table m - more restrictive changes. · ts section 1.0 - use and application description of change...
TRANSCRIPT
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
1 of
26
DO
C
No.
TS
Sec
tion
1.0
-Use
and
App
licat
ion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
)C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M01
1.
The
curre
nt T
S (C
TS) 1
.1 d
efin
ition
of R
EA
CTO
R T
RIP
CH
AN
NE
L O
PE
RA
TIO
NA
L TE
ST
(RTC
OT)
is d
elet
ed. T
he c
urre
nt S
Rs
for t
he R
TCO
T ar
e ch
ange
d to
requ
ire e
ither
a C
OT
or a
n A
CTU
ATIO
N L
OG
IC T
EST
(ALT
). Th
e cu
rrent
SR
s fo
r the
RTC
OT,
that
are
cha
nged
to re
quire
a
CO
T ar
e th
e fo
llow
ing:
●
Onc
e pr
ior t
o in
itiat
ion
of P
HY
SIC
S T
ES
TS, c
urre
nt S
R 3
.1.8
.1 re
quire
s an
RTC
OT
per
curre
nt S
R 3
.3.1
.8 fo
r the
follo
win
g re
acto
r trip
sys
tem
(RTS
) Fun
ctio
ns (F
ns) s
peci
fied
by
CTS
Tab
le 3
.3.1
-1:
2.a
Pow
er R
ange
Neu
tron
Flux
- H
igh
Set
poin
t ....
......
......
......
......
......
.... (
ITS
3.3
.1 F
n 1.
a)
3.
Pow
er R
ange
Neu
tron
Flux
Hig
h P
ositi
ve R
ate
......
......
......
......
......
.....
(ITS
3.3
.1 F
n 2)
●
Onc
e pr
ior t
o in
itiat
ion
of P
HY
SIC
S T
EST
S, c
urre
nt S
R 3
.1.8
.1 a
lso
requ
ires
an R
TCO
T pe
r cu
rrent
SR
3.3
.1.9
for t
he fo
llow
ing
RTS
Fun
ctio
ns s
peci
fied
by C
TS T
able
3.3
.1-1
: 2.
b P
ower
Ran
ge N
eutro
n Fl
ux -
Low
Set
poin
t ...
......
......
......
......
......
.....
(ITS
3.3.
1 Fn
1.b
) 4.
In
term
edia
te R
ange
Neu
tron
Flux
.....
......
......
......
......
......
......
......
......
... (I
TS L
CO
3.3
.3)
● O
nce
per 9
2 da
ys, c
urre
nt S
R 3
.3.1
.8 re
quire
s pe
rform
ing
an R
TCO
T in
acc
orda
nce
with
the
Set
poin
t Pro
gram
on
each
of t
he fo
llow
ing
reac
tor t
rip s
yste
m (R
TS) a
utom
atic
-pro
tect
ion-
inst
rum
enta
tion
Func
tions
spe
cifie
d by
CTS
Tab
le 3
.3.1
-1:
2.a
Pow
er R
ange
Neu
tron
Flux
- H
igh
Set
poin
t .....
......
......
......
......
. (IT
S 3
.3.1
Fun
ctio
n 1.
a)
3.
Pow
er R
ange
Neu
tron
Flux
Hig
h P
ositi
ve R
ate
......
......
......
......
.. (IT
S 3.
3.1
Func
tion
2)
5.
Sou
rce
Ran
ge N
eutro
n Fl
ux H
igh
Set
poin
t - in
MO
DE
S 3
, 4, a
nd 5
with
Rea
ctor
Trip
B
reak
ers
(RTB
s) c
lose
d an
d P
lant
Con
trol S
yste
m c
apab
le o
f rod
with
draw
al. .
......
.....
.....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.. (IT
S L
CO
3.3
.2)
6.
Ove
rtem
pera
ture
ΔT .
......
......
......
......
......
......
......
......
......
......
......
......
.... (
ITS
3.3
.1 F
n 3)
7.
O
verp
ower
ΔT
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.. (IT
S 3
.3.1
Fn
4)
8.a
Pre
ssur
izer
Pre
ssur
e - L
ow S
etpo
int .
......
......
......
......
......
......
......
......
(ITS
3.3
.1 F
n 5.
a)
8.b
Pre
ssur
izer
Pre
ssur
e - H
igh
Set
poin
t ....
......
......
......
......
......
......
......
.. (IT
S 3
.3.1
Fn
5.b)
9.
P
ress
uriz
er W
ater
Lev
el –
Hig
h 3 .
......
......
......
......
......
......
......
......
......
.. (IT
S 3
.3.1
Fn
6)
10.
Rea
ctor
Coo
lant
Flo
w –
Low
.....
......
......
......
......
......
......
......
......
......
.....
(ITS
3.3
.1 F
n 7)
11
. R
eact
or C
oola
nt P
ump
(RC
P) B
earin
g W
ater
Tem
pera
ture
– H
igh .
.....
(ITS
3.3
.1 F
n 8)
12
. R
CP
Spe
ed –
Low
......
......
......
......
......
......
......
......
......
......
......
......
......
.. (IT
S 3
.3.1
Fn
9)
13.
Ste
am G
ener
ator
(SG
) Nar
row
Ran
ge W
ater
Lev
el –
Low
......
......
.....
(ITS
3.3
.1 F
n 10
) 14
. S
team
Gen
erat
or (S
G) N
arro
w R
ange
Wat
er L
evel
– H
igh
2 ...
......
.... (
ITS
3.3
.1 F
n 11
) 16
. R
eact
or T
rip S
yste
m In
terlo
cks
(See
DO
C L
10.)
a.
Inte
rmed
iate
Ran
ge N
eutro
n Fl
ux, P
-6 ..
......
......
......
......
......
......
......
. (IT
S LC
O 3
.3.3
)
b. P
ower
Ran
ge N
eutro
n Fl
ux, P
-10 .
(ITS
3.3
.1 F
ns 1
.b, 5
.a, 6
, 7,
9; L
CO
3.3
.2, 3
.3.3
)
c. P
ress
uriz
er P
ress
ure,
P-1
1 ....
......
......
......
......
......
......
......
......
......
... (I
TS 3
.3.1
Fn
11)
(con
tinue
d)
M-1
N
ote:
Low
er c
ase
lette
rs (a
, b,
and
c) d
enot
e th
e nu
mbe
ring
corre
spon
denc
es b
etw
een
CTS
S
Rs
and
ITS
SR
s.
CTS
1.1
, “D
efin
ition
s”
• C
OT
• R
TCO
T C
TS 3
.1.8
, “P
HY
SIC
S T
EST
S
Exc
eptio
ns –
MO
DE
2”
a SR
3.1
.8.1
- R
TCO
T C
TS 3
.3.1
b
SR 3
.3.1
.8 -
RTC
OT
c S
R 3
.3.1
.9 -
RTC
OT
----
----
----
----
-----
----
----
----
----
-----
ITS
1.1
, “D
efin
ition
s”
• C
OT
ITS
3.1.
8 a
SR
3.1
.8.1
- C
OT
ITS
3.3.
1 b
SR
3.3
.1.6
- C
OT
c S
R 3
.3.1
.7 -
CO
T IT
S 3.
3.2
b S
R 3
.3.2
.2 -
Not
e c
SR
3.3
.2.2
- C
OT
ITS
3.3.
3 c
SR
3.3
.3.2
- C
OT
(c
ontin
ued)
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
2 of
26
DO
C
No.
TS
Sec
tion
1.0
-Use
and
App
licat
ion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
)C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M01
(c
ont’d
)
1.
(con
tinue
d)
Th
e C
TS 1
.1 d
efin
ition
of R
TCO
T is
del
eted
. Cur
rent
SR
s fo
r the
RTC
OT
that
are
cha
nged
to
requ
ire a
CO
T ar
e th
e fo
llow
ing
(con
t’d):
● O
nce
prio
r to
reac
tor s
tartu
p, o
nce
4 ho
urs
afte
r red
ucin
g po
wer
< P
-10,
and
onc
e pe
r 92
day
s, c
urre
nt S
R 3
.3.1
.9 re
quire
s pe
rform
ing
an R
TCO
T in
acc
orda
nce
with
the
Set
poin
t P
rogr
am o
n ea
ch o
f the
follo
win
g R
TS a
utom
atic
-pro
tect
ion-
inst
rum
enta
tion
Func
tions
(Fns
) sp
ecifi
ed b
y C
TS T
able
3.3
.1-1
: 2.
b P
ower
Ran
ge N
eutro
n Fl
ux -
Low
Set
poin
t ....
......
......
......
......
......
.....
(ITS
3.3
.1 F
n 1.
b)
4.
Inte
rmed
iate
Ran
ge N
eutro
n Fl
ux ..
......
......
......
......
......
......
......
......
......
(ITS
LC
O 3
.3.3
) ●
Onc
e pr
ior t
o re
acto
r sta
rtup,
onc
e 4
hour
s af
ter r
educ
ing
pow
er <
P-6
, and
onc
e pe
r 92
days
, cur
rent
SR
3.3
.1.9
requ
ires
perfo
rmin
g an
RTC
OT
in a
ccor
danc
e w
ith th
e S
etpo
int
Pro
gram
on
the
follo
win
g R
TS a
utom
atic
-pro
tect
ion-
inst
rum
enta
tion
Func
tion
spec
ified
by
CTS
Tab
le 3
.3.1
-1:
5.
Sou
rce
Ran
ge N
eutro
n Fl
ux H
igh
Set
poin
t - in
MO
DE
2 b
elow
the
P-6
(Int
erm
edia
te
Ran
ge N
eutro
n Fl
ux) i
nter
lock
s. ..
......
......
......
......
......
......
......
......
......
... (I
TS L
CO
3.3
.2)
Ea
ch F
unct
ion
requ
iring
per
form
ance
of a
n R
TCO
T by
eith
er c
urre
nt S
R 3
.3.1
.8 o
r cur
rent
S
R 3
.3.1
.9 a
lso
requ
ires
perfo
rman
ce o
f a C
HAN
NE
L C
ALI
BRAT
ION
by
eith
er c
urre
nt S
R 3
.3.1
.10
or c
urre
nt S
R 3
.3.1
.11.
The
refo
re, t
he F
unct
ions
refe
renc
ing
curre
nt S
R 3
.3.1
.8 a
nd S
R 3
.3.1
.9
cont
ain
adju
stab
le d
evic
es.
H
owev
er, t
he d
efin
ition
of R
TCO
T do
es n
ot e
xplic
itly
requ
ire “a
djus
tmen
ts o
f req
uire
d al
arm
, in
terlo
ck, a
nd tr
ip s
etpo
ints
” tha
t are
“req
uire
d fo
r cha
nnel
OP
ER
AB
ILIT
Y su
ch th
at th
e se
tpoi
nts
are
with
in th
e ne
cess
ary
rang
e an
d ac
cura
cy.”
The
curre
nt T
S ba
ses
asso
ciat
ed w
ith th
e R
TCO
T de
scrib
e th
ese
adju
stm
ents
, but
the
base
s ar
e in
tend
ed to
cla
rify,
not
pro
vide
add
ition
al
requ
irem
ents
. The
CO
T de
finiti
on e
xplic
itly
requ
ires
thes
e ad
just
men
ts. T
here
fore
, bec
ause
the
defin
ition
of C
OT
mor
e cl
osel
y al
igns
with
the
RTC
OT
test
des
crip
tion
prov
ided
in th
e ba
ses,
the
RTC
OT
in C
TS S
R 3
.1.8
.1, S
R 3
.3.1
.8 a
nd S
R 3
.3.1
.9 is
repl
aced
with
the
CO
T in
cor
resp
ondi
ng
impr
oved
TS
(ITS
) SR
3.1
.8.1
, SR
3.3
.1.6
, SR
3.3
.1.7
, SR
3.3
.2.2
, and
SR
3.3
.3.2
. (S
ee D
OC
A
024.
)
Del
etin
g th
e de
finiti
on o
f RTC
OT
and
spec
ifyin
g a
CO
T in
its
plac
e in
impr
oved
TS
(ITS
) SR
3.1
.8.1
an
d IT
S S
R 3
.3.1
.6, S
R 3
.3.1
.7, S
R 3
.3.2
.2, a
nd S
R 3
.3.3
.2 a
re m
ore
rest
rictiv
e be
caus
e th
e C
OT
defin
ition
exp
licitl
y re
quire
s ad
just
men
ts o
f req
uire
d al
arm
, int
erlo
ck, a
nd tr
ip s
etpo
ints
, but
the
RTC
OT
defin
ition
doe
s no
t.
M-1
(c
ontin
ued)
C
TS 1
.1, “
Def
initi
ons”
•
CO
T •
RTC
OT
CTS
3.1
.8, “
PH
YS
ICS
TE
STS
E
xcep
tions
– M
OD
E 2
” a
SR 3
.1.8
.1 -
RTC
OT
CTS
3.3
.1
b SR
3.3
.1.8
- R
TCO
T c
SR
3.3
.1.9
- R
TCO
T --
----
----
----
----
-----
----
----
----
----
---IT
S 1
.1, “
Def
initi
ons”
•
CO
T IT
S 3.
1.8
a S
R 3
.1.8
.1 -
CO
T IT
S 3.
3.1
b S
R 3
.3.1
.6 -
CO
T c
SR
3.3
.1.7
- C
OT
ITS
3.3.
2 b
SR
3.3
.2.2
- N
ote
c S
R 3
.3.2
.2 -
CO
T IT
S 3.
3.3
c S
R 3
.3.3
.2 -
CO
T
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
3 of
26
DO
C
No.
TS
Sec
tion
1.0
-Use
and
App
licat
ion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
)C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M01
(c
ont’d
)
2.
