERE MONITOR IRE-321 2. THE HYDROGEN MIXING FANS ARE SHOWN ON THE CONTAINMENT COOLING SYS P&ID M-22GN01. r M-22GT01 CONTAINMENT M-22GT01 I D-1 I FC m 7 FC HCB ATMOSPHERE SEE NOTE 5 HCB FC m FC I D-1 I
- 3. THIS CONNECTION WILL BE LOCATED AS CLOSE AS POSSIBLE TO THE CONTAINMENT ISOLATION VALVE.
4, FOR HYDROGEN ANALYZERS AND HEAT TRACING. SEE VENDOR P&ID
~
u 00 N u
~
PRINT NO. J-359-00016. 4t --' "'> 0 s s "'> 0 --' "'> 0
- 5. THREADED END FOR USE DURING VALVE LEAK TESTING.
- 6. FOUR ISOLATION SWITCHES ARE PROVIDED ON THE MAIN CONTROL L"J L:_J L:_J L"J BOARD FOR POWER LOCKOUT. SWITCH LOCKOUTS ARE AS INDICATED, 1" TEST 1" TEST 1"TEST 1" TEST CONN. CONN. CONN. CONN. 7, CONTROL PANELS GS065A & GS065B ARE SUPPLIED BY HYDROGEN ANALYZER VENDOR IJ-3591. HYDROGEN RECOMBINER PANEL INSERTS GS065AA & GS065BA ARE SUPPLIED BY THE HYDROGEN G
z G z RECOMBINER VENDOR IM-6371. CONTROL PANEL INSERTS ARE MOUNTED ON HYDROGEN ANALYZER PANELS GS065A & GS065B.
<D
[4J [4J [iJ [iJ m
">- ">- 8. THESE LOCATIONS MAY BE USED AS GRAB SAMPLE POINTS; SEE B
r----~
?o11
~1----1 r----~IS 18 o11
~1----1 HTP-ZZ-03006.
B y y y I I 0 0 I I I FROM HIS-432 I I A-6 I I I CIS-A 2CLOSES CIS-A CLOSESS I I FROM I SHIS-43 I I A-6 I I I I I I I FROM HIS-422 I I A-4 I
-<v-I I
CIS-A
<cLOSES CIS-A CLOSESS I
I FROM I SHIS-42 1 IA-41 I I 0 0 01 ze5 I HV HV I ZS 1-0
.1- 2 _9 ~l ZS I HV I ~¥ 1-e S. W. CAP 32-HCB-3/4" 8
8-HCB-1 11 IP-561 I 9 9 TO
~ 18 1B IP-971 I
.,/--------------+.i.,.f-.aa2:a:,O-..,:H.:,;C:,;;B'---'-1-"--::::--r-----~----"T-----.....--Q-,a;2B::.-..:,H:::Caa:B_-3::.;l:..;4'-"-..L--,:---]
'\3/4" CAP ~----,-------';;.:;..-"-'.::...."-'-.:....--{_J--------,-----,~~....;;;..-'-".::.....:....,---::::------~"<1111r---------------,1,.
r 3,,{' S. W. CONTAINMENT 32-HCB-314" FC 7 FC HCB ATMOSPHERE HCB FC FC 28-HCB-3/4"
- UT SEE NOTE 5 HCB
~ ~ ~,/4\
N 4t
~
0
~
0 s s 0 --' s s L"J L"J L"J L"J 1 11 TEST 1" TEST [4J [iJ 1" TEST 1" TEST AS-BUILT CLASS 1 CONN. CONN. CONN. CONN. 3 2 A 20 I1 DRAWN N/A ( DATE I A I SEE NOTE 6 I SEE NOTE 6 CHKD. (DATEJ PIPING AND INSTRUMENTATION DIAGRAM I I N/A CONTAINMENT HYDROGEN CONTROL SYSTEM I I TO HV-8 2-- IB-61 ~ 0 --c' TOIB-61 HV-9 TO HV-18 2-- IB-51 ~ 0 --2 TOIB-41 HV-17 SUPV, N/A (DATEJ FSAR FIGURE 6.2.5-1 APPD. fDATEJ LOCATION CLASS N/A CALLAWAY PLANT UNION ELECTRIC COMPANY REV. ST. LOUIS, MO M-22GS01 (0 ) 10 8 7 6 5 4 3 2 1
6 5 LIMIT 4
- i' ID
..J -C/J-C/J C 3 ~~
- E en
- E ::,
- , 0 z :::c 2
~I::. ~ 1 0 0.2 0.4 0.6 0.8 1 1.2 (MILLIONS) ZINC AREA AT 4 MILS THICK (FT 2 ) CALLAWAY PLANT FIGURE 6.2.5-2 REVOL-811/95 MAXIMUM ALLOWABLE QUANTITIES OF ALUMINUM AND ZINC IN CONTAINMENT
4
~
0 3.5 z 0
~
3 zw 2.5 (.) z 0 (.) 2 w
- E
,.J 0
1.5 zw 1 C> 0 a:
~ 0.5
- c 0
0 20 40 60 TIME AFTER LOCA (DAYS) CALLAWAY PLANT REV OL-3 FIGURE 6.2.5-3 6/89 HYDROGEN VOLUME CONCENTRATION IN CONTAINMENT WITH ONE RECOMBINER OPERATING AT 1 DAY ICL-Ul/2-7/18
- ,.,1.2 a:
- J:
u, 0 w 1
- E
_,rA - 0.9 ~ z 0.8 0 0.7 ~w 0.6 zw CJ 0.5 zw C, 0.4 0 a: C 0.3
- J:
0.2 0 20 40 60 TIME AFTER LOCA (DAYS) CALLAWAY PLANT REY OL-3 FIGURE 6.2.5-4 6/89 HYDROGEN GENERATION IN CONTAINMENT ICL-t31/3-7/II
700 V, w 600 0
~_. -z0 500 ~
400
- I!:
- , 300 c.,
c., c( zw 200 (!) 0 a: C 100
- c Zr-H20 0
0 20 40 60 TIME AFTER LOCA (DAYS) CALLAWAY PLANT REV OL-3 FIGURE 6.2.5-5 6/89 HYDROGEN ACCUMULATION IN CONTAINMENT
10 0 9 z 8 0 i zw 7 0 6 z 0 0 5 w
~ LOWER FLAMMABLE LIMIT ..J 4
0 CONTROL LIMIT
> 3 zw C) 0 2 a:
C
- c 1 0
0 20 40 60 TIME AFTER LOCA (DAYS) CALLAWAY PLANT FIGURE 6.2.5-6 REV 6Jg9 3 HYDROGEN VOLUME CONCENTRATION IN CONTAINMENT ASSUMING NO PREVENTIVE ACTION TAKEN ICL..e31/l-7118
3.5
~
2 0 3
~
2 w 2.5 u z 2 0 u w
- E 1.5 0
2 w C, 0 a: 0.5
~
- z:
0 0 20 40 60 TIME AFTER LOCA (DAYS) CALLAWAY PLANT REV OL-3 FIGURE 6.2.5-7 6/89 HYDROGEN VOLUME CONCENTRATION IN CONTAINMENT WITH PURGING AFTER 5.1 DAYS ltl-1311&-7/18
8 7 6 5 4 3 2 1 ( 0 l (0N8ZZ-~ TYPICAL FOR REV, DATE DRAWN LT-930, LT-931, 16 11 COVERED VENT 18 06259 JHK LT-932, LT-933 CHKD, SUPV. APPD. MAL AMR NIA INCORP, I, - -@I930 RFR-18497A. REV, DA.TE DRAWN I 01 s 19 11199 RLW I CHKO, SUPV. APPO. I r------"""( TD LR-930 DJB INCORP. AMR NIA H I MP 89-1 035
,-------7----------- 1----7 ( PARTIAL l I I I REV- DATE DRAWN 20 10259 RLW CHKO. SUPV, APPO.