The
curre
nt T
S (C
TS) 1
.1 d
efin
ition
of R
EA
CTO
R T
RIP
CH
AN
NE
L O
PE
RA
TIO
NA
L TE
ST
(RTC
OT)
is d
elet
ed. T
he c
urre
nt S
Rs
for t
he R
TCO
T ar
e ch
ange
d to
requ
ire e
ither
a C
OT
or a
n A
CTU
ATIO
N L
OG
IC T
EST
(ALT
). Th
e cu
rrent
SR
for t
he R
TCO
T th
at is
cha
nged
to re
quire
an
ALT
is
the
follo
win
g:
● O
nce
per 9
2 da
ys, c
urre
nt S
R 3
.3.1
.7 re
quire
s pe
rform
ing
an R
TCO
T on
eac
h of
the
follo
win
g re
acto
r trip
sys
tem
(RTS
) aut
omat
ic-p
rote
ctio
n-in
stru
men
tatio
n Fu
nctio
ns (F
ns)
spec
ified
by
CTS
Tab
le 3
.3.1
-1:
15.b
Saf
egua
rds
Act
uatio
n In
put f
rom
ES
FAS
– A
utom
atic
.....
......
......
......
. (IT
S 3
.3.4
Fn
1)
19.
Aut
omat
ic T
rip L
ogic
.....
......
......
......
......
......
......
......
......
......
......
......
.... (
ITS
LC
O 3
.3.6
) 20
. A
DS
Sta
ges
1, 2
, and
3 A
ctua
tion
inpu
t fro
m E
SFA
S –
Aut
omat
ic ..
... (I
TS 3
.3.4
Fn
2)
21.
Cor
e M
akeu
p Ta
nk A
ctua
tion
inpu
t fro
m E
SFA
S –
Aut
omat
ic ..
......
.... (
ITS
3.3
.4 F
n 3)
Cur
rent
SR
3.3
.1.7
requ
ires
an R
TCO
T to
be
perfo
rmed
on
RTS
Aut
omat
ic T
rip L
ogic
and
on
actu
atio
n in
puts
from
the
Engi
neer
ed S
afet
y Fe
atur
e A
ctua
tion
Sys
tem
. The
se fu
nctio
ns a
re lo
gic
func
tions
, as
desc
ribed
in th
e as
soci
ated
bas
es. H
owev
er, N
UR
EG
-143
1, S
tand
ard
TS fo
r W
estin
ghou
se P
lant
s, s
peci
fies
the
AC
TUAT
ION
LO
GIC
TES
T (A
LT) f
or s
imila
r fun
ctio
ns. I
n ad
ditio
n, u
se o
f the
ALT
is c
onsi
sten
t with
test
ing
perfo
rmed
on
othe
r trip
logi
c in
the
curr
ent T
S.
The
defin
ition
of R
TCO
T re
quire
s te
stin
g th
e ch
anne
l thr
ough
the
trip
logi
c; h
owev
er, i
t doe
s no
t re
quire
that
the
test
pro
vide
ove
rlap
with
the
actu
ated
dev
ice,
as
does
the
defin
ition
of A
LT.
Ther
efor
e, it
is a
ppro
pria
te to
repl
ace
the
refe
renc
e to
the
RTC
OT
in c
urre
nt S
R 3
.3.1
.7 w
ith a
re
fere
nce
to th
e A
CTU
ATIO
N L
OG
IC T
EST
in c
orre
spon
ding
ITS
SR
3.3
.4.1
and
SR
3.3
.6.1
. (S
ee
DO
C A
024.
)
Del
etin
g th
e de
finiti
on o
f RTC
OT
and
spec
ifyin
g an
AC
TUA
TIO
N L
OG
IC T
ES
T in
its
plac
e in
ITS
S
R 3
.3.4
.1 a
nd S
R 3
.3.6
.1 a
re m
ore
rest
rictiv
e be
caus
e th
e A
CTU
ATIO
N L
OG
IC T
EST
def
initi
on
requ
ires
that
the
test
pro
vide
ove
rlap
with
the
actu
ated
dev
ice,
but
the
RTC
OT
defin
ition
doe
s no
t.
M-1
N
ote:
The
low
er c
ase
lette
r d
deno
tes
the
num
berin
g co
rresp
onde
nces
bet
wee
n th
e C
TS S
R a
nd IT
S S
Rs.
C
TS 1
.1, “
Def
initi
ons”
•
ALT
•
RTC
OT
CTS
3.3
.1
d SR
3.3
.1.7
- R
TCO
T --
----
----
----
----
-----
----
----
----
----
---IT
S 1
.1, “
Def
initi
ons”
•
ALT
IT
S 3.
3.4
d S
R 3
.3.4
.1 –
ALT
IT
S 3.
3.6
d S
R 3
.3.6
.1 -
ALT
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
1.0:
M
-1
Incr
ease
in th
e sc
ope
of a
sur
veill
ance
requ
irem
ent.
D
OC
N
o.
TS S
ectio
n 2.
0 -S
afet
y Li
mits
Des
crip
tion
of C
hang
eC
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
N
one
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
4 of
26
DO
C
No.
TS
Sec
tion
3.0
-LC
O a
nd S
R A
pplic
abili
tyD
escr
iptio
n of
Cha
nge
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
N
one
D
OC
N
o.
TS S
ectio
n 3.
1 -R
eact
ivity
Con
trol
Sys
tem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M01
(c
ont’d
)
3.
As
a re
sult
of th
e de
letio
n of
the
defin
ition
of R
EA
CTO
R T
RIP
CH
AN
NE
L O
PE
RA
TIO
NA
L TE
ST
(RTC
OT)
in T
S 1.
1, “D
efin
ition
s,” S
R 3
.1.8
.1 is
revi
sed
to in
stea
d re
quire
a C
HAN
NE
L O
PE
RA
TIO
NA
L TE
ST
(CO
T), a
s fo
llow
s, w
ith c
hang
es in
dica
ted
by li
ne-o
ut fo
r rem
oved
text
and
bo
ld fo
r add
ed te
xt; i
nclu
ded
are
chan
ges
rela
ted
to D
OC
A02
4 as
wel
l as
DO
C M
01:
Per
form
a R
EA
CTO
R T
RIP
CH
AN
NE
L O
PE
RA
TIO
NA
L TE
ST
CO
T on
pow
er ra
nge
neut
ron
flux
and
inte
rmed
iate
rang
e ne
utro
n flu
x ch
anne
ls p
er S
R 3
.3.1
.8 a
nd S
R 3
.3.1
.9 S
R 3
.3.1
.6,
SR 3
.3.1
.7, a
nd S
R 3
.3.3
.2.
Th
e Fr
eque
ncy
of “P
rior t
o in
itiat
ion
of P
HY
SIC
S T
ES
TS” i
s un
chan
ged.
(S
ee D
OC
A02
4 an
d D
OC
M01
, Ite
ms
1 an
d 2
abov
e, fo
r a li
stin
g of
affe
cted
RTS
inst
rum
enta
tion
func
tions
and
dis
cuss
ion
of th
e te
chni
cal r
easo
ns fo
r the
cha
nges
.)
M-1
TS
3.1
.8, "
PH
YS
ICS
TE
STS
E
xcep
tions
– M
OD
E 2
" •
SR
3.1
.8.1
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
Impr
oved
TS
Sec
tion
3.1:
M
-1
Incr
ease
in th
e sc
ope
of a
sur
veill
ance
requ
irem
ent.
D
OC
N
o.
TS S
ectio
n 3.
2 -P
ower
Dis
trib
utio
n Li
mits
Des
crip
tion
of C
hang
e C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
N
one
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
5 of
26
DO
C
No.
TS
Sec
tion
3.3
-Ins
trum
enta
tion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M01
(c
ont’d
)
----
----
----
----
-----
----
----
----
----
-----
----
----
----
----
-----
----
----
----
----
-----
----
----
----
-----
----
----
----
----
-----
----
----
----
---
Not
e: I
n th
e TS
Sec
tion
3.3
(ITS
Sub
sect
ions
3.3
.1 th
roug
h 3.
3.19
) par
t of T
able
M, t
he fo
llow
ing
conv
entio
ns a
re u
sed:
A
. The
ver
tical
bar
or “
pipe
” sym
bol (
| ) i
s sh
orth
and
for “
with
a c
ompl
etio
n tim
e of
” whe
n us
ed a
fter a
qu
oted
requ
ired
actio
n, a
nd “w
ith a
freq
uenc
y of
” whe
n us
ed a
fter a
quo
ted
surv
eilla
nce.
B
. Cur
rent
TS
is a
bbre
viat
ed b
y “C
TS” a
nd im
prov
ed (o
r new
) TS
is a
bbre
viat
ed b
y “IT
S”.
C. W
hen
tech
nica
l and
edi
toria
l cha
nges
are
indi
cate
d in
a m
arku
p of
a q
uota
tion
of th
e cu
rren
t re
quire
men
t, st
rikeo
ut d
enot
es re
mov
ed te
xt, a
nd b
old
deno
tes
adde
d te
xt.
In a
dditi
on, a
ny D
OC
s as
soci
ated
with
eac
h m
arku
p ar
e lis
ted
for r
efer
ence
. A
quo
ted
curre
nt re
quire
men
t with
no
mar
kup,
or
oth
er D
OC
list
ed, i
ndic
ates
it is
reta
ined
with
out c
hang
e in
the
impr
oved
TS
loca
tion
indi
cate
d.
----
----
----
----
-----
----
----
----
----
-----
----
----
----
----
-----
----
----
----
----
-----
----
----
----
-----
----
----
----
----
-----
----
----
----
---
4.
As
a re
sult
of th
e de
letio
n of
the
defin
ition
of R
EA
CTO
R T
RIP
CH
AN
NE
L O
PE
RA
TIO
NA
L TE
ST
(RTC
OT)
in T
S 1.
1, “D
efin
ition
s,” S
Rs
for p
erfo
rmin
g an
RTC
OT
on re
acto
r trip
sys
tem
(RTS
) in
stru
men
tatio
n in
CTS
3.3
.1, "
RTS
Inst
rum
enta
tion,
" are
revi
sed
to in
stea
d re
quire
eith
er a
n A
CTU
ATIO
N L
OG
IC T
EST
(ALT
) or a
CH
AN
NE
L O
PE
RA
TIO
NA
L TE
ST (C
OT)
, as
indi
cate
d by
th
e fo
llow
ing
mar
kups
:
Cur
rent
SR
3.3
.1.7
Per
form
RTC
OT
AC
TUA
TIO
N L
OG
IC T
EST.
| 92
day
s
Cur
rent
SR
3.3
.1.8
Per
form
RTC
OT
CO
T in
acc
orda
nce
with
Set
poin
t Pro
gram
. | 9
2 da
ys
Cur
rent
SR
3.3
.1.9
Per
form
RTC
OT
CO
T in
acc
orda
nce
with
Set
poin
t Pro
gram
. | 9
2 da
ys
(See
DO
C A
024
and
A02
6 fo
r des
crip
tion
of c
hang
es to
the
thre
e ot
her F
requ
enci
es o
f cur
rent
S
R 3
.3.1
.9.)
(See
DO
C A
024
and
A02
6, a
nd D
OC
M01
, Ite
ms
1 an
d 2
abov
e, fo
r a li
stin
g of
affe
cted
RTS
in
stru
men
tatio
n fu
nctio
ns a
nd d
iscu
ssio
n of
the
tech
nica
l rea
sons
for t
he c
hang
es.)
M-1
N
ote:
Low
er c
ase
lette
rs (a
, b,
and
c) d
enot
e th
e nu
mbe
ring
corre
spon
denc
es b
etw
een
CTS
S
Rs
and
ITS
SR
s C
TS 3
.3.1
a
SR 3
.3.1
.7 –
RTC
OT
b SR
3.3
.1.8
– R
TCO
T c
SR 3
.3.1
.9 –
RTC
OT
----
----
----
----
-----
----
----
----
----
--
ITS
3.3.
1 b
SR
3.3
.1.6
– C
OT
c S
R 3
.3.1
.7 –
CO
T
ITS
3.3.
2 b
SR
3.3
.2.2
– N
ote
c S
R 3
.3.2
.2 –
CO
T
ITS
3.3.
3 c
SR
3.3
.3.2
– C
OT
ITS
3.3.
4 a
SR
3.3
.4.1
– A
LT
ITS
3.3.
6 a
SR
3.3
.6.1
– A
LT
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
6 of
26
DO
C
No.
TS
Sec
tion
3.3
-Ins
trum
enta
tion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M02
1.
Cur
rent
TS
3.3
.1, "
Rea
ctor
Trip
Sys
tem
(RTS
) Ins
trum
enta
tion,
" doe
s no
t spe
cify
Act
ions
for
inop
erab
ility
of m
ore
than
two
inop
erab
le a
utom
atic
initi
atio
n ch
anne
ls –
resu
lting
in e
ntry
into
LC
O 3
.0.3
whe
n th
ree
or m
ore
chan
nels
are
inop
erab
le.
Th
e ex
cept
ions
to th
is a
re th
e A
ctio
ns fo
r RTS
Fun
ctio
n 4,
“Int
erm
edia
te R
ange
Neu
tron
Flux
,” an
d R
TS F
unct
ion
5, “S
ourc
e R
ange
Neu
tron
Flux
Hig
h S
etpo
int,”
whi
ch s
peci
fy A
ctio
n C
ondi
tions
for
thre
e in
oper
able
cha
nnel
s. (S
ee T
able
A, D
OC
A02
4 C
hang
e Ite
ms
3.15
.1, 3
.15.
2, 3
.16.
1, a
nd
3.16
.2.)
How
ever
, for
thes
e tw
o Fu
nctio
ns, C
TS 3
.3.1
doe
s no
t spe
cify
an
Act
ions
Con
ditio
n fo
r fo
ur in
oper
able
cha
nnel
s –
resu
lting
in e
ntry
into
LC
O 3
.0.3
whe
n al
l fou
r Int
erm
edia
te R
ange
N
eutro
n Fl
ux o
r Sou
rce
Ran
ge N
eutro
n Fl
ux c
hann
els
are
inop
erab
le.
S
imila
rly, f
or m
anua
l act
uatio
n, A
ctio
ns a
re n
ot c
urre
ntly
pro
vide
d in
cur
rent
TS
3.3
.1 fo
r mor
e th
an
one
inop
erab
le c
hann
el –
resu
lting
in e
ntry
into
LC
O 3
.0.3
whe
n tw
o m
anua
l rea
ctor
trip
cha
nnel
s ar
e in
oper
able
.