TO LAHL-930 2 - - ~ L B LB_ _ ~LB LB__ --2;t~LD-930 (Li) --"(
~
TO SSPS 03-HCD-4" NOTE 1 s DJB AMR NIA VIA INTERLOCK 30 30 30 30 INTERLOCK s INCORP. 7-' "( FROM L T-930 PIPE TUNNEL NOTE 5 PIPE TUNNEL MP 89-1 035 (PARTIAL) 21 -HCD-6"
~---------J L__ "' 0?AL~~~is16gK NOTE 5 REV.
21 DATE 1111 02
*
- E * * *
- E *
- E *
- E *
- E DRAWN CHKO. SUPV
- TY RLW MAL DLB
, - - ( FROM LB-930A
, - - ( FROM LB-930D L __ "(
FROM PIPE TUNNEL PIPE TUNNEL
,------------ 6 INCORPORATE e
LT-931 MP 89-1035A I ,----( FROM LB-931 D i~: (PARTIAL) 1 I ,----( FROM LB-931 A I / (ONLY NOTE 2 CHANNELS [,] I REV. DATE
---10 930 & 931 LT 27-HCB-3/4" I A/S 22 082003 01s Y\ ARE 1 { 1 1 z"x 1 "
DRAWN CHKD, SUPV. I I '----( FROM LB-932A I '----c L __ ( j FROM LB-932D RECORDED. l 1_---__93~____ _v 00_7_ __ 5 HCD HBO I _____ I __ _J I I It-jL_-,_ 22-HBD-1 _.:....:.:.:..::.1>~D~~-cl--t:: <}----7--------------< 1 '* 2"x1 " 1 ' " AUX. STEAM SYSTEM
< RLW MAL TWS INCORPORATE
~
FROM LB-933D FB-36-HBD- ., M-22FB02 MINOR CHANGE I I L __ ( FROM LB-933A
,--2 FROM LB-930C 9'--------e T{'=-- T1tl.. L_N_m_E_1_o_v~o_,_s_ _1c11c*--------~-j I
<F-s l CAR 200305155 REV. DA TE G
~ ll::J 053 32-HBD-3/4 11 V037 AUX. STEAM SYSTEM 23 091003 _:2;;;3;_-_;H,::B;:;_-_:1_"_ _ _ _-{::,<}---------------~6_:~,:~£_-.2_'.:_ __) II / -2 FROM LB-931C 28-HCB-3/4"
'---!><f-----+-1 1_~~---J DRAWN CHKD, SUPV.
@ ---(0 -I - LT 931 C TE NO_:_E_1_ _ _ _ _ _ _ _ 1.,._ _ _ _ M-22FB02)
MAL EWM TWS 018 V008 6 ~ V015 (F-41 IN CORP. I I ~-2 FROM LB-9308 018 y"I ~,
, FROM LB-932C SEE DETAIL "A" FOR TYP, INSTRUMENTATION ~
MP 89-1035A (PARTIAL), I REV, DA TE i ~I /,- r' FROM LB-931B L __ 2 FROM LB-933C [,] PIPE TUNNEL 018 54-HC -11,/ ,AUX. STEAM SYSTEM 24 11 0904 LT 29-HCB-3/4" rit---:::-~--+----------;l__....,___________________t><J-- ____________ FB-60-HBD-1 1
'2 _ ) M-Z 2 FB0 2 ) DRAWN CHKD. SUPV, YI,' '-, FROM LB-932B
,--2 FROM LB-930E T 932 V009 54-HCD-1 1
, { ITT I ~ V016 (F-4J MAL I NCORP.
RLW TWS II / -2 FROM LB-931E L_____ @ 1-+-__ C!J_..., TE z-
-@T TA,LL NOT~E-1_0_ _ ___ RFR-22941 A L __ (
@ ---(0 I
FROM LB-933B 2 7-1 018 REV- DATE 053 I I I 25 082007 018 "('\" I ~,1 FROM LB-932E 0 30-HCB-3/4 11 REFUELING WATER G)-------! I ~ --~ D ( 59-HCD-~ FLOOR & EQUIP, DRAWN CHKD, SUPV. RLW EWM TWS
}-----{;><:J-------t--t STORAGE TANK y s
L __ 2 FROM LB-933E LT T '3 33 V010 25-HCB-5" ~ 53 H-::::::--::,,,::------------- ------++.....::.::...:.:::.::....:_:......1-__.....Ml-.:...J-----f ,J-- --------, I 26-HC0-6" - CH. / LF-479-HCD-6 11 ~RAIN SYSTEM) F M-22L 06 INCORPORATE MP 89-1 035A L_____ I TBN011 'i7 L'.J ZS 011 >----, PANEL V023 3,,-/ V I I L. C'
~ IE-71 REV.
26 DATE 1 02'314 DETAIL A ,---M.....J----+---___ V017 5 DRAWN CHKD, SUPV. MAL RLW LMP H~ lj,CD I NOTE 12 INCORP. MP 13-0028, REV. o. F s I 0~IS 0 I I 112 E 00 1 BORON DILUTION I ~ - ) EVENT { OPEN I TE _ _ _ _ _ _ _ _ _J I / FUEL POOL 5 / CLEAN-UP PUMPS EC-70-HCD-4" 04-HC0-4 SIS o/l / VCT LO-LO
.....-----------!1----IMl--::7 11
[iJ S-------- -------S OPENS
~
) M-22EC02 )---------------- OPENS I M-22BG03 ( E-7 J
- (0-2) V002 ~ 1 "D 1------- TO L C V - 1 1 2 C S - - - - - - - - - - - + - - - - - ~
JIF PIPE TUNNEL A SIS M-22BG03 ~ V029 II IF (E-6) I 017 CLOSES V035 ~ 1 "D r I
- BURIED PIPE
~
~ - - -
I i I t---J I I I AS
,------I V012 f--_;__;_:..t*....~ 3..-411 SAMPLE CONN.
08-HCB-81, 1---------------------,-----,.,..-------------- M-22BG03) BG-265-HCB-8" CENTRIFUGAL CHARGING PUMP "B" I ( A-8 I V024 I I I I F. O. F. . 'w rn u I rn' 81 E HY V028 8800 B r----s IF 017 ZS HCV ZS HCV 6"x3"
~ =~ f---------------------------,f-FUEL POOL 8800 8800 8800 8800 RED.
CLEAN-UP PUMPS EC-52-HC0-3" 20-HCB-3"
< M- 2 FC SAFETY r:r: u 09-HCB-8" EM-03-HCB-8" INJECTION PUMP "B" BCD HC HCB 8
N L_:_J u VJ FC 1--------------------------------Gk::_)---------------t M-22EM01 ) (D-81 1 11 D :::c s SAFETY INJECTION NOTES: SYSTEM TEST LI NE EM- 72 _BCQ-3/{ 06-HC0-3/4 11
> M-22EM01 )-------..;_--{::<<:}------, TO VALVE TO STC TO AND FROM VALVE HV-8811B 1.
2. LOCATE CONNECTION ABOVE NORMAL WATER LEVEL. HEATING COIL AND STEAM SUPPLY AND RETURN LINES ARE NOT ( H-8 l V004 HV-8701B ( M-22EJ01, C-7) (M-22EJ01, D-71 0-L ISTED-T 3. REFERENCED WESTINGHOUSE DRAWJNGS: 1145E02 SHT,3, u r [iJ 1145E03, 1145E04 SHEETS 1 THRU 3. I
~ '
L_________ ZS TO VALVE PV-8702B ( M-22BB01, H-6) 4, DELETED, D 8812BA 5, REMOVABLE SPOOL PIPE REQUIRED FOR HYOROTESTING, "7
- 6. ISOLATION SWITCH PROVJDED IN THE CONTROL ROOM FDR POWER eves BORIC V031 ( ~ 12-HCB-14" EJ-11-ECB-14 11 RHR PUMP "B 11 7.
LOCKOUT OF VALVE HV-8813. THE THERMOWELL FOR TE-6 WILL BE IN ACCORDANCE WITH L - - - - - - - - - - - - - - - - - - - - - - - - f : K J - -------------- M-22EJ01 ) SPEC. J-563(QJ. ACID BLENDING TEE
) M-22BG05 BG-ZE,Z-HCD-Z"
)-----------------{><:J,---'---'--,
HCB I ECB (B-7 J 8. TEST INDICATING SWJTCH TO VERJFY CJRCUIT OPERABILJTY . I C-2}
- 05-HCD-2" 7
N 0¥ Y n
- 9. LEVEL SWITCH NOT USED ON THIS INSTRUMENT.
- 10. TEMPORARY COOLING SUPPLIED THROUGH BONNET OF BNV0016 AND BNV0036, I -------? TO STC 11. DELETED.
CONTAINMENT SPRAY m u I 12, PIPE CAP MAY BE REPLACED BY OUICK-DISCONNECT PUMP TEST LJNE EN-15-GCD-4" V001 02-HCD-4" ~ ' ~~--------( CSAS OPENS ASSEMBLY, PER RFR-17192B.
) M-22EN01 ) - ----------------*--*t------T...L.---r 0 (E-3) L.C.I ~----~
GCD
.... HCD :J V027 HV 3
1 "D 0 L.:.J CONTAINMENT
~ ~NOTE 6 L-----------~------------1>':::J--------------- M-22ENDI )
10-HCB-12 11 EN-06-HCB-12'1 SPRAY PUMP "B" C
~017 ~~17 ( A-8 I V006 TO/FROM VALVE <>-<;>------~~; VALVE
~~=~~~jg1 TO ESF c-------
[,] ZS 8717 11-HCB-2" 2 11 s. w. HV-8804B (M-22EJ01, A-<C--I - - - - I ----( H-3)
, FI 968 STATUS PANEL
[iJ v~~31 **-*
~
r-G NOTE 8 AA [,]
~,'
8717 RHR PUMPS EJ-61-ECB-8" L.C. 18-HCB-8" 017 I TD VALVE I ) M-22EJ01 )-----------lol4---------'-------i 01 ".-------,' TO STC I ,~~~=~~~j~1' voos (E-41 TO VALVE HV-8701 A I H-3) ( M-22EJ01, 2----- ---( TO AND FROM VALVE HV-8811A HV I G-7 l l [,] (M-22EJ01, F-7 l
~ ~
8813 ZS SAFETY INJECTION 8813 ---~ ~--1
> PUMPS EM-45-CCB-2 11 01-HC0-3" M-2 2E MO 1 ) - - - - - - - - - - - - - - - -~K}-,-{:}-....::..:_...::::;,_;:._ __J (A-Bl 3 X2 11 11 Ol 7 ~DA
~~~--------8 HV HV 8812 ZS 8812AA ____
~ TO VALVE PV-8702A (M-22BB01, F-4) 0 8806 CCB 01-HCD-2" HCD
~
0
> SAFETY 11 1 13-HCB-14 11 1-------------------------------{:0k'.:l--- EJ-4-ECB-14 II ----t RHR PU MP "A" M-22EJ01 )
B INJECTION PUMP A' EM-01-HCB-8'1 L_:_J 1 "D
< M-22EM01 f---------------N::l-------------,
33-HCB-8" [,]~ LJ('C, I CC'~ (F-71
~
( E-8 I s yo11 I ---------2 TO STC [iJ ~IS 'w ~---------2 CSAS OPENS 1 12 001 I I /
/c---2 BORON DILUTION EVENT COPEN J '
m u I j-----G
~
~ '
VCT LO-LO HV OPENS 2---- I --( SIS OPENS 4 M-22BG03 ( E- 7 l CONTAINMENT TO LCV-112B ~ SPRAY PUMP 11 A 11 i2------r--~ 1 M-22BG03( F-6 15-HCB-12" EN-02-HCB-12" - M-ZZEN0 1 ) N LCV CENTRIFUGAL 112 rn u
~
I IF-8) AS-BUILT CLASS 1
' A DAA',/N f-------------------_,.,_,.__-,-________._______,
11 11 CHARGING PUMP A BG-264-HCB-8 11 17-HCB-8" w M-22BG03 2 II s. w. N/A PIPING AND INSTRUMENTATION DIAGRAM ( C-8 C~KD. mom BORATED REFUEL I NG I V?~ 41 N/A WATER STORAGE SYSTEM
~
SUPV. N/A FSAR FIGURE 6.3-1 SHEET 1 APP . (DATEI LOCATION CLASS CALLAWAY ENERGY CENTER 26 N/A UNION ELECTRIC COMPANY REV. ST, LOUIS, MO M-22BN01(Q) 26 8 7 6 5 4 3 2 1
8 7 6 5 4 3 2 1 REV. DATE DRAWN 24 03oao1 MAL HCD ECD CHKO. SUPV. APP . 3 / X 3/s" RED. I FI SKC JHC NIA 130-HCD- 3 ,t 928B HY 8871 GJ@-_7--8 INCORP. RFR 21102A.
~17 ACCUMULATOR COLD Y
I REV. DATE DRAWN M-22HE01 LEG 4 TEST LINE I A- 7 I FI
- - I --
I I _CCIS "A"
) CLOSES g; ) M-22EP01 >-------7 25 041 B01 CHKD. SUPV, RLW DLB NIA MAL APP .