M-7
C
TS 3
.3.1
Fn
4 ●
Con
ditio
n G
CTS
3.3
.1 F
n 5
● C
ondi
tion
G
----
----
----
----
-----
----
----
----
----
----
ITS
3.3.
2 IT
S 3.
3.3
2.
Cur
rent
TS
3.3
.2, "
Eng
inee
red
Saf
ety
Feat
ure
Act
uatio
n S
yste
m (E
SFA
S) I
nstru
men
tatio
n," d
oes
not s
peci
fy A
ctio
ns fo
r ino
pera
bilit
y of
mor
e th
an tw
o in
oper
able
aut
omat
ic in
itiat
ion
chan
nels
–
resu
lting
in e
ntry
into
LC
O 3
.0.3
whe
n th
ree
or m
ore
chan
nels
are
inop
erab
le w
hile
in M
odes
1, 2
, 3,
and
4, a
nd e
ntry
into
cur
rent
LC
O 3
.0.8
whi
le in
Mod
es 4
and
5. T
he fo
llow
ing
curre
nt T
S Ta
ble
3.3.
2-1
Func
tions
are
exc
eptio
ns to
this
in th
at th
ey c
onta
in a
ctio
ns fo
r one
requ
ired
chan
nel
inop
erab
le b
ut n
ot fo
r tw
o in
oper
able
cha
nnel
s an
d ar
e al
so a
ddre
ssed
with
this
revi
sion
:
Func
tion
13.b
, "C
oinc
iden
t with
Sta
rtup
Feed
wat
er F
low
– L
ow,"
Func
tion
18.b
, “R
eact
or T
rip, P
-4;"
Func
tion
20.a
, “C
ontro
l Roo
m A
ir Su
pply
Rad
iatio
n –
Hig
h 2”
; and
Fu
nctio
n 24
.a, “
Spe
nt F
uel P
ool L
evel
– L
ow.”
S
imila
rly, f
or m
anua
l act
uatio
n, A
ctio
ns a
re n
ot c
urre
ntly
pro
vide
d in
cur
rent
TS
3.3
.2 fo
r mor
e th
an
one
inop
erab
le c
hann
el –
resu
lting
in e
ntry
into
LC
O 3
.0.3
whe
n tw
o m
anua
l act
uatio
n ch
anne
ls
are
inop
erab
le.
M-7
C
TS 3
.3.2
Fn
13.b
CTS
3.3
.2 F
n 18
.b
CTS
3.3
.2 F
n 20
.a
CTS
3.3
.2 F
n 24
.a
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
7 of
26
DO
C
No.
TS
Sec
tion
3.3
-Ins
trum
enta
tion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M02
(c
ont’d
)
3.
Rev
isio
ns a
re m
ade
to p
rovi
de n
ew C
ondi
tions
to a
ddre
ss in
oper
abilit
y of
all
chan
nels
as
follo
ws:
• IT
S 3
.3.1
, "R
TS In
stru
men
tatio
n," C
ondi
tion
C s
econ
d po
rtion
• IT
S 3
.3.2
, "R
TS S
ourc
e R
ange
Inst
rum
enta
tion,
" Con
ditio
n F
addi
tion
of “o
r mor
e”
• IT
S 3
.3.3
, " R
TS In
term
edia
te R
ange
Inst
rum
enta
tion,
" Con
ditio
n D
add
ition
of “
or m
ore”
for
pow
er le
vels
abo
ve P
-6, a
nd a
pply
ing
this
Act
ion
to p
ower
leve
ls b
elow
P-6
, by
rem
ovin
g C
ondi
tion
mod
ifier
“TH
ER
MA
L P
OW
ER
bet
wee
n P
-6 a
nd P
-10”
• IT
S 3
.3.4
, " R
TS E
ngin
eere
d S
afet
y Fe
atur
e A
ctua
tion
Sys
tem
(ES
FAS
) Ins
trum
enta
tion,
" C
ondi
tions
B a
nd D
, sec
ond
porti
ons
• IT
S 3
.3.5
, " R
TS M
anua
l Act
uatio
n," C
ondi
tions
B a
nd C
, sec
ond
porti
ons
• IT
S 3
.3.6
, " R
TS A
utom
atic
Trip
Log
ic,"
Con
ditio
ns B
and
D, s
econ
d po
rtion
s
• IT
S 3
.3.7
, " R
TS T
rip A
ctua
tion
Dev
ices
," C
ondi
tions
C a
nd D
sec
ond
porti
ons
• IT
S 3
.3.8
, "E
SFA
S In
stru
men
tatio
n," C
ondi
tion
C (s
econ
d po
rtion
)
• IT
S 3
.3.9
, "E
SFA
S M
anua
l Ini
tiatio
n," C
ondi
tion
C (s
econ
d po
rtion
)
• IT
S 3
.3.1
1, "E
SFA
S S
tartu
p Fe
edw
ater
Flo
w In
stru
men
tatio
n," C
ondi
tion
B (s
econ
d po
rtion
)
• IT
S 3
.3.1
2, "E
SFA
S R
eact
or T
rip In
itiat
ion,
" Con
ditio
n B
(sec
ond
porti
on)
• IT
S 3
.3.1
3, "
ES
FAS
Con
trol R
oom
Air
Sup
ply
Rad
iatio
n In
stru
men
tatio
n," C
ondi
tions
C a
nd D
(s
econ
d po
rtion
s)
• IT
S 3
.3.1
4, "E
SFA
S S
pent
Fue
l Poo
l Lev
el In
stru
men
tatio
n," C
ondi
tion
B (s
econ
d po
rtion
)
• IT
S 3
.3.1
5, "E
SFA
S A
ctua
tion
Logi
c –O
pera
ting,
" Con
ditio
n B
(sec
ond
porti
on)
• IT
S 3
.3.1
6, "E
SFA
S A
ctua
tion
Logi
c –S
hutd
own,
" Con
ditio
ns B
and
C (s
econ
d po
rtion
s)
M-7
C
TS 3
.3.1
●
Act
ions
CTS
3.3
.2
● A
ctio
ns
----
----
----
----
-----
----
----
----
----
-- IT
S 3.
3.1
Con
ditio
n C
IT
S 3.
3.2
Con
ditio
n F
ITS
3.3.
3 C
ondi
tion
D
ITS
3.3.
4 C
ondi
tions
B a
nd C
IT
S 3.
3.5
Con
ditio
ns B
and
C
ITS
3.3.
6 C
ondi
tions
B a
nd D
IT
S 3.
3.7
Con
ditio
ns C
and
D
ITS
3.3.
8 C
ondi
tion
C
ITS
3.3.
9 C
ondi
tion
C
ITS
3.3.
11 C
ondi
tion
B IT
S 3.
3.12
Con
ditio
n B
ITS
3.3.
13 C
ondi
tions
C a
nd D
IT
S 3.
3.14
Con
ditio
n B
ITS
3.3.
15 C
ondi
tion
B IT
S 3.
3.16
Con
ditio
n B
M03
1.
Cur
rent
TS
3.3
.3, "
Pos
t Acc
iden
t Mon
itorin
g (P
AM
) Ins
trum
enta
tion,
" Tab
le 3
.3.3
-1, "
Pos
t-Acc
iden
t M
onito
ring
Inst
rum
enta
tion,
" Fun
ctio
n (F
n) 1
8, "R
emot
ely
Ope
rate
d C
onta
inm
ent I
sola
tion
Val
ve
Pos
ition
," is
rena
med
as
"Pen
etra
tion
Flow
Pat
h R
emot
ely
Ope
rate
d C
onta
inm
ent I
sola
tion
Valv
e P
ositi
on."
The
asso
ciat
ed re
quire
d ch
anne
ls/d
ivis
ions
col
umn
is re
vise
d fro
m "1
/val
ve,"
to "2
per
pe
netra
tion
flow
pat
h." I
n ad
ditio
n, n
ew F
ootn
ote
(c) s
tatin
g "O
nly
one
posi
tion
indi
catio
n ch
anne
l is
requ
ired
for p
enet
ratio
n flo
w p
aths
with
onl
y on
e in
stal
led
cont
rol r
oom
indi
catio
n ch
anne
l," is
ad
ded
to F
n 18
requ
ired
chan
nels
/div
isio
ns d
escr
iptio
n in
ITS
Tab
le 3
.3.1
7-1.
M-3
C
TS 3
.3.3
●
Tabl
e 3.
3.3-
1 Fn
18
----
----
----
----
-----
----
----
----
----
----
ITS
3.3.
17
● Ta
ble
3.3.
17-1
Fn
18
● Ta
ble
3.3.
17-1
Foo
tnot
e (c
)
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
8 of
26
DO
C
No.
TS
Sec
tion
3.3
-Ins
trum
enta
tion
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
3.3:
M
-1
Incr
ease
in th
e sc
ope
of a
sur
veill
ance
requ
irem
ent.
M-2
R
equi
red
actio
n sp
ecifi
es p
laci
ng th
e un
it in
a lo
wer
ope
ratio
nal m
ode.
M
-3
Impo
se a
mor
e re
stric
tive
plan
t con
figur
atio
n fo
r sur
veill
ance
test
ing.
M
-4
Incr
ease
in th
e sc
ope
of a
requ
ired
actio
n or
add
ition
of a
requ
ired
actio
n.
M-5
A
dditi
on o
f a s
urve
illan
ce re
quire
men
t. M
-6
Incr
ease
of a
sur
veill
ance
requ
irem
ent f
requ
ency
(i.e
., a
shor
ter t
est i
nter
val).
M
-7
Dec
reas
e of
a re
quire
d ac
tion
com
plet
ion
time.
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
9 of
26
DO
C
No.
TS
Sec
tion
3.4
–R
eact
or C
oola
nt S
yste
mD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M05
1.
Cur
rent
TS
3.4
.3, "
RC
S P
ress
ure
and
Tem
pera
ture
(P/T
) Lim
its,"
Req
uire
d A
ctio
n B
.2 is
revi
sed
from
"Be
in M
OD
E 4
with
RC
S p
ress
ure
< 50
0 ps
ig,"
to "B
e in
MO
DE
5." T
he p
ropo
sed
chan
ge a
lso
revi
ses
the
asso
ciat
ed C
ompl
etio
n Ti
me
from
24
hour
s to
36
hour
s.
TS
3.4
.3, C
ondi
tion
A s
peci
fies
the
Req
uire
d A
ctio
ns if
the
requ
irem
ents
of t
he L
CO
are
not
met
in
Mod
e 1,
2, 3
, or 4
. Con
ditio
n B
spe
cifie
s th
e ac
tions
requ
ired
to b
e ta
ken
if th
e R
equi
red
Act
ions
an
d as
soci
ated
Com
plet
ion
Tim
es o
f Con
ditio
n A
are
not
met
. Req
uire
d A
ctio
n B
.2 c
urre
ntly
allo
ws
the
unit
to re
mai
n in
Mod
e 4
with
RC
S p
ress
ure
< 50
0 ps
ig. T
his
resu
lts in
a la
ck o
f cla
rity
by n
ot
expl
icitl
y pr
ovid
ing
actio
ns w
hen
in M
OD
E 4
with
RC
S p
ress
ure
< 50
0 ps
ig. B
ecau
se C
ondi
tion
B is
ap
plic
able
in M
OD
E 4
, it s
houl
d re
quire
the
unit
to e
xit M
OD
E 4
.
Th
e pr
opos
ed c
hang
e en
sure
s a
prop
er p
rogr
essi
on b
etw
een
Con
ditio
n B
and
Con
ditio
n C
, whi
ch
is a
pplic
able
if th
e re
quire
men
ts o
f the
LC
O a
re n
ot m
et a
ny ti
me
in o
ther
than
MO
DE
1, 2
, 3, o
r 4.
Cur
rent
ly, t
here
is a
gap
in th
at C
ondi
tion
B, R
equi
red
Act
ion
B.2
, pla
ces
the
unit
in M
ode
4 w
ith
RC
S pr
essu
re <
500
psi
g w
hile
Con
ditio
n C
wou
ld n
ot b
e ap
plie
d if
the
requ
irem
ents
of t
he L
CO
are
no
t met
whi
le in
Mod
e 4.
In a
dditi
on to
the
chan
ge to
the
Con
ditio
n B
end
sta
te, t
his
chan
ge re
vise
s th
e C
ompl
etio
n Ti
me
to b
e co
nsis
tent
with
NU
REG
-143
1 an
d w
ith o
ther
Com
plet
ion
Tim
es in
the
TS th
at a
re a
ssoc
iate
d w
ith p
laci
ng th
e un
it in
Mod
e 5.
Thi
s ch
ange
in C
ompl
etio
n Ti
me
is
nece
ssar
y to
ens
ure
a sa
fe a
nd o
rder
ly s
hutd
own
to M
ode
5.
Th
is c
hang
e is
des
igna
ted
as m
ore
rest
rictiv
e be
caus
e it
resu
lts in
pla
cing
the
unit
in a
low
er M
ode
of o
pera
tion
than
cur
rent
ly re
quire
d.
M-2
TS
3.4
.3
• R
equi
red
Act
ion
B.2
•
Req
uire
d A
ctio
n B
.2
Com
plet
ion
Tim
e
M06
The
prop
osed
cha
nges
und
er D
OC
M06
wer
e withdrawn
by th
e lic
ense
e in
its
resp
onse
to R
AI 1
6-5
The
curr
ent T
S 3
.4.4
, "R
CS
Loo
ps,"
LCO
is m
odifi
ed b
y N
ote
2 th
at s
tate
s: "N
o R
CP
sha
ll be
sta
rted
whe
n th
e R
CS
tem
pera
ture
is ≥
350
°F u
nles
s pr
essu
rizer
leve
l is
< 92
%,"
and
Not
e 3
that
sta
tes:
"No
RC
P s
hall
be s
tarte
d w
ith a
ny R
CS
col
d le
g te
mpe
ratu
re ≤
350
°F u
nles
s th
e se
cond
ary
side
wat
er
tem
pera
ture
of e
ach
stea
m g
ener
ator
(SG
) is ≤
50°F
abo
ve e
ach
of th
e R
CS
col
d le
g te
mpe
ratu
res
and
the
RC
P is
sta
rted
at ≤
25%
of R
CP
spe
ed."