H 928A I ~ [j]~ ¥ IC-1 Iv, ~I INCDRP, H
,c-----i s I 3 ,,
~----T-- :;: ~ ~I MP 97-1010 1t 3 ,, 3 ,, *4
'4 X '8 RED. pI N << FCN-06, I .--. .14--] TEST V140 929 I V138 CONN. I 01 7 I as I REV. DATE DRAWN 928 FE ZS "" I I 8 ---7 --- ~I __uus\ 26 042001 RLW CHKO. SUPV. APP .
~ ~
0
~ :;; ,., 896 4 Hv '\s/-s~-o ;'; Hv 2; I I I "' , I MAL DTW N/A V1 21
~ §: P92 I , - - - - - ~: ___ 1_9.1._7__ ~
0
> §: : 8964 V 8871 > I I 041-BCD-314" V267 I 017 FD I INCDRP.
RWST f-----f"-J----"""T-_JL-_o.:..7:..:2;..-.:;B.:;C.:..D_-;:;31.:..4.:..'_'----iMlif---"0.:..7.:..1-..:Bc.:C..::B.:..-.:;3.:..1~4_"_..1-_....:::__J::::~-r,a-_-,:.-----iMff-------.L-f:v 152J--,,--------------1_ _ __ _ _ _ _ _ _ __ ______ 1 MP 00-1015 072-BCD-3/4" ;;:.06::..8::..-. ::B:;;C.:;D.:. -.:. 3.:. l4::...."_I_____I ___,-..---rl~EJ -04 7-~w*CD-3! _ ~ A IPARTIALI M-22BN01 4 1
<v-REV. DATE DRAWN I D-8 I 1 l,,z"x 3,,/ RED.
V122 BCD F.C. BCB s m
~ I u I l"1 ID
;:~8 u
F.C. _c_B~-B_c_o RHR TEST LINE
> M-22EJ01 T"'
o N N 3,,{(Vl 119-BCD-3/4"1 I I I --c
) CI s ,, A CLOSES If 0 Cs\ I Tl I I I ;l',;::
~>
0..0
~>
Cl q-Z Bu~' v,
~
- 2~ N w
z
"'~
T-I 27 CHK . 042101 MAL DTW NIA RLW o--- SUPV. APP .
,~w
,.,.- "'""" ~065-BCD-3/4 11 INCDRP.
RECYCLE S o '<l""" ( E-2) 314" V249 I HY ZS ,;;- VJ w 6- ~1- o MP 00-1015A. HOLD-UP TANK M-22HE01 128-ECD- 3,,/----< V1 39 ~ 8w u DJ 314" L_"_J TEST CONN. ID S EJ-050-BCD-3/4" fl_:!. I r-=~=--..-._ I 8 i HY 8881 8889B ASr',~ 8889B
/4 4ku U : S
~
- OJ S
-~t2~
'1--,----'
oc'"j~
~
- Ja VJ
~~ ~
~~u
~ N w
I REV. 28 DATE DRAWN 09050 CHKO. SUPV. JHK TWS NIA MAL APP .
/t
..:.:J IA-81 1" X 3 RED .-~-1 l"I OJ *u *u .--- INCDRP.
SAFETY INJECTION : ~: s fFo / "- ~ ~ RFR 21810A. G [j]~
/...J:ilij 1 11 X I
'2 RED.---n RED,---\ CIS "A" ) _ ~ ~ I S CLOSES~
@]
88 SYSTEM TEST LINE M-22EM02 070-BCD-3/4" I 61 I ~I DJ as F.C. W'#fJ'.h'#r'AS 041-BCD-314J - - - - - - - ,' -
,,--l.___ ~ 8 m
e-HV 67-BCD-314" REY. 29 DATE 11 0402 G DRAWN CHKD, SUPY, 7 3 // ~ AS 018 ACCUMULATOR COLD I II ( HV \ / HV \ DJ ZS RLW MAL DLB o1 1 ~ 8889C c!, GJ~ ,,4 0 I 31 11 I I ( B-2 I LEG 2 TEST LI NE I al '
~
HV 8889B INCORPORATE i;;)~I --~ ~~ ci r-e pI ~1 > FD r------------rI
) M-22EP01 ~P-402-BCD-314" 8881 '---" 0 MP 01-1019A 8-------i ~
017 HCD s
~
HCB ;: m
~
S 0 807 20 (~)
~ ~
I I IE-31 ACCUMULATOR COLD LEG 3 TEST LINE d_l wl I 7 m as AS.-'-77"-1
~
u
"- DJ I
I REY. 30 DATE 1111 02 DRAWN CHKD. SUPV.
~ ,.,'-
1 RLW MAL DLB
*N F~
) M-22EP01 )---J "'
I
~ ~
uro HY I ACCUMULATOR COLD z I INCORPORATE FROM RHR HEAT EXCHANGER "A" TO eves CENTRIFUGAL HV 92 1 ,,r: V174 022-HCB-6" 1,, u u
~> 8888 LEGS 1 & 4 TEST LINE 069-BCD-3/4" <C- 3 I m
=>
DJ u ZS 8 889 C OJ izls\? e-il MP 89-1 035A REY. DATE 7--- )>------------------------- DJ rri CHARGING PUMPS ID)L.: 023-HCB-6" m 0 GJ~ /...J:ilij 0 ro I
"7DI l ~ u m S ACCUMULATOR 1..:. 58 8 ~~ 8
) M-22EP01 IG-ZI RECYCLE HOLD-UP TANK
- - - - - - - - - - - - ~ f-0
~
0 I '-.__/ I I OJ U DJ I u OJ I
~
~
I I I I 31 041905 DRAWN CHKD. SUPY. MAL RL W TWS M-22BG03 ro ro I
-> u I
FILL LINE M-22EP01 sc;:-------- / V00 6 EP-03 4-CCD-I " *./'"j:..0:...3:...8;..-...;C;.:C;.:B_-.;.1_"-:::::::=-.L-,,---t*t---------------1----....;.r_, -- -- - - - -7 M-2 2 HE O1
\ )
2"X 1 ITYP. 1 1t --1 I
~
'<l"""
~
0
~
OJI I I INCDRP, I B-8 I NOLT.l *1 4 m u .._ N ~017 COMPONENT ~ r- I I B-7 I OF 2 I 0 u I O 3
/ ,i 11 LL (JJ I RFR 22941A
~~ ~ <y__1~:J I m REY. DATE BG-401-HCB-6 11 s I
> L--~
3 *
'4 COOLING WATER lfG--i}19-HBC-2" CCD SCCB I js\88u' S : [j]/Jilij /JilijNOTE 10 s ,., I "' 32 101305
~
N 0 L_"_J I VI
'+- M-22EG02 ~> CCB HCD I Yo BY!A m
u DRAWN CHKD, SUPV.