Not
es 2
and
3 a
re d
elet
ed fr
om T
S 3
.4.4
, and
are
in
corp
orat
ed in
TS
3.4
.3 a
s LC
O 3
.4.3
.b a
nd L
CO
3.4
.3.c
.
The
curr
ent T
S 3
.4.8
, "M
inim
um R
CS
Flo
w,"
LCO
is m
odifi
ed b
y N
ote
2 th
at s
tate
s: "N
o R
CP
sha
ll be
st
arte
d w
hen
the
RC
S te
mpe
ratu
re is
≥ 3
50°F
unl
ess
pres
suriz
er le
vel i
s <
92%
," an
d N
ote
3 th
at s
tate
s:
"No
RC
P s
hall
be s
tarte
d w
ith a
ny R
CS
col
d le
g te
mpe
ratu
re ≤
350
°F u
nles
s th
e se
cond
ary
side
wat
er
tem
pera
ture
of e
ach
stea
m g
ener
ator
(SG
) is ≤
50°F
abo
ve e
ach
of th
e R
CS
col
d le
g te
mpe
ratu
res
and
the
RC
P is
sta
rted
at ≤
25%
of R
CP
spe
ed."
Not
es 2
and
3 a
re d
elet
ed fr
om T
S 3
.4.8
, and
are
in
corp
orat
ed in
TS
3.4
.3 a
s LC
O 3
.4.3
.b a
nd L
CO
3.4
.3.c
.
(con
tinue
d)
N/A
N
one
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
10 o
f 26
DO
C
No.
TS
Sec
tion
3.4
–R
eact
or C
oola
nt S
yste
mD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M06
(c
ont’d
)
(con
tinue
d) T
he c
urre
nt T
S 3
.4.1
4, "L
ow T
empe
ratu
re O
verp
ress
ure
Pro
tect
ion
(LTO
P) S
yste
m,"
LCO
is
mod
ified
by
two
note
s. N
ote
1 st
ates
: "N
o re
acto
r coo
lant
pum
p (R
CP
) sha
ll be
sta
rted
whe
n th
e R
CS
te
mpe
ratu
re is
≥ 3
50°F
unl
ess
pres
suriz
er le
vel i
s <
92%
." N
ote
2 st
ates
: "N
o R
CP
sha
ll be
sta
rted
with
an
y R
CS
col
d le
g te
mpe
ratu
re ≤
350
°F u
nles
s th
e se
cond
ary
side
wat
er te
mpe
ratu
re o
f eac
h st
eam
ge
nera
tor (
SG
) is ≤
50°F
abo
ve e
ach
of th
e R
CS
col
d le
g te
mpe
ratu
res
and
the
RC
P is
sta
rted
at ≤
25%
of
RC
P s
peed
." N
otes
1 a
nd 2
are
del
eted
from
TS
3.4
.14,
and
are
inco
rpor
ated
in T
S 3
.4.3
, "R
CS
P
ress
ure
and
Tem
pera
ture
(P/T
) Lim
its,"
as L
CO
3.4
.3.b
and
LC
O 3
.4.3
.c.
The
curr
ent T
S 3
.4.3
LC
O is
refo
rmat
ted
as L
CO
3.4
.3.a
for c
onsi
sten
cy w
ith th
e ch
ange
s de
scrib
ed
abov
e.
N/A
N
one
M07
1 Th
e cu
rrent
TS
3.4.
6, "P
ress
uriz
er S
afet
y V
alve
s," A
pplic
abili
ty N
ote
is re
vise
d to
incl
ude
a re
quire
men
t tha
t "O
ne p
ress
uriz
er s
afet
y va
lve
at a
tim
e m
ay b
e in
oper
able
for h
ot li
ft se
tting
ad
just
men
t."
2 TS
3.4
.6 A
pplic
abili
ty N
ote
stat
es "T
he li
ft se
tting
s ar
e no
t req
uire
d to
be
with
in th
e LC
O li
mits
du
ring
MO
DES
3 a
nd 4
for t
he p
urpo
se o
f set
ting
the
pres
suriz
er s
afet
y va
lves
und
er a
mbi
ent (
hot)
cond
ition
s." T
he N
ote
allo
ws
entry
into
MO
DE
S 3
and
4 w
ith th
e lif
t set
poin
ts o
utsi
de th
e LC
O
limits
. Thi
s pe
rmits
test
ing
and
exam
inat
ion
of th
e sa
fety
val
ves
at h
igh
pres
sure
and
tem
pera
ture
ne
ar th
eir n
orm
al o
pera
ting
rang
e, b
ut o
nly
afte
r the
val
ves
have
had
a p
relim
inar
y co
ld s
ettin
g. T
he
cold
set
ting
give
s as
sura
nce
that
the
valv
es a
re O
PE
RA
BLE
nea
r the
ir de
sign
con
ditio
n. H
owev
er,
the
asso
ciat
ed B
ases
go
furth
er, s
tatin
g th
at "O
nly
one
valv
e at
a ti
me
will
be
rem
oved
from
ser
vice
fo
r tes
ting.
" Thi
s pr
ohib
ition
, lim
iting
how
lift
setti
ngs
and
test
ing
are
perfo
rmed
, is
not s
tate
d in
the
Not
e. T
he p
ropo
sed
Not
e pr
ovid
es a
ssur
ance
that
dur
ing
Mod
es 3
and
4, a
t lea
st o
ne p
ress
uriz
er
safe
ty v
alve
that
has
had
a p
relim
inar
y co
ld s
ettin
g is
ava
ilabl
e to
pro
vide
ove
rpre
ssur
e pr
otec
tion.
Th
is c
hang
e is
des
igna
ted
as m
ore
rest
rictiv
e be
caus
e it
expl
icitl
y lim
its th
e nu
mbe
r of p
ress
uriz
er
safe
ty v
alve
s th
at c
an b
e in
oper
able
dur
ing
hot l
ift s
ettin
g ac
tiviti
es.
M-3
TS
3.4
.6
• Ap
plic
abilit
y N
ote
M08
1.
Cur
rent
TS
3.4
.8, "
Min
imum
RC
S F
low
," C
ondi
tion
A is
revi
sed
to a
dd a
Not
e st
atin
g "R
equi
red
Act
ion
A.2
sha
ll be
com
plet
ed p
rior t
o st
artin
g an
y R
CP
whe
neve
r thi
s C
ondi
tion
is e
nter
ed."
LC
O 3
.4.8
requ
ires
that
at l
east
one
Rea
ctor
Coo
lant
Pum
p (R
CP
) sha
ll be
in o
pera
tion
with
a to
tal
flow
thro
ugh
the
core
of a
t lea
st 3
,000
gpm
. In
the
even
t no
RC
P is
in o
pera
tion,
Req
uire
d A
ctio
n A
.1 re
quire
s al
l sou
rces
of u
nbor
ated
wat
er to
be
isol
ated
and
Req
uire
d A
ctio
n A
.2 re
quire
s cu
rrent
S
R 3
.1.1
.1 to
be
perfo
rmed
. Per
form
ing
SR
3.1
.1.1
ass
ures
that
if th
e bo
ron
conc
entra
tion
in th
e R
eact
or C
oola
nt S
yste
m (R
CS
) has
bee
n re
duce
d an
d no
t det
ecte
d by
the
sour
ce ra
nge
inst
rum
enta
tion,
pro
mpt
act
ion
may
be
take
n to
rest
ore
the
requ
ired
Shu
tdow
n M
argi
n. H
owev
er,
once
Req
uire
d A
ctio
n A
.1 is
per
form
ed (a
ll so
urce
s of
unb
orat
ed w
ater
are
isol
ated
with
in 1
hou
r)
(con
tinue
d)
M-4
C
TS 3
.4.8
•
Con
ditio
n A
ITS
3.4.
8 •
Con
ditio
n A
Not
e
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
11 o
f 26
DO
C
No.
TS
Sec
tion
3.4
–R
eact
or C
oola
nt S
yste
mD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M08
(c
ont’d
)
1. (c
ontin
ued)
th
e LC
O is
no
long
er a
pplic
able
bec
ause
its
Appl
icab
ility
is "M
OD
ES 3
, 4, a
nd 5
, whe
neve
r the
re
acto
r trip
bre
aker
s ar
e op
en a
nd w
ith u
nbor
ated
wat
er s
ourc
es n
ot is
olat
ed fr
om th
e R
CS
."The
refo
re, R
equi
red
Act
ion
A.2
wou
ld n
ot b
e re
quire
d to
be
com
plet
ed o
nce
all u
nbor
ated
w
ater
sou
rces
are
isol
ated
bec
ause
the
App
licab
ility
for t
he L
CO
is e
xite
d. A
lso,
pla
cing
at l
east
one
R
CP
in o
pera
tion
is a
n im
plic
it ac
tion
whe
n in
Con
ditio
n A
(i.e
., re
stor
e co
mpl
ianc
e w
ith L
CO
), ev
en
thou
gh it
is n
ot e
xplic
itly
stat
ed. T
he p
ropo
sed
Not
e en
sure
s th
at th
e S
hutd
own
Mar
gin
is v
erifi
ed
prio
r to
star
ting
any
RC
P o
nce
Con
ditio
n A
is e
nter
ed, e
ven
if al
l unb
orat
ed w
ater
sou
rces
are
is
olat
ed.
Th
is c
hang
e is
des
igna
ted
as m
ore
rest
rictiv
e be
caus
e it
adds
a N
ote
to e
nsur
e th
at R
equi
red
Act
ion
A.2
is c
ompl
eted
onc
e C
ondi
tion
A is
ent
ered
, eve
n if
all u
nbor
ated
wat
er s
ourc
es a
re
isol
ated
and
the
Appl
icab
ility
for t
he L
CO
is e
xite
d.
M
-4
CTS
3.4
.8
• C
ondi
tion
A IT
S 3.
4.8
• C
ondi
tion
A N
ote
M09
1.
Cur
rent
TS
3.4
.14,
"Low
Tem
pera
ture
Ove
rpre
ssur
e P
rote
ctio
n (L
TOP
) Sys
tem
," C
ondi
tion
C, i
s re
vise
d fro
m "T
he R
NS
suc
tion
relie
f val
ve in
oper
able
," to
"Req
uire
d LT
OP
met
hod
inop
erab
le fo
r re
ason
s ot
her t
han
Con
ditio
n A
or B
."
LC
O 3
.4.1
4 re
quire
s ac
cum
ulat
ors
to b
e is
olat
ed a
nd e
ither
the
Nor
mal
Res
idua
l Hea
t Rem
oval
S
yste
m (R
NS
) suc
tion
relie
f val
ve w
ith li
ft se
tting
with
in th
e lim
it sp
ecifi
ed in
the
Pre
ssur
e Te
mpe
ratu
re L
imits
Rep
ort (
PTL
R),
or th
e R
CS
dep
ress
uriz
ed w
ith a
n R
CS
ven
t of ≥
4.1
5 sq
uare
in
ches
.
C
urre
nt T
S 3
.4.1
4 pr
ovid
es A
CTI
ON
S in
the
even
t an
accu
mul
ator
is n
ot is
olat
ed w
hen
requ
ired
(Con
ditio
n A
) and
for a
n in
oper
able
RN
S s
uctio
n re
lief v
alve
(Con
ditio
n C
). H
owev
er, n
o C
ondi
tion
curre
ntly
add
ress
es th
e A
CTI
ON
S re
quire
d to
be
take
n in
the
even
t the
requ
ired
met
hod
of L
TOP
co
nsis
ting
of R
CS
dep
ress
uriz
ed a
nd a
n R
CS
ven
t of ≥
4.1
5 sq
uare
inch
es is
not
Ope
rabl
e in
co
mpl
ianc
e w
ith L
CO
3.4
.14.
b.
W
ith re
spec
t to
TS 3
.4.1
4, th
e LC
O is
App
licab
le in
Mod
e 4
whe
n an
y co
ld le
g te
mpe
ratu
re is
≤
275°
F; in
Mod
e 5;
and
in M
ode
6 w
hen
the
reac
tor v
esse
l hea
d is
on.
If th
e re
quire
d m
etho
d of
LT
OP
con
sist
s of
the
depr
essu
rized
RC
S w
ith a
n R
CS
ven
t of ≥
4.1
5 sq
uare
inch
es, a
nd th
e ve
nt is
fo
und
to b
e co
vere
d su
ch th
at s
uffic
ient
pre
ssur
e pr
otec
tion
does
not
exi
st, t
he c
urre
nt T
S 3.
4.14
A
ctio
ns w
ould
resu
lt in
ent
ry in
to th
e re
quire
men
ts o
f LC
O 3
.0.3
. LC
O 3
.0.3
requ
ires,
in p
art,
that
w
hen
an L
CO
is n
ot m
et a
nd a
n as
soci
ated
Act
ion
is n
ot p
rovi
ded,
that
the
unit
shal
l be
plac
ed in
a
(con
tinue
d)
M-4
TS
3.4
.14
• C
ondi
tion
C
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
12 o
f 26
DO
C
No.
TS
Sec
tion
3.4
–R
eact
or C
oola
nt S
yste
mD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M09
(c
ont’d
)
1. (c
ontin
ued)
M
ode
or o
ther
spe
cifie
d co
nditi
on in
whi
ch th
e LC
O is
not
app
licab
le. A
ctio
n sh
all b
e in
itiat
ed w
ithin
1
hour
to p
lace
the
unit,
as
appl
icab
le, i
n: a
) Mod
e 3
with
in 7
hou
rs; a
nd b
) Mod
e 4
with
in 1
3 ho
urs;
an
d c)
Mod
e 5
with
in 3
7 ho
urs.
The
refo
re, i
f in
Mod
e 4
with
col
d le
g te
mpe
ratu
re ≤
275
°F w
ith a
n in
suffi
cien
t RC
S v
ent,
LCO
3.0
.3 w
ould
requ
ire th
at a
ctio
n be
initi
ated
with
in 1
hou
r to
plac
e th
e un
it in
Mod
e 5
with
in 3
7 ho
urs.