~
i"ih u 1"(0) m > EWM TJC MAM
- ,;'t s
I 807 s
-=J ~
( F- 3 ) EG-304-HBC-1" 31a11 Yo11 17 I TUB I NG
'<l"""
> I I I .,. INCORPORATE MP 05-1004A 023-HCB-6" >
t.=~~~~.... I 122-HCC-3/4 > 11 m om a! 1 "x 31/ L..:.J I I IL - F0/918 HC0-1" II HE-040- ______ p IL I VOOI 0 NOTE 2
----'10-BCA-6' ~ '---"
RCS HOT LEG-2 REY, 33 DATE 060707 F m ro
.._ u RED, TEST CONN, 8853A ' BSHOVZA o DRAWN CHKD. SUPY.
F
~s~-+-I u
___ > :+ 'a'
...... V189 PT 919 FT 918 '
m1 u 3141, (VI IVI IVI 314" 3.14" '~ 3 ,, 1 ~ 1Akas vos9
..--- 01 O-BCA-6 11 M-228801 I C-41 NOTES:
MAL TJC MWH INCORP.
~ ~"7 ~"7 ~"7:,w
[j]~ V254 SIS S m "' ro u MP 07-0016, 1 ,, pp
]
0 "7 ~ ,; U L_"_J u I ID I ~ HIS
& (DI 3
~-1. . .---',4'-I 11 3.18 "QUICK CONN, IVI 017 STARTS N GJ m >
~
NOTE 2 1. DELETED, REV. O. ro
"' c-0
> ~-Ll.LJ >
U m
- u S
RHR HOT LEG 009-BCA-2" _J e-r 2. DRILLED RESTRICTION 3*a" IN DIAMETER. POINT
~ - - - - - - ~ I 017 ~, s t/1 0 o -----------------7 FE I r-N
>>>U N N O 8802AA 8~A ~ DJ RECIRCULATION AT WHICH QUALITY GROUP CLASSIFICATION IS
,-----~
N [O N N 918
~ > > EJ-042-BCB-6 I CHANGED FROM "A" TD "B", INSERVICE INSPECTION 11
~ ~
0 0 2"x 1" 0-4 I 0 017 M-22EJ01 )------------.J WILL BE PERFORMED ON CLASS "A" PIPE UP TO RWST 92 3 ~ I w ~
~RED,
"-,,. .__._. . ., 006-CCB-4" I
I I L, 0, 007-BCB-4" __J P87 I I E-1 I RHR HOT LEG 11{ TEST CONN. THIS DRFICE.
- 3. SEE WESTINGHOUSE DRAWINGS 1145E04 SHT. 1 ,2 & 3, N RECIRCULATION &~DI 7
0 M-22BN01 001-HCB-8" } -r-8.L.r-ri~.L._,~---....1.--1';'----'-"""-0-3-"0--"H-C.;..C_-_z-t"--C"'\@
~ ... 002-HCB-6" V 4 11 x 3 11 RED.
,2'x 1" RED.
8922A 8921A
"'0> cc~ I .!CB m
m u m I
, - - - - ~ EJ-044-BCB-6" M-22EJ01 ~ - - - - - - --"'--7
"'z 3 ,,
( Vl 4. DELETED. u cnu m r:7 8926A 3.1,{X 1 II I
'N:C IB-61 0 m ro S ro o. N ro ID-11 I :J u s 5. DELETED,
~ s E~,;,TE 17 1 .c ~
A~~ 6 I NOTE 11 I RED, >~ I f-
"'-,., s N
m 0 e-- N u u 0
> > 0 m 0 I HCD CCB u u 6. PIPING CONTAINING 12 PER CENT BORIC ACID WILL DJ u N 0
u m ,., 0 I
/~'..\1TYP.OF21.,. I m HAVE TEES WITH A CLEANDUT TD PERMIT CLEANING I u V 1 61 OF SYSTEM AS REQUIRED.
8 "'NN 1 "(0) N 1 ,, I > 3.1{QU I CK > o O FP FE FP ,---, r0 I S m (DI [-I
~f~ i; ~
V199 "' VZSO [j]CONN.IVI u 21s w~Ir N L_"_J TE 0 m >
,- 7. FOR P & ID LEGEND AND SYMBOLS SEE DRAWINGS 0
[++---t TE HC~~C 10 L_"_J u I HV 1,, TEST 986 M-220101 THRU M-220104. s Le~ 12 3 0 1 "(0) RECYCLE B --- CONN. & illE 3> II E pp & r:_+l*--4'-----1 HOLD-UP 8~_2_:} _/ ~ RCS HOT LEG-3 E e IDI 1 IDl L.: TANK ILi V002 8. MINI FLOW ORFICE SUPPLIED BY SI PUMP VENDOR, I 8858A COMPONENT V 11 2 m < M-22HE01 f--_l,~-043-HCD-_I_'.'.__ 8853B "mI u
'*,"TUBING V271
...--l*f---~
,,,' I 8
017 013-BCA-6" M-22BB01
- 9. HEAT TRACING NON-CLASS IE.
u BC~l.!CA T COOLING WATER u u IVI Lz-8821A V090 ~013-BCA-6" ( C-6 I SAFETY I IB-51 I
"'roU.
INJECT I ON PUMPS V1 60 ~ NOTE 2 10. ISOLATION SWITCH PROVIDED IN THE CONTROL ROOM HCD HCB COMPONENT
~----~
M-22EG02 IF -3 l 0
<>---B 0 s~ 012-BCA-2" NOTE 2 FOR POWER LOCKOUT OF VALVES 8802A,B AND 8835.
---e
' s COOLING WATER 0
"'mI TUBING O.L. 018 3 17 2
)7 u
m 1 11 (0)
- 11. SG-AR-6, PEAK RECORDING ACCELEROMETER, TO BE MOUNTED ON SURFACE OF HORIZONTAL PIPE SECTION.
ALARM RECYCLE u I I s I M-22EG02 B-3 I EG-306-HBC-1 11 EG-040-HBC-2 11
@]
I I I I Gl/Jilij i 12. DELETED.
" &§21,El
~-8 0 HIS I I HOLD-UP 0 I0171 0 TANK HCD HCB rri 5 I u 13. DELETED,
< M-22HE01 -,I ash I
121-HCC-314" 0 017 I I I I I V159 I I c.-J I I @]
~ /Jilij
",.,'- 2 11 X 1 DJ s 14. VALVE HANDWHEEL AND BREAKER LOCKED IN OPEN
<A-71 L _____ _ 88S8B ~ V188(1--------I SIS I 8,_802,ll 8~02~A I ITYP. DJ u POSITION DURING NORMAL POWER OPERATION.
er STARTS PT FT HV 1 0 1 1 4 1017 0 u DJ GJ~ /...J:ilij TI 7
) 923 922 8821B
'-._/
m I ILl V003 NOTE 2 RCS HOT LEG-1
- 15. DELETED pp V104 M-22B801 31e"OUICK ITT~ ~NOTE 10 "'
0 m 017-BCA-2 11
~17 ,.,
"' ~ 7 ZS\_ 'N N (_)
u V091 1 6, EMV0257 SENSES UPSTREAM PRESSURE AND "7 ~,; CONN.(VI V272 /_Z.L..\ c--
- I I E-4 I e-----
m I , 0 ro en 0
> ~~ 8802BA - 8 ~ o ~ 7 A1 m
u I
>** ,~::.L.::Sc...o._+ PROVIDES BACKPRESSURE ON THE SI TEST HEADER AS DESIGNATED BY ENGINEERING.
------1I ""
0 0
------------ FE D ,'
r0 0 en u S N N
"' 922 8802B S
'l' 1 11 (0) 0 u D Q-S "' "'z 17, CAPPED SWAGELOK ADAPTER,
"> DJ
~~
> I 0 0
I V169 w > P48 BCD BCB 0 L. C. 18, TYGON HOSES ARE INSTALLED FROM THE SAFETY 923 ~ \--r rri ~ 014-CCB-4 11
~----L-r-----l~----...!...-T'"__,..r...f--"""T-'__J;;;;!.....,....,,..,...~...:0~1~5:_:-:!;B::;C~B;-4::..'.'.."...!....,t--*~-,1 I V I 314,, 066-BCB-314" INJECTION PUMPS MECHANICAL SEAL LEAKOFF LINES
~ R_w_s_T_~>_...;;.;:.::..=..::......::....--,'----J----r--._--!..:::r--r:"<}--8--r~u.-ri1-----'---1§:1----o-3_4_-_H_c_c_-_2-t"----1E)'<E' M-22BNOI 003-HCB-8" 005-HCB-6 11 4"x 3 11 RED. 8922B 8921B m u ro CCB I BCB 7 ;~, ) I HV*2*1471---I ~ BCB BC~EE NOTE 17 TO PUMP SKID DRAINS PER RFR 010613A.
3& ~ 0 s u "' ~U L.C. co ~ S FP FE FP > u 39
- .. i'l
> o, DJ I D-21 8926B ::, >_J U
OJ I OJ f3 - u 2 I "' s
> L_"_J ~ 6" RED._j 2,, N I
DJ u I DJ u 8--,--u--~~~~--- I AS N
--~ al
-- __ J
' F
- C.
DJ m 0 I ILI V004 co 0 DJ u DJ NOTE 2 RCS HOT LEG-4 RHR HEAT EXCHANGER "B JI 1"(Dl m y u u u
.,. I u
s [j] I
> 021-BCA-6" M-22BB01 REY.
34 DATE 111308
~---y---
N u I L_"_J 020-BCA-2" 024-HCB-8" I HC~~C DRW I 7 HY 1 11 TEST HV V092 2 "x (G-61 DRAWN CHKD. SUPV. M-22EJ01 N
> TE N n
0 0 BC~l...8CA u 8824 CONN. & IDI 8824 RLW EWM TWS 0 15 pp &r: ,,.,, 0 u INCORPORATE () c:-~-----"-----1 L_"_J IA-31 u N 017 L_ _)CIS "A" ACCUMULATOR MP 07-0121 1 11 (0} I V 11 4 > 060-BCD-314" \ COMPONENT COOLING WATER L_"_J 1" (D ) 0 u I 8-1------____ C CLOSES
.!._,,"..'..'..PE - -
0 u m 062-BCD-3/4 10. 053-BCB-2" s INJECTION COLD LEG-2 REY, 35 DATE 020909 DRAWN CHKD. SUPV. 3 ,,
,, M-22EP01 RLW EWM TWS
~uf[~ 3}: ~
M-22EG02 3"1'" 3" 1 CIS "A" l_ L.C. i ~ I 11 I 3 ,, Vl68 TUBING I NCDRPORATE CR EMPI0001B---~ @~"2 I CLOSES C -7 IF-31 EMPIOOOIA---- ~@ I VI CAR 09-000010, 1'~- s---: EMPI0002B I B-3 I S EMPI0002A FEM01A CAR 200508848 C FEM01B NOTE 8 ~ - - ~NOTE 8 m~ -------- 7 0 _J
> _J REY. DATE C
~ 36 060110 zju (
I ~ <J) u en OJ FP FP 3" X 1 ' '2 " 3 ,, X 1 I ,,
> ~ FE DRAWN CHKD, SUPV.
'2 017 S ~ en 314° _J V095 ACCUMULATOR MAL TJC LMP u 0 u AS 3.1{ ~ V) '---JL-'S'--' 9 80 I m (V) d, 1"(Dl INJECTION INCDRP.
HCD CCB ro OJ - 0 COLD LEG-I RECYCLE 7 0 ID N u 051 -BCB-2" MP 08-0016, HOLD-UP s co
- a) 0 s OJ U) 1-----'DJ'"--'....;..'--....;..""'""""""' M-ZZEPOI FCN-05, EMTIOOOZA---~ ro TANK 1"101 1- ,.;;L;.;,.,;;,C- ...V:.;l,.;;6;.:6_ _ ___..., REY, DATE EMTI0002B "'
< ( H-3 I 1
N 31{x3/8" ~ HE-046-HCD-1 " 8851 37 080311
> M-22HE01 ---------
DRAWN CHKD, SUPV. TUBE RED, 2 "x MAL TJC TWS I I I A-5 I 0 EMT I 0001 DJ u CD u u INCDRP, ee-: EMTI0001B EMV0702A u u u CAR 201101335,
~
EMV0702B I
.,..,.I s V098 ACCUMULATOR REY.
0 0
~
0 m NO~; ~. tsE3 INJECTION COLD LEG-4 38 DATE 11 0414 N u
> u 7 ZS L /'........£W O 057-BCB-2 DRAWN CHKD, SUPV.
~-f[ 3l"'
II
-1 883 SA ~ ~ 1--------------------1 M-ZZEPOI T JC MAL LMP L_ ~ ----....._ _J EMV0701 '--h---1----~-- - - - - m INCORP.
EMV0704 << u 8835 u. r-- IC-31 MP 14-0024, HV
- J 017
~
m u DJ I'- o 0
'/, 0 ro w.,-
s 0 ws- REY. DATE ro > O N
> >O _> ~_> 2 "x
~ro ~ro 39 071717 w <<ro 0 <tro << 049-CCB-314" OJ FP FP DRAWN CHKD. SUPY.
> > u > TJC MAL DME u ) ,, ~
FE 7
~
0, 0, 0 982 ACCUMULATOR
\f ""> ro B -I 7 f-W ( DI f-W ro 050-BCB-4" INJECTION COLD LEG-3 INCORP.
CR 201701919 B L_ _ _ _ J 3 ,, 0 f-
'1 r--' 0 f- 055-BCB-2 11 IRFR 010613AI.
I
*t[ 3l I M-22EP01
'4 LOCAL GJ ,,.--1--._ GJ,,.--1--._
/s\~, ~ /s\~, L.C.
3 ,, Vl64 TEM03A TEM03B "7 SAMPLE ( ZS \ 8814A (ZS\ 8814B DJ u _J r-0 u _J
~
0 I VI (D-31 HV HV
,., n - -
0 u 8814A 8814B > > co FP FP EEMOIA u '-.__/ '-.__/ EEM01B EMLI0001A L_"_J EMLI0001B s m ,.,
- m DJ s 1 " TEST "' u u u > CONN. & DJ u .._ I DI
> *=~,__+_L__CCS--'
LUBE OIL PIPING FOR PUMPS CCD CCB "' 0 0 0 0 0 PEM01A AND PEM01B > > u N,T,S, V190 N N
> I 1"(0) m 3"x 2" RWST RED.