LC
O 3
.0.3
wou
ld th
en re
quire
no
furth
er a
ctio
ns; t
he u
nit w
ould
stil
l be
in
the
Mod
e of
app
licab
ility
with
out s
uffic
ient
LTO
P. E
ntry
into
LC
O 3
.0.3
wou
ld re
sult
in n
o ac
tions
if
the
unit
is in
Mod
e 5
or M
ode
6 w
hen
the
reac
tor v
esse
l hea
d is
on
with
an
insu
ffici
ent R
CS
ven
t. Th
e pr
opos
ed c
hang
e re
vise
s C
ondi
tion
C s
uch
that
it a
pplie
s to
eith
er th
e R
NS
suc
tion
relie
f val
ve
or R
CS
dep
ress
uriz
ed w
ith a
ven
t pat
h LT
OP
met
hods
. In
eith
er c
ase,
the
exis
ting
Req
uire
d A
ctio
ns a
nd C
ompl
etio
n Ti
mes
spe
cifie
d in
Req
uire
d Ac
tion
C.1
and
Req
uire
d Ac
tion
C.2
are
re
ason
able
and
resu
lt in
rest
orat
ion
of L
TOP
.
Th
is c
hang
e is
des
igna
ted
as m
ore
rest
rictiv
e be
caus
e it
resu
lts in
requ
iring
spe
cific
AC
TIO
NS
w
here
non
e ar
e cu
rrent
ly s
peci
fied.
M-4
TS 3
.4.1
4 •
Con
ditio
n C
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
3.4:
M
-2
Req
uire
d ac
tion
spec
ifies
pla
cing
the
unit
in a
low
er o
pera
tiona
l mod
e.
M-3
Im
pose
a m
ore
rest
rictiv
e pl
ant c
onfig
urat
ion
for s
urve
illan
ce te
stin
g.
M-4
In
crea
se in
the
scop
e of
a re
quire
d ac
tion
or a
dditi
on o
f a re
quire
d ac
tion.
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
13 o
f 26
DO
C
No,
TS
Sec
tion
3.5
-Em
erge
ncy
Cor
e C
oolin
g Sy
stem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
dR
equi
rem
ents
M10
1.
Cur
rent
TS
3.5
.4, “
Pas
sive
Res
idua
l Hea
t Rem
oval
Hea
t Exc
hang
er (P
RH
R H
X) –
Ope
ratin
g,” a
nd
curre
nt T
S 3
.5.5
, “P
assi
ve R
esid
ual H
eat R
emov
al H
eat E
xcha
nger
(PR
HR
HX
) – S
hutd
own,
R
eact
or C
oola
nt S
yste
m (R
CS
) Int
act,”
are
revi
sed
to d
elet
e th
e LC
O N
ote.
The
Not
e re
quire
men
ts
will
be
repl
aced
by
a ne
w S
R 3
.5.4
.4 to
per
iodi
cally
ver
ify o
ne L
oop
1 R
CP
is in
ope
ratio
n, b
ut
whi
ch is
onl
y re
quire
d to
be
met
whe
n on
e or
mor
e R
CPs
are
in o
pera
tion.
Cur
rent
TS
3.5
.4 re
quire
s th
at th
e P
assi
ve R
esid
ual H
eat R
emov
al H
eat E
xcha
nger
(PR
HR
HX)
sh
all b
e O
pera
ble.
The
LC
O h
as a
Not
e w
hich
sta
tes,
“Whe
n an
y re
acto
r coo
lant
pum
ps (R
CP
s)
are
oper
atin
g, a
t lea
st o
ne R
CP
mus
t be
oper
atin
g in
the
loop
with
the
PR
HR
HX,
Loo
p 1.
” The
TS
B
ases
sta
te th
at th
e N
ote
“requ
ires
a re
acto
r coo
lant
pum
p (R
CP
) to
be o
pera
ting
in th
e lo
op w
ith
the
PR
HR
HX,
Loo
p 1,
if a
ny R
CP
s ar
e op
erat
ing.
If R
CPs
are
onl
y op
erat
ing
in L
oop
2 an
d no
R
CP
s ar
e op
erat
ing
in L
oop
1, th
ere
is a
pos
sibi
lity
ther
e m
ay b
e re
vers
e flo
w in
the
PR
HR
HX
." Th
is N
ote
prov
ides
a c
onst
rain
t on
oper
abili
ty o
f the
PR
HR
HX
sinc
e no
t hav
ing
at le
ast o
ne R
CP
op
erat
ing
in L
oop
1, if
any
RC
Ps a
re o
pera
ting,
cou
ld re
nder
the
PR
HR
HX
inop
erab
le. A
n op
erat
iona
l con
ditio
n su
ch a
s th
is s
houl
d be
sur
veilla
nce
test
ed to
ens
ure
that
it is
met
. A n
ew S
R
3.5.
4.4
is a
dded
.
Cur
rent
TS
3.5
.5 h
as th
e sa
me
LCO
Not
e th
at s
tate
s, “W
hen
any
reac
tor c
oola
nt p
umps
(RC
Ps)
ar
e op
erat
ing,
at l
east
one
RC
P m
ust b
e op
erat
ing
in th
e lo
op w
ith th
e P
RH
R H
X, L
oop
1.” T
his
Not
e is
del
eted
as
a re
sult
of th
is c
hang
e. A
cor
resp
ondi
ng S
R is
not
add
ed to
TS
3.5
.5 b
ecau
se
SR
3.5
.5.1
sta
tes
that
the
SR
s of
TS
3.5
.4 a
re a
pplic
able
. Thu
s, th
e ne
w S
R a
dded
to T
S 3
.5.4
will
al
so b
e ap
plic
able
to T
S 3
.5.5
.
This
cha
nge
is m
ore
rest
rictiv
e si
nce
it ad
ds a
new
SR
to th
e TS
.
M-5
C
TS 3
.5.4
•
LCO
Not
e C
TS 3
.5.5
•
LCO
Not
e IT
S 3.
5.4
• SR
3.5
.4.4
and
sur
veill
ance
co
lum
n N
ote
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
3.5:
M
-5
Add
ition
of a
sur
veill
ance
requ
irem
ent.
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
14 o
f 26
DO
C
No.
TS
Sec
tion
3.6
-Con
tain
men
tSys
tem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M11
Cur
rent
TS
3.6
.3, "
Con
tain
men
t Iso
latio
n V
alve
s," i
s re
vise
d as
follo
ws:
1.
LCO
3.6
.3 is
revi
sed
from
"Eac
h co
ntai
nmen
t iso
latio
n va
lve
shal
l be
OP
ER
AB
LE,"
to "E
ach
cont
ainm
ent i
sola
tion
valv
e sh
all b
e O
PE
RA
BLE
, exc
ept f
or th
e co
ntai
nmen
t iso
latio
n va
lves
as
soci
ated
with
clo
sed
syst
ems.
"
C
urre
nt T
S 3
.6.3
pro
vide
s th
e re
quire
men
t for
the
cont
ainm
ent i
sola
tion
valv
e fu
nctio
n. S
ome
of th
e va
lves
that
are
con
tain
men
t iso
latio
n va
lves
are
als
o re
quire
d to
be
Ope
rabl
e to
mee
t oth
er s
afet
y re
late
d fu
nctio
ns, a
nd th
ese
requ
irem
ents
are
pro
vide
d in
sep
arat
e LC
Os.
Thu
s, fo
r cer
tain
co
ntai
nmen
t iso
latio
n va
lves
on
clos
ed s
yste
ms,
the
sam
e va
lve
has
two
sepa
rate
TS
that
cov
er it
s re
quire
men
ts.
C
urre
nt T
S 3
.7.1
pro
vide
s re
quire
men
ts fo
r MS
SV
s, c
urre
nt T
S 3
.7.2
pro
vide
s re
quire
men
ts fo
r the
M
SIV
s, c
urre
nt T
S 3
.7.3
pro
vide
s re
quire
men
ts fo
r the
MFI
Vs,
cur
rent
TS
3.7.
7 pr
ovid
es
requ
irem
ents
for t
he s
tartu
p fe
edw
ater
isol
atio
n va
lves
, and
cur
rent
TS
3.7
.10
prov
ides
re
quire
men
ts fo
r the
pow
er o
pera
ted
relie
f val
ve (P
OR
V) b
lock
val
ves
and
SG
blo
wdo
wn
isol
atio
n va
lves
.
In
lieu
of i
nclu
ding
thes
e va
lves
in b
oth
TS 3
.6.3
and
thei
r ind
ivid
ual S
peci
ficat
ion,
TS
3.6
.3 is
re
vise
d to
exc
lude
all
clos
ed s
yste
m c
onta
inm
ent i
sola
tion
valv
es. T
he re
mai
ning
clo
sed
syst
em
cont
ainm
ent i
sola
tion
valv
es th
at a
re n
ot c
over
ed b
y TS
3.7
.1, T
S 3.
7.2,
TS
3.7
.3, T
S 3
.7.7
, and
TS
3.
7.10
, are
MS
IV b
ypas
s va
lves
and
the
mai
n st
eam
line
dra
in v
alve
s. T
he re
quire
men
ts fo
r the
se
cont
ainm
ent i
sola
tion
valv
es a
re a
dded
to re
vise
d TS
3.7
.2 w
ith th
e ot
her s
team
line
flow
pat
h is
olat
ion
valv
es.
A
ll of
the
mov
ed c
onta
inm
ent i
sola
tion
valv
es a
re a
ssoc
iate
d w
ith a
clo
sed
syst
em a
nd th
ey a
re th
e on
ly c
lose
d sy
stem
con
tain
men
t iso
latio
n va
lves
. The
indi
vidu
al S
peci
ficat
ions
, whe
re th
ese
valv
es
are
mov
ed to
, inc
lude
the
sam
e re
quire
men
ts a
s cu
rrent
ly in
TS
3.6.
3, o
r hav
e be
en re
vise
d to
in
clud
e th
e re
quire
men
ts fr
om c
urre
nt T
S 3
.6.3
.
S
ince
the
appl
icab
ility
of c
urre
nt T
S 3
.6.3
incl
udes
MO
DE
S 1
, 2, 3
, and
4, a
nd th
at o
f Spe
cific
atio
ns
3.7.
1, 3
.7.2
, 3.7
.3, 3
.7.7
, and
3.7
.10
only
incl
ude
MO
DE
S 1
, 2, 3
, and
par
t of M
OD
E 4
, the
cha
nges
to
TS
3.7
.1, T
S 3.
7.2,
TS
3.7
.3, T
S 3
.7.7
, and
TS
3.7.
10 fo
r the
se c
lose
d sy
stem
con
tain
men
t is
olat
ion
valv
es a
re e
ither
con
sist
ent w
ith o
r mor
e re
stric
tive
than
thos
e in
cur
rent
TS
3.6
.3.
M-1
C
TS 3
.6.3
•
LCO
IT
S 3.
6.3
• LC
O
2.
The
Con
ditio
n A
and
Con
ditio
n B
Not
es, w
hich
sta
te "O
nly
appl
icab
le to
pen
etra
tion
flow
pat
hs w
ith
two
cont
ainm
ent i
sola
tion
valv
es,"
are
dele
ted.
D
elet
ing
TS 3
.6.3
Con
ditio
n A
and
Con
ditio
n B
Not
es, i
s co
nsis
tent
with
exc
ludi
ng c
lose
d-sy
stem
co
ntai
nmen
t iso
latio
n va
lves
from
TS
3.6.
3.
A-1
C
TS 3
.6.3
•
Con
ditio
n A
Not
e •
Con
ditio
n B
Not
e
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
15 o
f 26
DO
C
No.
TS
Sec
tion
3.6
-Con
tain
men
tSys
tem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M11
(c
ont’d
)
3.
Act
ion
C is
del
eted
. Cur
rent
Con
ditio
n D
is re
num
bere
d to
Con
ditio
n C
and
cur
rent
Req
uire
d A
ctio
ns D
.1 a
nd D
.2 a
re re
num
bere
d to
Req
uire
d A
ctio
ns C
.1 a
nd C
.2.
D
elet
ing
TS 3
.6.3
Act
ion
C is
con
sist
ent w
ith e
xclu
ding
clo
sed-
syst
em c
onta
inm
ent i
sola
tion
valv
es
from
TS
3.6
.3.
A-1
C
TS 3
.6.3
•
Act
ion
C
M12
1.
Cur
rent
TS
3.6
.5, "
Con
tain
men
t Air
Tem
pera
ture
," S
R 3
.6.5
.1 F
requ
ency
is c
hang
ed fr
om 2
4 ho
urs
to 1
2 ho
urs.
S
R 3
.6.5
.1 v
erifi
es a
vera
ge c
onta
inm
ent a
ir te
mpe
ratu
re is
with
in li
mit.
Thi
s ch
ange
s th
e Fr
eque
ncy
for p
erfo
rmin
g th
is v
erifi
catio
n fro
m 2
4 ho
urs
to 1
2 ho
urs.
The
pro
pose
d Fr
eque
ncy
is c
onsi
sten
t w
ith th
e co
ntai
nmen
t pre
ssur
e su
rvei
llanc
e, S
R 3
.6.4
.1, a
nd w
ith S
R 3
.6.1
0.1,
whi
ch re
quire
s ve
rific
atio
n of
con
tain
men
t ins
ide
and
outs
ide
diffe
rent
ial t
empe
ratu
re to
be
with
in th
e sp
ecifi
ed
limit.
The
impa
ct o
f thi
s ch
ange
is in
sign
ifica
nt s
ince
the
cont
ainm
ent a
ir te
mpe
ratu
re is
als
o re
quire
d at
this
incr
ease
d Fr
eque
ncy
in a
ccor
danc
e w
ith S
R 3
.6.1
0.1.
Th
is c
hang
e is
mor
e re
stric
tive
sinc
e th
e S
urve
illan
ce is
pro
pose
d to
be
perfo
rmed
mor
e fre
quen
tly.
M-6
TS
3.6
.5
• S
R 3
.6.5
.1 F
requ
ency
M13
1.