045-CCB-2 11 045-CCB-3" M-22BN01 3is"OUICK CONNECT AS-BUILT CLASS 1 I B-8 I I VI
~ - ~fA A DRAWN N/A (DATE l PIPING AND INSTRUMENTATION DIAGRAM A CHKD, (DATEI HIGH PRESSURE COOLANT NIA INJECTION SYSTEM SUPV. (DA TE l 1 11 (0)
N/A FSAR FIGURE 6,3-1 SHEET 2 APPD. (DATEl LOCATION CLASS NIA CALLAWAY ENERGY CENTER UNION ELECTRIC COMPANY REV. ST. LOUIS, MO M-22EM01(Q) 39 8 7 6 5 4 3 2 1
8 I 7 I 6 I 5 4 I 3 I 2 1 I REV , 4 DATE DRAWN 11 189 1 MAL NOTES: CH KD, SUPV . APPD, DL Br TJM N/A REDRAWN FOR
- 1. FOR GENERA L NOTES & RE FERENCES SEE DWG, M- 22EM0 1, CLARITY ,
2- DE LETED REV. DAT E DRAWN 5 os1 19c J HK CH KD , SUPV , ,APPD ,
- 3. SEE OWGS, M- 23EM02 , M- 23EM08, M- 23EM09 & M- 23EM10 FOR EQU IPMENT NOT SHO WN ON THIS owe. THAT HAS BEEN DLBr TJM NIA H
*'L PERMANENTLY REMOVED FROM SERV 1CE.
DR IL LED RES TRJCTJON 3/a" IN DIA METER, PO I NT AT WH I CH lNCORP CMP 90 - 7037. H 141-CCD - 1 " (N TE QUALITY GROU P CL ASS I F ICATION JS CHANGED FROM " A" REV, DAT E DRAWN 5 .~ L TO "B", l NS ERV l CE INSPECTION WI LL BE PER FORMED ON 6 01199; DLBr
,__:LASS ' A 1 11 PIPE UP TO THIS 0RFICE, _ _ _ _ _ _ _ _ _ ____ CHKO. ::.UPV, APPO.
RLW TJM NIA I 5. THIS CONNE CTION IS TO BE JSED DN LY FOR BEYOND - DESIGN - BASIS INCORP IFLEXJ EMERGENCY CORE COOLING. RFR-1080 5B
,A REV, 7
DATE CH KO, SUPI/. APPO. DRA WN 11os9 : DLBr
- 6- DE L ETED HLP TJM NIA -
IN CORP RFR - 14287A
\ 140- DCD - 4 "
7 . DE LETED REV, 8 DATE DRAWN oE.169* DL Br (N TE CH KD. SUPV, APPD, 5 HL P AMR N/A IN CORP RFR-15100 REV. DATE DRAWN 9 07 129 OLBr
- 8. DELETED CHKD. SU PV. APPO .
G HLP AMR N/A G JNCORP CMP 94-1018 REV. DA TE DRAWN
)0 04059: SBR
~
FE CHKD. 5U PV, AP PD - 925 DELETED. DLBr AMR N/A DELETED ------------------------ NO T E 4 23 JN CORP V1 08 CMP 90-1008
._ I l l (PART I AL l fl REACTOR COOLANT SYSTEM
~ - --< I>----<._
' ~ CO LD LEG 2 REV, DA TE DRAWN 084 - BCA-1 112 '\. 1l 04069 ' HL P M-22B801 CHKO . SUPV . AP PD.
" (0- 5 l 11 , DELETED SKC J HC N/A INCDRP M
1 " SW CAP HE- 028 - HC0 -1 1 11 RECYCLE HOLDUP TANK __,1__vos2;, FP 3/4" FP CMP 90 - 1008 REV, DATE 12 04269' CHK O. SUPV. APPD. RLW AMR N/A DR/\WN DLBr
- INCORP 113 -HCD- 1 11 V124 M-22HED1 )
I B- 8 1 FE ---;c4v~ CMP 90-1037 F 926 V223 Ill S REV. DATE DRAWN F
. u 11 13 10159 DLBr
' 3 " X 1 1 /2 " fNOTE 4 - co CHKO . SUPV. APP .
' . V125 Y194 1------1
(/ V1D9
~ ( l) REACTOR COOLANT SYSTEM RL W AMR N/A I NCORP, 086-BCA - 1 1 /2,, ,cLD LEG 3 RFR - 08236B.
I ~ / M- 22B801 REV, DA TE DRAWN
~
, 4 030391: RL W NOTE 4 ~ , V o / 6l
~ v_o_s_,____ ~ CHKO. SUPV, OJB AMR APPD.
N/A I . INCORP,
-,...._,. - =---- m DEC -1 50 1 AND -
0 u
' V048 FP 3/4" FP 1 " ( D) RFR - 08236C .
NOTE 4 ~ REV. DA TE DRA WN
'f
~ 15 12 169E DLBr REACTOR MAKEUP CHKO. SU PV. AP P .
WATER SKC AMR N/A FE
) M-22B L01 ~>----' 924 INCORP.
(C- 2 l DEC - 1573. fNO TE 4 i*,~l,Os, (f V1D7 REV . DATE DRA WN
.,. ( L ) REACTOR COOLANT SYSTEM 16 110 49 ( RLW 1------1 1 ~ COLD LEG 1 CHKO. SUPV . APP .
DJB JHC N/A E :~,-O-~ -:---B_C_A_-_1_1 _1_2_"---' M[~2-25B)B0 1 INCORP. E MP 89 - 10 35 ( PARTIAL 1 REV , DATE DRAWN 17 03240C MA L CHKO. SUPV . AP PD. J HK AMR N/A FP 3/ 4 " FP J NCORP. 1 11 TEST CONN .
& IV I
FE 927 NOTE 4 - V222
=4v~ a:i u
aJ S MP 97 - 1027A. REV. DATE DRAWN 1 8 05310 1 RAM CHKO. SUPV . APPD . J HK AMR NIA
~
( V110 INCORP. 11.. ( L J REACTOR COOLAN T SYSTEM MP 89-1035A V14Ei 1--~--< l~r---._l 08 7 -BCA-1 1/2 ,, CO L D LEG 4 REV . 19 DATE 041905
~-~-:,.,--------; ; M- 22B801) DRAWN CHKD. SUPV .
MAL RLW TWS NO TE 4 V o / ~ IE-6l INC ORP. BCB I BCA V0 78 L . C.
--'32_ V~086 ~ RFR 22941A D . '
082 - BCA - 3" FP 3/4 " FP
~
1 11 CD J REV, 20 DATE 070710 DRAWN CHKO. SUP V. TJC MA L TWS D 1 11 SW CAP~ INCORP, CAR 20 100 1930 1~~~~7D f--------------<i'>-------- ~ NOTE 4 AC TION 7 . F REV. DATE ( A- B) y ~020 21 103 11 4 DRAWN CHKD . supv. I MAL RLW DME I 1- - - - --(' TD BG - HV-8 1 10 IN COR P . I ( M-22BG03, E-3,4 ) MP 13- 0023 , [iJ REV. 0 AND - FCN - 01 .