CTS
3.6
.6, "
Pas
sive
Con
tain
men
t Coo
ling
Sys
tem
(PC
S) -
Ope
ratin
g," p
rovi
des
the
requ
irem
ents
fo
r the
PC
S in
MO
DE
S 1
, 2, 3
, and
4.
C
TS 3
.6.7
, "P
assi
ve C
onta
inm
ent C
oolin
g S
yste
m (P
CS
) - S
hutd
own,
" pro
vide
s th
e re
quire
men
ts
for t
he P
CS
in M
OD
ES
5 a
nd 6
with
the
calc
ulat
ed re
acto
r dec
ay h
eat >
6.0
MW
t.
Th
ese
two
Spec
ifica
tions
hav
e be
en c
ombi
ned
into
one
Spe
cific
atio
n, IT
S 3
.6.6
, “P
assi
ve
Con
tain
men
t Coo
ling
Sys
tem
(PC
S)."
Spe
cific
ally
, CTS
3.6
.7 is
del
eted
and
CTS
3.6
.6 is
revi
sed
as
follo
ws:
1.1
The
Appl
icab
ility
for C
TS 3
.6.6
is re
vise
d to
incl
ude
the
CTS
3.6
.7 A
pplic
abili
ty o
f "M
OD
ES 5
and
6
with
the
reac
tor d
ecay
hea
t > 6
.0 M
Wt."
Not
e th
at th
e el
imin
atio
n of
the
term
"cal
cula
ted"
in th
e M
OD
ES 5
and
6 A
pplic
abilit
y in
CTS
3.6
.7 is
dis
cuss
ed in
DO
C L
14.
Th
e C
TS 3
.3.6
LC
O s
tate
men
t is
unch
ange
d si
nce
CTS
3.6
.6 a
nd C
TS 3
.6.7
hav
e id
entic
al L
CO
st
atem
ents
.
Th
is c
hang
e to
the
App
licab
ility
is a
dmin
istra
tive
sinc
e th
e IT
S 3
.6.6
App
licab
ility
span
s th
e sa
me
oper
atio
nal c
ondi
tions
as
the
com
bine
d A
pplic
abili
ties
of th
e tw
o cu
rrent
Spe
cific
atio
ns, w
hich
hav
e id
entic
al L
CO
sta
tem
ents
.
A-1
C
TS 3
.6.6
•
Appl
icab
ility
CTS
3.6
.7
ITS
3.6.
6 •
Appl
icab
ility
1.2
TS 3
.6.6
Con
ditio
n D
, firs
t Con
ditio
n, is
revi
sed
to in
clud
e th
e ph
rase
s "o
f Con
ditio
n A
, B, o
r C,"
and
"in M
OD
E 1
, 2, 3
, or 4
."
Th
is c
hang
e is
nec
essi
tate
d by
the
com
bini
ng o
f CTS
3.6
.6 a
nd C
TS 3
.6.7
and
the
phra
sing
is
cons
iste
nt w
ith T
STF-
GG
-05-
01, a
nd is
an
adm
inis
trativ
e ch
ange
that
doe
s no
t res
ult i
n an
y te
chni
cal c
hang
e.
A-2
.t C
TS 3
.6.6
•
Con
ditio
n D
C
TS 3
.6.7
IT
S 3.
6.6
• C
ondi
tion
D
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
16 o
f 26
DO
C
No.
TS
Sec
tion
3.6
-Con
tain
men
tSys
tem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M13
(c
ont’d
)
1.3
TS 3
.6.6
Con
ditio
n D
, sec
ond
Con
ditio
n, is
revi
sed
to in
clud
e th
e ph
rase
"in
MO
DE
1, 2
, 3, o
r 4."
Th
is c
hang
e is
nec
essi
tate
d by
the
com
bini
ng o
f CTS
3.6
.6 a
nd C
TS 3
.6.7
and
the
phra
sing
is
cons
iste
nt w
ith T
STF-
GG
-05-
01, S
ectio
n 4.
1.6.
i.5.iv
, and
is a
n ad
min
istra
tive
chan
ge th
at d
oes
not
resu
lt in
any
tech
nica
l cha
nge.
A-2
.t TS
3.6
.6
• C
ondi
tion
D
1.4
TS 3
.6.6
Act
ions
E a
nd F
are
add
ed.
Th
ese
chan
ges
are
nece
ssita
ted
by th
e co
mbi
ning
of C
TS 3
.6.6
and
CTS
3.6
.7. T
he c
urre
nt T
S
3.6.
7 A
ctio
n D
are
spl
it up
into
two
sepa
rate
Act
ions
, pro
pose
d TS
3.6
.6 A
ctio
ns E
and
F.
Th
e pr
opos
ed C
ondi
tions
E a
nd F
spe
cify
the
Mod
e in
whi
ch e
ach
is a
pplic
able
, so
the
Mod
e sp
ecifi
c w
ords
from
cur
rent
TS
3.6
.7 R
equi
red
Actio
ns D
.1.1
and
D.1
.2 a
re d
elet
ed.
Th
e tw
o re
quire
men
ts (R
eact
or C
oola
nt S
yste
m b
ound
ary
inta
ct a
nd p
ress
uriz
er le
vel >
20%
) in
curre
nt T
S 3
.6.7
Req
uire
d A
ctio
n D
.1.1
hav
e be
en re
orde
red
for c
larit
y in
pro
pose
d TS
3.6
.6
Req
uire
d A
ctio
n E
.1, w
ith th
e pr
essu
rizer
leve
l req
uire
men
t app
earin
g fir
st.
C
urre
nt S
R 3
.6.7
.1 is
del
eted
sin
ce it
is o
nly
a cr
oss
refe
renc
e to
per
form
the
SR
s of
cur
rent
TS
3.
6.6.
C
urre
nt T
S 3
.6.7
Act
ions
A, B
, and
C a
re id
entic
al to
cur
rent
TS
3.6
.6 A
ctio
ns A
, B, a
nd C
. H
owev
er, t
he e
ffect
of t
his
chan
ge is
mor
e re
stric
tive
beca
use
curre
nt T
S 3
.6.7
Act
ions
A, B
, or C
co
uld
have
bee
n en
tere
d as
a re
sult
of a
requ
ired
unit
shut
dow
n by
cur
rent
TS
3.6
.6 a
nd th
e A
ctio
n C
ompl
etio
n Ti
mes
wou
ld h
ave
begu
n an
ew fo
r the
sam
e in
oper
abili
ties.
Thu
s, c
ombi
ning
the
two
Spe
cific
atio
ns in
to a
sin
gle
Spe
cific
atio
n re
sults
in th
e po
tent
ial f
or n
ot a
llow
ing
the
addi
tiona
l re
stor
atio
n tim
es o
f cur
rent
TS
3.6
.7 A
ctio
ns A
, B, a
nd C
, afte
r the
uni
t is
shut
dow
n to
Mod
e 5
in
acco
rdan
ce w
ith c
urre
nt T
S 3
.6.6
Act
ion
D.
Th
ese
chan
ge a
re m
ore
rest
rictiv
e du
e to
elim
inat
ing
the
sepa
rate
rest
orat
ion
times
whe
n in
M
ode
5 or
6.
M-7
C
TS 3
.6.7
•
Con
ditio
n D
IT
S 3.
6.6
• C
ondi
tion
E •
Con
ditio
n F
2.
CTS
3.6
.8, "
Con
tain
men
t Pen
etra
tions
," C
TS 3
.6.9
, "pH
Adj
ustm
ent,"
and
CTS
3.6
.10,
"Vac
uum
R
elie
f Val
ves,
" are
renu
mbe
red
as T
S 3
.6.7
, TS
3.6.
8, a
nd T
S 3.
6.9,
resp
ectiv
ely.
Ren
umbe
ring
is a
dmin
istra
tive
beca
use
the
curre
nt te
chni
cal r
equi
rem
ents
are
unc
hang
ed.
A-1
C
TS 3
.6.8
C
TS 3
.6.9
C
TS 3
.6.1
0 --
----
----
----
----
-----
----
IT
S 3.
6.7
ITS
3.6.
8 IT
S 3.
6.9
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
17 o
f 26
DO
C
No.
TS
Sec
tion
3.6
-Con
tain
men
tSys
tem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
M14
1.
Cur
rent
TS
3.6
.6, "
Pas
sive
Con
tain
men
t Coo
ling
Sys
tem
(PC
S) –
Ope
ratin
g," S
R 3
.6.6
.1 re
quire
s ve
rific
atio
n th
at th
e w
ater
sto
rage
tank
tem
pera
ture
is >
40°
F an
d <
120°
F at
a F
requ
ency
of e
very
7
days
and
eve
ry 2
4 ho
urs
whe
n th
e w
ater
sto
rage
tank
tem
pera
ture
is v
erifi
ed <
50°
F or
> 1
00°F
. Th
e Fr
eque
ncy
for t
his
SR
is c
hang
ed to
be
24 h
ours
.
C
urre
nt S
R 3
.6.6
.1 v
erifi
es th
e w
ater
sto
rage
tank
tem
pera
ture
is w
ithin
the
limits
ass
umed
in th
e sa
fety
ana
lysi
s. T
his
is re
quire
d to
be
verif
ied
ever
y 7
days
, and
eve
ry 2
4 ho
urs
afte
r the
tank
te
mpe
ratu
re is
det
erm
ined
to b
e <
50°F
or >
100
°F.
In
lieu
of h
avin
g tw
o Fr
eque
ncie
s, o
ne w
hich
sta
rts w
hen
the
tem
pera
ture
nea
rs th
e ac
cept
ance
cr
iteria
, a s
ingl
e Fr
eque
ncy
is p
ropo
sed.
SR
3.6
.6.1
incl
udes
onl
y a
24 h
our F
requ
ency
. Eve
n w
ithou
t thi
s ch
ange
, to
assu
re c
ompl
ianc
e th
at th
e 24
hou
r mon
itorin
g is
not
requ
ired,
tem
pera
ture
w
ould
hav
e to
be
verif
ied
each
24
hour
per
iod.
As
such
, the
pre
sent
atio
n of
onl
y a
24-h
r Fre
quen
cy
elim
inat
es u
nnec
essa
ry tr
acki
ng c
ompl
exity
.
This
cha
nge
is m
ore
rest
rictiv
e, s
ince
it re
quire
s pl
ant p
erso
nnel
to m
ore
frequ
ently
doc
umen
t pe
rform
ance
of t
he S
R.
M-6
TS
3.6
.6
SR
3.6
.6.1
Fre
quen
cy
2.
Cur
rent
TS
3.6
.6, S
R 3
.6.6
.3 re
quire
s ve
rific
atio
n th
at e
ach
pass
ive
cont
ainm
ent c
oolin
g sy
stem
po
wer
ope
rate
d an
d au
tom
atic
val
ve in
eac
h flo
w p
ath
that
is n
ot lo
cked
, sea
led,
or o
ther
wis
e se
cure
d in
pos
ition
, is
in th
e co
rrect
pos
ition
. The
SR
is c
hang
ed to
als
o in
clud
e m
anua
l val
ves
in
this
ver
ifica
tion.
C
urre
nt S
R 3
.6.6
.3 e
nsur
es th
at th
e pr
oper
flow
pat
hs e
xist
for p
assi
ve c
onta
inm
ent c
oolin
g sy
stem
op
erat
ion.
How
ever
, the
ver
ifica
tion
does
not
cur
rent
ly re
quire
the
man
ual v
alve
s in
the
flow
pat
h to
be
ver
ified
. It o
nly
requ
ires
the
pow
er o
pera
ted
and
auto
mat
ic v
alve
s th
at a
re n
ot lo
cked
sea
led
or
othe
rwis
e se
cure
d in
pos
ition
to b
e ve
rifie
d. P
ropo
sed
SR
3.6
.6.3
will
requ
ire th
e m
anua
l val
ves
to
be v
erifi
ed if
they
are
not
lock
ed s
eale
d or
oth
erw
ise
secu
red
in p
ositi
on. T
his
ensu
res
that
any
va
lve
that
cou
ld p
ossi
bly
be in
the
inco
rrec
t pos
ition
to b
e pe
riodi
cally
che
cked
.
Th
is c
hang
e is
mor
e re
stric
tive
sinc
e it
requ
ires
addi
tiona
l val
ves
that
cou
ld im
pact
the
flow
pat
hs to
be
per
iodi
cally
ver
ified
in th
eir c
orre
ct p
ositi
on, a
nd is
con
sist
ent w
ith s
imila
r Sur
veill
ance
s fo
r sy
stem
val
ve li
neup
ver
ifica
tions
.
M-1
TS
3.6
.6
• S
R 3
.6.6
.3
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
18 o
f 26
DO
C
No.
TS
Sec
tion
3.6
-Con
tain
men
tSys
tem
sD
escr
iptio
n of
Cha
nge
(cha
nge
num
bers
add
ed fo
r ref
eren
ce)
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
3.6:
M
-1
Incr
ease
in th
e sc
ope
of a
sur
veill
ance
requ
irem
ent.
M-6
In
crea
se o
f a s
urve
illan
ce re
quire
men
t fre
quen
cy (i
.e.,
a sh
orte
r tes
t int
erva
l).
M-7
D
ecre
ase
of a
requ
ired
actio
n co
mpl
etio
n tim
e.
Type
s of
Adm
inis
trativ
e C
hang
es in
TS
Sec
tion
3.6:
A
-1
Edi
toria
l cha
nge
to c
onfo
rm to
phr
asin
g co
nven
tion
and
term
inol
ogy
of N
UR
EG
-143
1, R
ev. 4
. A
-2
Edi
toria
l cha
nge
to c
onfo
rm to
the
indu
stry
impr
oved
sta
ndar
d TS
writ
er’s
gui
de, T
STF-
GG
-05-
01. S
ee T
able
A-2
at E
nd o
f Tab
le A
for b
reak
dow
n of
su
btyp
es w
ithin
Typ
e A
-2.
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
19 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M11
(c
ont’d
)
4.
The
follo
win
g ch
ange
s ar
e ne
cess
itate
d by
the
com
bini
ng o
f CTS
3.6
.3 re
quire
men
ts fo
r co
ntai
nmen
t iso
latio
n va
lves
in c
lose
d sy
stem
s to
TS
3.7
.1, a
nd a
re a
dmin
istra
tive
chan
ges
that
do
not r
esul
t in
any
tech
nica
l cha
nge.
Cur
rent
TS
3.7
.1, "
Mai
n S
team
Saf
ety
Val
ves
(MS
SV
s),"
is re
vise
d as
follo
ws:
4.
1 Th
e A
pplic
abilit
y is
revi
sed
from
"MO
DE
S 1
, 2, a
nd 3
" and
"MO
DE
4 w
ith th
e R
eact
or C
oola
nt
Sys
tem
(RC
S) n
ot b
eing
coo
led
by th
e N
orm
al R
esid
ual H
eat R
emov
al S
yste
m (R
NS
)" to
"MO
DE
S
1, 2
, 3, a
nd 4
."
A-1
TS
3.7
.1
• Ap
plic
abilit
y
4.2
New
App
licab
ility
Not
e is
add
ed, s
tatin
g "T
he M
SS
Vs
are
not r
equi
red
to b
e O
PE
RA
BLE
for
open
ing
in M
OD
E 4
whe
n th
e R
eact
or C
oola
nt S
yste
m (R
CS
) is
bein
g co
oled
by
the
Nor
mal
R
esid
ual H
eat r
emov
al S
yste
m (R
NS
)."
A-1
C
TS 3
.7.1
•
Appl
icab
ility
ITS
3.7.
1 •
Appl
icab
ility
Not
e
4.3
Cur
rent
Con
ditio
n A
is re
vise
d fro
m ".
..MS
SVs
inop
erab
le" t
o "..
.MS
SV
s in
oper
able
for o
peni
ng."
A-1
TS
3.7
.1
• C
ondi
tion
A
4.4
New
Act
ion
B fo
r “O
ne o
r bot
h st
eam
gen
erat
ors
with
one
or m
ore
MS
SV
s in
oper
able
for c
losi
ng,”
with
Req
uire
d A
ctio
n B
.1 s
tatin
g “R
esto
re M
SS
V to
OP
ER
AB
LE s
tatu
s” w
ithin
“72
hour
s.”
A-1
C
TS 3
.7.1
IT
S 3.
7.1
• C
ondi
tion
B
4.5
Cur
rent
Con
ditio
n B
and
ass
ocia
ted
Req
uire
d A
ctio
ns a
re re
num
bere
d as
Act
ion
C.
A-1
C
TS 3
.7.1
•
Con
ditio
n B
ITS
3.7.
1 •
Con
ditio
n C
4.6
Cur
rent
Con
ditio
n B
, firs
t Con
ditio
n is
revi
sed
from
"Req
uire
d Ac
tion
and
asso
ciat
ed C
ompl
etio
n Ti
me
not m
et" t
o "R
equi
red
Act
ion
and
asso
ciat
ed C
ompl
etio
n Ti
me
of C
ondi
tion
A n
ot m
et."
A-2
.t C
TS 3
.7.1
•
Con
ditio
n B
ITS
3.7.
1 •
Con
ditio
n C
4.7
Cur
rent
Con
ditio
n B
, sec
ond
Con
ditio
n is
revi
sed
from
"...M
SS
Vs
inop
erab
le" t
o "..
.MS
SV
s in
oper
able
for o
peni
ng."
A-1
C
TS 3
.7.1
•
Con
ditio
n B
ITS
3.7.
1 •
Con
ditio
n C
4.8
New
Act
ion
D fo
r "R
equi
red
Act
ion
and
asso
ciat
ed C
ompl
etio
n Ti
me
of C
ondi
tion
B n
ot m
et" w
ith
Req
uire
d A
ctio
n D
.1 s
tatin
g “B
e in
MO
DE
3” w
ithin
“6 h
ours
” and
Req
uire
d A
ctio
n D
.2 s
tatin
g “B
e in
M
OD
E 5
” with
in “3
6 ho
urs.
”
A.2
.t C
TS 3
.7.1
IT
S 3.
7.1
• C
ondi
tion
D
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
20 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M11
(c
ont’d
)
5.
The
follo
win
g ch
ange
s ar
e ne
cess
itate
d by
the
com
bini
ng o
f CTS
3.6
.3 re
quire
men
ts fo
r co
ntai
nmen
t iso
latio
n va
lves
in c
lose
d sy
stem
s to
TS
3.7
.2, a
nd a
re a
dmin
istra
tive
chan
ges
that
do
not r
esul
t in
any
tech
nica
l cha
nge.
Cur
rent
TS
3.7
.2, “
Mai
n S
team
Isol
atio
n V
alve
s (M
SIV
s),"
is re
vise
d as
follo
ws:
5.
1 LC
O 3
.7.2
is re
vise
d to
incl
ude
the
MS
IV b
ypas
s va
lves
and
mai
n st
eam
line
dra
in v
alve
s as
par
t of
the
LCO
requ
irem
ents
, spe
cific
ally
: "b.
MS
IV b
ypas
s va
lves
;" an
d "c
. Mai
n st
eam
line
dra
in v
alve
s."
A-1
TS
3.7
.2
• LC
O
5.2.
CTS
3.7
.2 A
pplic
abili
ty a
s it
perta
ins
to M
SIV
s on
ly is
revi
sed
from
"MO
DE
1,"
and
"MO
DE
S 2
, 3,
and
4 ex
cept
whe
n st
eam
flow
is is
olat
ed,"
to "M
OD
ES
1, 2
, 3, a
nd 4
." (S
ee D
OC
M15
for t
he s
ame
chan
ge to
TS
3.7
.2 A
pplic
abilit
y as
it re
late
s to
the
non-
cont
ainm
ent
isol
atio
n va
lves
, tur
bine
sto
p va
lves
, tur
bine
con
trol v
alve
s, tu
rbin
e by
pass
val
ves
and
moi
stur
e se
para
tor r
ehea
ter 2
nd s
tage
ste
am is
olat
ion
valv
es.)
A-1
TS
3.7
.2
• Ap
plic
abilit
y
5.3
New
TS
3.7
.2 C
ondi
tion
E is
add
ed, w
ith C
ondi
tion
E s
tatin
g "O
ne o
r mor
e M
SIV
byp
ass
or m
ain
stea
m li
ne d
rain
val
ves
inop
erab
le."
Req
uire
d A
ctio
ns E
.1 a
nd E
.2 a
nd a
ssoc
iate
d C
ompl
etio
n Ti
mes
are
mov
ed fr
om T
S 3
.6.3
cur
rent
Req
uire
d A
ctio
ns C
.1 a
nd C
.2.
A-1
C
TS 3
.7.2
IT
S 3.
7.2
• C
ondi
tion
E
5.4
CTS
3.7
.2 C
ondi
tion
E a
nd a
ssoc
iate
d R
equi
red
Actio
ns a
re re
num
bere
d as
Act
ion
F an
d re
vise
d to
incl
ude
refe
renc
e to
new
Con
ditio
n E
. A
-1
CTS
3.7
.2
• C
ondi
tion
E IT
S 3.
7.2
• C
ondi
tion
F
5.5
New
TS
3.7
.2 R
equi
red
Act
ion
F.3
as it
per
tain
s to
MS
IVs
only
is a
dded
, sta
ting
to "B
e in
MO
DE
5"
in 3
6 ho
urs.
(S
ee D
OC
M15
for t
he s
ame
chan
ge to
TS
3.7
.2 a
s it
rela
tes
to th
e no
n-co
ntai
nmen
t iso
latio
n va
lves
, tur
bine
sto
p va
lves
, tur
bine
con
trol v
alve
s, tu
rbin
e by
pass
val
ves
and
moi
stur
e se
para
tor
rehe
ater
2nd
sta
ge s
team
isol
atio
n va
lves
.)
A-1
C
TS 3
.7.2
•
Con
ditio
n E
ITS
3.7.
2 •
Actio
n F.
3
5.6
New
SR
3.7
.2.3
sta
ting
“Ver
ify th
e is
olat
ion
time
of e
ach
MS
IV b
ypas
s va
lve
and
mai
n st
eam
line
dr
ain
isol
atio
n va
lve
is w
ithin
lim
its,”
with
Fre
quen
cy o
f ”In
acc
orda
nce
with
the
Inse
rvic
e Te
stin
g P
rogr
am,”
and
new
SR
3.7
.2.4
sta
ting
“Ver
ify e
ach
MSI
V by
pass
val
ve a
nd m
ain
stea
m li
ne d
rain
is
olat
ion
valv
e ac
tuat
es to
the
isol
atio
n po
sitio
n on
an
actu
al o
r sim
ulat
ed a
ctua
tion
sign
al,”
with
Fr
eque
ncy
of “2
4 m
onth
s,” a
re a
dded
.
Thes
e ne
w S
Rs
are
sim
ilar t
o S
R 3
.6.3
.4 a
nd S
R 3
.6.3
.5 in
TS
3.6.
3.
A-1
C
TS 3
.7.2
IT
S 3.
7.2
• S
R 3
.7.2
.3
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
21 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M11
(c
ont’d
)
6.
The
follo
win
g ch
ange
s ar
e ne
cess
itate
d by
the
com
bini
ng o
f CTS
3.6
.3 re
quire
men
ts fo
r co
ntai
nmen
t iso
latio
n va
lves
in c
lose
d sy
stem
s to
TS
3.7
.3, a
nd a
re a
dmin
istra
tive
chan
ges
that
do
not r
esul
t in
any
tech
nica
l cha
nge.
Cur
rent
TS
3.7
.3, "
Mai
n Fe
edw
ater
Isol
atio
n an
d C
ontro
l Val
ves
(MFI
Vs
and
MFC
Vs)
," is
revi
sed,
as
it p
erta
ins
to M
FIV
s on
ly, a
s fo
llow
s:
6.1
CTS
3.7
.3 A
pplic
abili
ty is
revi
sed
from
"MO
DE
S 1
, 2, 3
, and
4 e
xcep
t whe
n th
e M
FIV
s or
as
soci
ated
MFC
V ar
e cl
osed
and
dea
ctiv
ated
," to
“MO
DE
S 1
, 2, 3
, and
4.”
(See
DO
C M
15 fo
r the
sam
e ch
ange
to T
S 3
.7.3
App
licab
ility
as it
rela
tes
to th
e M
FCV
.
A-1
TS
3.7
.3
• Ap
plic
abilit
y
6.2
CTS
3.7
.3 R
equi
red
Act
ion
D.3
.1, w
hich
allo
ws
the
affe
cted
flow
pat
h to
be
isol
ated
in li
eu o
f bei
ng
in M
OD
E 5
, is
dele
ted.
M
-2
TS 3
.7.3
•
Act
ion
D.3
7.
The
follo
win
g ch
ange
s ar
e ne
cess
itate
d by
the
com
bini
ng o
f CTS
3.6
.3 re
quire
men
ts fo
r co
ntai
nmen
t iso
latio
n va
lves
in c
lose
d sy
stem
s to
TS
3.7
.7, a
nd a
re a
dmin
istra
tive
chan
ges
that
do
not r
esul
t in
any
tech
nica
l cha
nge.
Cur
rent
TS
3.7
.7, "
Sta
rtup
Feed
wat
er Is
olat
ion
and
Con
trol V
alve
s," i
s re
vise
d as
it p
erta
ins
to
star
tup
feed
wat
er is
olat
ion
valv
es o
nly
as fo
llow
s:
7.1
CTS
3.7
.7 A
pplic
abili
ty is
revi
sed
from
"MO
DE
S 1
, 2, 3
, and
4 e
xcep
t whe
n th
e st
artu
p fe
edw
ater
flo
w p
aths
are
isol
ated
," to
"MO
DE
S 1
, 2, 3
, and
4."
(See
DO
C M
15 fo
r the
sam
e ch
ange
to T
S 3
.7.7
App
licab
ility
as it
rela
tes
to th
e S
tartu
p Fe
edw
ater
C
ontro
l Val
ves.
)
A-1
TS
3.7
.7
• Ap
plic
abilit
y
7.2
Req
uire
d A
ctio
n C
.3 is
revi
sed
from
"Iso
late
the
affe
cted
flow
pat
h(s)
," to
"Be
in M
OD
E 5.
" (S
ee D
OC
M15
for t
he s
ame
chan
ge to
TS
3.7
.7 a
s it
rela
tes
to S
tartu
p Fe
edw
ater
Con
trol V
alve
s.)
M-2
C
TS 3
.7.7
•
Act
ion
C.3
7.3
New
SR
3.7
.7.2
sta
ting
“Ver
ify e
ach
star
tup
feed
wat
er is
olat
ion
and
cont
rol v
alve
act
uate
s to
the
isol
atio
n po
sitio
n on
an
actu
al o
r sim
ulat
ed a
ctua
tion
sign
al,”
with
Fre
quen
cy o
f “24
mon
ths,
” is
adde
d.
Th
is n
ew S
R is
sim
ilar t
o S
R 3
.6.3
.5 in
TS
3.6
.3.
M-5
C
TS 3
.7.7
IT
S 3.
7.7
• S
R 3
.7.7
.2
8.
The
follo
win
g ch
ange
s ar
e ne
cess
itate
d by
the
com
bini
ng o
f CTS
3.6
.3 re
quire
men
ts fo
r co
ntai
nmen
t iso
latio
n va
lves
in c
lose
d sy
stem
s to
TS
3.7
.10,
and
are
adm
inis
trativ
e ch
ange
s th
at
do n
ot re
sult
in a
ny te
chni
cal c
hang
e.
C
urre
nt T
S 3
.7.1
0, "S
team
Gen
erat
or (S
G) I
sola
tion
Val
ves,
" is
revi
sed
as fo
llow
s:
A-1
C
TS 3
.7.1
0 •
Appl
icab
ility
ITS
3.7.
10
• Ap
plic
abilit
y •
Appl
icab
ility
Not
e
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
22 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M11
(c
ont’d
)
8.1
Cur
rent
App
licab
ility
of “
MO
DE
S 1
, 2, a
nd 3
, Mod
e 4
with
the
Rea
ctor
Coo
lant
Sys
tem
(RC
S) n
ot
bein
g co
oled
by
the
Nor
mal
Res
idua
l Hea
t Rem
oval
Sys
tem
(RN
S)”
is re
vise
d to
“MO
DE
S 1
, 2, 3
, an
d 4.