~ ----,F IS'--~
3/8 11 ( V) 917C r-E> I TUBE RED T REV. 22 TJC MAL DME DATE 0715 15 DRAWN CHKD, SUPV .
,----- ', s---L~ ~
INC OR P. CAR 20 1504266. T~~;x~fo.~ I 018 IT] V262 REV. DATE
'-y -2 FT 23 0928 15 917A DRAWN CHKO. SUPV .
SJS OPENS r 803 CAP RL W TJC DME C -- 7 V042 ~018 I NCORPORATE MP 13 - 0023. C r--- 1 11 SW CAP L---- ~ ~ ,----1 "SWCAP FC N-03 HV ,--- 079-BCB-4 "
<D '
- A 803 FC CEN TRIF UGAL CH ARGJ NG PUMP "A"
)M -22BG03 , ~
( A- 3 ) t 074 - BCB- 4" * *
\l .
HV HV
~ 1 3 4-C C0 - 1 " ~
074 - BCB- 4" V155 ---, 314" NPT 1" HOSE CONNECTION 4" HOSE 8843 8882 - 1 .. , 0 I I f---t...f----1 HIGH MODERATE ( (NO TE SJ / CONNECT I ON ENERGY ENER GY (NOTE 5) BCD BCB 0 N ( G- 51 1 " SW CAP 138-CCD- 1 " [ TO rt::-8-i9 17 2- - - - - - - - - -7 V281
,-----,*.-**t-....~--'--l TO BG -H V- 8 1 1 1 I 1 " (Dl C----------7 BCD CCD
( M-22BG03, E-4 l ' *
- I HOSE B w' 0
u
<D 1"
CONNECTION B FIS w' ( NOTE 5)
~-----<9 1 1 >--~
1 35-BCB-4 " .. .... V278
~
- V2 7 9
~
., 136- BCD - 4" ..
s~ !co sc ~ I .* co 4 HOSE V l CONNECTION ( NOTE 5 l 0 '
<D c-- ----<i'y>--- - ~
u S IS rn 7 OP ENS ~ m' -
~
~ ------1 018 0
1 "(0) CEN TRIF UGAL CHAR GI NG PUMP "B" AS-BUILT CLASS 1
~
) M- 22BG03 ~) - - . - ~ - - - -
A ( A - 3) \ OIIA'jlN N/A ((}AT£ I PIPING & INSTRUMENTATION DIAGRAM A
~ HIGH I MODERATE V2 05 075-B CB- 4 " ENERGY I ENERGY CIJKO.
N/A t OATEI HI GH PRESSURE COOLANT 075-BCB- 1 " SUPV. IOAT£1 INJECTION SYSTEM N/A FSAR FI GURE 6.3 - 1 SHEET 3 1 " SW CAP ~PPO. l HE I LCA1 10~ I I cu.ss NIA CALLAWA Y ENERGY CENTER UNION ELE CTRIC COMPAN Y REV, ST. L OUIS, MO M-22EM02(0J 23 8 I 7 I 6 I 5 4 I 3 I 2 I 1
8 7 6 5 4 3 2 1 REV. DATE DRAWN 0 50791 SBR
/EJHV°" CHKD. SUPV. APPD.
8809 SI CL 1 ) IE-31 DLBr TJM N/A
' A INITIAL
- ISSUE PER EMF)\ SI CL 2 I B- 3 I RFR-8869A
----! 9 2 8 B >---
RHR CL 1 ) IE -2 l
---------i F
EMHV REV. DA 1 E DRAWN RHR PUMP A
~
- / .
. , RHRCL2)1C-21
>----l EMF I >----l 928A EMP:
929 SI PUMPS 8835 SI CL 3 I B-7 I 1 72991 J HK CHKD, SUPV. APPD, DLBr TJM NIA INCORP. H
/
EJHCV COLD LEG ---------i F SI CL 4) IE-71 CMP 90-1007. INJECTION IQ f-I
~ 8716 8890
, A I"/
r v; w r EM-V040 EMFE 928 f EM-V039
- EM-V038
+/
is2:iJ REV. 2 DATE DRAWN 111391 MAL CHKD, SUPV. APPD. DLBr TJM N/A
' A
<,: INCORP.
j
- DEC-0770.
/
EJHV
' Ir I
Ir BN-V004 EM-V152 f-REV. DATE DRAWN RWST 8840 S'A'1. J'.-'1 3 71692 GDC N
---------i CHKD. SUPV. APPD.
RAM TJM NIA I
" 'RHR HOT LEG~ I 8-5 I EM-V120 EM-V121 INCORP.
DEC-0883. RHUT c REV. DATE DRAWN
/ 27':
EJHCV 8825 HE-V143(
,71,e-______
'"?' EM-V257
__J EM-V140
------<; RCS CL 4 TEST< IE-71 4 11593DL8r CHKD. SUPV. APPO .
RLW TJM NIA INCORP. DEC-0927. C
/EJ HV' EJ-V210 L'.,J REV. DATE DRAWN
! 8716 5 80395 DLBr B CHKD. SUPV, RLW AMR APP .
N/A G EJHCV f-8890 ~:~2-66j___ __L_.-----------------------------------------------------------.-------' INC ORP, DEC-1267
'B~*
C REV. DATE DRAWN
, RHRCL3)1C-81
' EMV0248 RF5 6
CHKD. 43096 DL8r UPV. APP . RHR PUMP B , RHRCL4)1E-81 c RLW AMR N/A
---------i INCORP.
DEC-1331 f-
** REV. DATE DRAWN 7 04109 HLP SI PUMP B CHKD, UPV. APP .
0 r HOT LEG EMV0264 0SKC AMR N/A INJECTION INCORP, RFR-17539A REV. DATE DRAWN
- r /EMHV 8 04120 MAL CHKD. SUPV, APP .
~~.
8802 EMHV 0 JHK AMR NIA
* ' B 8889 I JNCORP.
~ ~--1 JL~ ~~
A f-MP 00-1003A, REV. 9 DATE DRAWN 030801 MAL BB-8949D '* EM-V004 EM-V003 '* BB-8949E i E-7 I ) D ACCUMULATOR TEST)'-----l CHKD, SUPV. APP . SKC JHC N/A F I I I I 'f----------,~"'r" f-1NC ORP. RFR 21102A. C REV. DATE DRAWN 10 042001 RL W "cHKD, SUPV, APPO, c MAL DTW NI A INCORP. MP 00-1 01 5 EPHY() 1 EPHV IPARTIALI 8879 8879 f-I G-5 I < RCS CL 4 TES T<'c-EP-V124 D <_
~-
/ ____{'.--17,)IJ:,~r-----t,Nllll_t----,
y STEAM r*------------IGENERATORI-* ..__ _ _ _ _ _ _ _ __ I EBB019 I
,-----------'-i... STEAM
-jGENERATCR!------------t~
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