” The
App
licab
ility
is fu
rther
revi
sed
to a
dd a
new
Not
e st
atin
g: “P
OR
V O
PE
RA
BIL
ITY
is n
ot
requ
ired
in M
OD
E 4
with
Rea
ctor
Coo
lant
Sys
tem
(RC
S) b
eing
coo
led
by th
e N
orm
al R
esid
ual
Hea
t Rem
oval
Sys
tem
(RN
S).”
A-1
C
TS 3
.7.1
0 •
Appl
icab
ility
ITS
3.7.
10
• Ap
plic
abilit
y Ap
plic
abilit
y N
ote
8.2
Req
uire
d A
ctio
n A
.2 is
add
ed to
Act
ion
A s
tatin
g: “V
erify
the
affe
cted
flow
pat
h is
isol
ated
” with
a
Com
plet
ion
Tim
e of
“Onc
e pe
r 31
days
.” Th
is R
equi
red
Act
ion
is a
lso
mod
ified
by
two
Not
es: 1
. Is
olat
ion
devi
ces
in h
igh
radi
atio
n ar
eas
may
be
verif
ied
by u
se o
f adm
inis
trativ
e m
eans
, and
2.
Isol
atio
n de
vice
s th
at a
re lo
cked
, sea
led,
or o
ther
wis
e se
cure
d m
ay b
e ve
rifie
d by
adm
inis
trativ
e m
eans
.
M-4
C
TS 3
.7.1
0 •
Act
ion
A
ITS
3.7.
10
• Ac
tion
A.2
and
Not
es
8.3
New
Req
uire
d Ac
tion
E.3
is a
dded
sta
ting:
“Be
in M
OD
E 5
” in
36 h
ours
. New
Req
uire
d A
ctio
n E.
3 al
so is
pro
vide
d w
ith a
Not
e st
atin
g: “N
ot a
pplic
able
for i
nope
rabl
e P
OR
V(s
).”
M-2
M
-4
CTS
3.7
.10
• A
ctio
n E
IT
S 3.
7.10
•
Act
ion
E.3
and
Not
e
8.4
New
SR
3.7
.10.
2 st
atin
g “V
erify
the
isol
atio
n tim
e of
eac
h S
G P
OR
V b
lock
val
ve a
nd S
G b
low
dow
n is
olat
ion
valv
e is
with
in li
mits
,” w
ith F
requ
ency
of “
In a
ccor
danc
e w
ith th
e In
serv
ice
Test
ing
Pro
gram
,” an
d ne
w S
R 3
.7.1
0.3
stat
ing
“Ver
ify e
ach
SG
PO
RV
blo
ck v
alve
and
SG
blo
wdo
wn
isol
atio
n va
lve
actu
ates
on
an a
ctua
l or s
imul
ated
act
uatio
n si
gnal
,” w
ith F
requ
ency
of “
24 m
onth
s,”
are
adde
d.
Th
ese
new
SR
s ar
e si
mila
r to
SR
3.6
.3.4
and
SR
3.6
.3.5
in T
S 3.
6.3.
M-5
C
TS 3
.7.1
0 IT
S 3.
7.10
•
SR
3.7
.10.
2 •
SR
3.7
.10.
3
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
23 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M15
1.
Cur
rent
TS
3.7
.2, "
Mai
n S
team
Isol
atio
n V
alve
s (M
SIV
s),"
as it
rela
tes
to th
e no
n-co
ntai
nmen
t is
olat
ion
valv
es; t
urbi
ne s
top
valv
es, t
urbi
ne c
ontro
l val
ves,
turb
ine
bypa
ss v
alve
s an
d m
oist
ure
sepa
rato
r reh
eate
r 2nd
sta
ge s
team
isol
atio
n va
lves
, is
revi
sed
as fo
llow
s:
1.1
TS 3
.7.2
cur
rent
App
licab
ility
is M
ode
1, a
nd M
odes
2, 3
, and
4 e
xcep
t whe
n st
eam
flow
is is
olat
ed.
The
Appl
icab
ility
is c
hang
ed to
be
Mod
es 1
, 2, 3
, and
4, w
ith n
o ex
cept
ions
.
Whe
n th
e un
it is
in M
ode
2, 3
, or 4
, LC
O 3
.7.2
cur
rent
ly d
oes
not a
pply
to th
e va
lves
who
se fl
ow
path
is is
olat
ed. T
hus,
whe
n a
mai
n st
eam
flow
pat
h is
olat
ion
valv
e (e
.g.,
a tu
rbin
e st
op v
alve
) is
inop
erab
le in
Mod
e 2,
3, o
r 4, o
nce
the
affe
cted
ste
am fl
ow p
ath
is is
olat
ed a
s re
quire
d by
Req
uire
d A
ctio
n D
.1, L
CO
3.7
.2 w
ould
not
app
ly a
nd th
e pe
riodi
c ve
rific
atio
n of
Req
uire
d Ac
tion
D.2
wou
ld
not b
e re
quire
d. S
imila
r to
the
Appl
icab
ility
of c
urre
nt T
S 3
.6.3
, the
cur
rent
TS
3.7.
2 Ap
plic
abilit
y is
ch
ange
d to
not
pro
vide
an
exce
ptio
n on
ce th
e af
fect
ed fl
ow p
ath
is is
olat
ed. T
he m
ain
stea
m fl
ow
path
isol
atio
n va
lves
will
rem
ain
requ
ired
to b
e O
pera
ble
in M
odes
2, 3
, and
4, e
ven
whe
n th
e af
fect
ed fl
ow p
ath
is is
olat
ed. T
his
chan
ge w
ill e
nsur
e th
at th
e pe
riodi
c ve
rific
atio
n of
Req
uire
d A
ctio
n D
.2 is
per
form
ed a
s lo
ng a
s a
valv
e in
the
affe
cted
flow
pat
h re
mai
ns in
oper
able
. Thi
s ch
ange
is a
ccep
tabl
e si
nce
it en
sure
s th
e flo
w p
ath
is p
erio
dica
lly v
erifi
ed to
be
in th
e po
st a
ccid
ent
stat
e (i.
e., i
sola
ted)
any
time
whe
n in
Mod
e 2,
3, a
nd 4
with
an
asso
ciat
ed is
olat
ion
valv
e in
oper
able
.
This
cha
nge
is m
ore
rest
rictiv
e be
caus
e th
e sc
ope
of R
equi
red
Act
ion
D.2
is in
crea
sed
as a
resu
lt of
the
revi
sed
Appl
icab
ility.
M-4
TS
3.7
.2
• Ap
plic
abilit
y
1.2
New
TS
3.7
.2 R
equi
red
Act
ion
F.3
requ
iring
the
Uni
t to
be in
Mod
e 5
with
in 3
6 ho
urs
is a
dded
.
Due
to th
e Ap
plic
abilit
y ch
ange
, new
Req
uire
d Ac
tion
F.3
is a
dded
to e
nsur
e th
at w
hen
cond
ition
s w
arra
nt, t
he A
pplic
abili
ty o
f the
LC
O is
exi
ted.
The
App
licab
ility
chan
ge a
nd a
dditi
on o
f new
R
equi
red
Act
ion
F.3
for t
he M
SIV
s is
dis
cuss
ed in
DO
C M
11.
Th
is c
hang
e is
mor
e re
stric
tive
beca
use
the
Uni
t is
plac
ed in
a lo
wer
Mod
e.
M-2
IT
S 3
.7.2
•
Req
uire
d A
ctio
n F.
3
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
24 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M15
(c
ont’d
)
3.
Cur
rent
TS
3.7
.3, "
Mai
n Fe
edw
ater
Isol
atio
n an
d C
ontro
l Val
ves
(MFI
Vs
and
MFC
Vs)
," as
it re
late
s to
the
MFC
Vs
is re
vise
d as
follo
ws:
TS
3.7
.3 c
urre
nt A
pplic
abili
ty is
Mod
es 1
, 2, 3
, and
4 e
xcep
t whe
n th
e M
FIV
s or
ass
ocia
ted
MFC
Vs
are
clos
ed a
nd d
eact
ivat
ed. T
he A
pplic
abili
ty is
cha
nged
to b
e M
odes
1, 2
, 3, a
nd 4
, with
no
exce
ptio
ns.
W
hen
the
unit
is in
Mod
e 1,
2, 3
, or 4
, LC
O 3
.7.3
cur
rent
ly d
oes
not a
pply
to th
e va
lves
who
se fl
ow
path
is is
olat
ed b
y a
clos
ed a
nd d
eact
ivat
ed v
alve
. Thu
s, w
hen
a M
FCV
is in
oper
able
in M
ode
1, 2
, 3,
or 4
, onc
e th
e af
fect
ed fl
ow p
ath
is is
olat
ed u
sing
a c
lose
d an
d de
activ
ated
MFC
V, a
s re
quire
d by
Req
uire
d A
ctio
n A
.1 o
r B.1
, LC
O 3
.7.3
wou
ld n
ot a
pply
and
the
perio
dic
verif
icat
ion
of R
equi
red
Act
ions
A.2
and
B.2
wou
ld n
ot b
e re
quire
d. S
imila
r to
the
App
licab
ility
of c
urre
nt T
S 3
.6.3
, the
cu
rrent
TS
3.7
.3 A
pplic
abilit
y is
cha
nged
to n
ot p
rovi
de a
n ex
cept
ion
once
the
affe
cted
flow
pat
h is
is
olat
ed. T
he M
FCV
s w
ill re
mai
n re
quire
d to
be
Ope
rabl
e in
Mod
es 1
, 2, 3
, and
4, e
ven
whe
n th
e af
fect
ed fl
ow p
ath
is is
olat
ed. T
his
chan
ge w
ill e
nsur
e th
at th
e pe
riodi
c ve
rific
atio
n of
Req
uire
d A
ctio
ns A
.2 a
nd B
.2 (c
hang
ed to
onl
y be
Req
uire
d A
ctio
n A
.2 a
s de
scrib
ed in
ano
ther
cha
nge)
is
perfo
rmed
as
long
as
a va
lve
in th
e af
fect
ed fl
ow p
ath
rem
ains
inop
erab
le. T
his
chan
ge is
ac
cept
able
sin
ce it
ens
ures
the
flow
pat
h is
per
iodi
cally
ver
ified
to b
e in
the
post
acc
iden
t sta
te (i
.e.,
isol
ated
) any
time
whe
n in
Mod
es 1
, 2, 3
, and
4 w
ith a
n as
soci
ated
isol
atio
n va
lve
inop
erab
le.
Th
is c
hang
e is
mor
e re
stric
tive
beca
use
the
scop
e of
Req
uire
d A
ctio
ns A
.2 a
nd B
.2 is
incr
ease
d as
a
resu
lt of
the
revi
sed
Appl
icab
ility.
M-4
TS
3.7
.3
• Ap
plic
abilit
y
4.
Cur
rent
TS
3.7
.7, "
Sta
rtup
Feed
wat
er Is
olat
ion
and
Con
trol V
alve
s," a
s it
rela
tes
to th
e st
artu
p fe
edw
ater
con
trol v
alve
s, is
revi
sed
as fo
llow
s:
TS
3.7
.7 c
urre
nt A
pplic
abili
ty is
Mod
es 1
, 2, 3
, and
4 e
xcep
t whe
n th
e st
artu
p fe
edw
ater
flow
pat
hs
are
isol
ated
. The
App
licab
ility
is c
hang
ed to
be
Mod
es 1
, 2, 3
, and
4, w
ith n
o ex
cept
ions
.
W
hen
the
unit
is in
Mod
e 1,
2, 3
, or 4
, LC
O 3
.7.7
cur
rent
ly d
oes
not a
pply
to th
e va
lves
who
se fl
ow
path
is is
olat
ed. T
hus,
whe
n a
star
tup
feed
wat
er c
ontro
l val
ve is
inop
erab
le in
Mod
e 1,
2, 3
, or 4
, on
ce th
e af
fect
ed fl
ow p
ath
is is
olat
ed, a
s re
quire
d by
Req
uire
d A
ctio
n A
.1 o
r B.1
, LC
O 3
.7.7
wou
ld
not a
pply
and
the
perio
dic
verif
icat
ion
of R
equi
red
Act
ion
A.2
wou
ld n
ot b
e re
quire
d. S
imila
r to
the
Appl
icab
ility
of c
urre
nt T
S 3
.6.3
, the
cur
rent
TS
3.7
.7 A
pplic
abilit
y is
cha
nged
to n
ot p
rovi
de a
n ex
cept
ion
once
the
affe
cted
flow
pat
h is
isol
ated
. The
sta
rtup
feed
wat
er c
ontro
l val
ves
will
rem
ain
requ
ired
to b
e O
pera
ble
in M
odes
1, 2
, 3, a
nd 4
, eve
n w
hen
the
affe
cted
flow
pat
h is
isol
ated
. Thi
s ch
ange
will
ens
ure
that
the
perio
dic
verif
icat
ion
of R
equi
red
Act
ion
A.2
is p
erfo
rmed
as
long
as
a va
lve
in th
e af
fect
ed fl
ow p
ath
rem
ains
inop
erab
le.
Th
is c
hang
e is
mor
e re
stric
tive
beca
use
the
scop
e of
Req
uire
d A
ctio
ns A
.2 is
incr
ease
d as
a re
sult
of th
e re
vise
d Ap
plic
abilit
y.
M-4
TS
3.7
.7
• Ap
plic
abilit
y
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
25 o
f 26
DO
C
No.
TS
Sec
tion
3.7
-Pla
nt S
yste
ms
Des
crip
tion
of C
hang
e (c
hang
e nu
mbe
rs a
dded
for r
efer
ence
) C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M15
(c
ont’d
)
5.
In T
S 3
.7.7
, "S
tartu
p Fe
edw
ater
Isol
atio
n an
d C
ontro
l Val
ves,
" new
Req
uire
d Ac
tion
C.3
is a
dded
st
atin
g: “B
e in
MO
DE
5” i
n 36
hou
rs.
D
ue to
the
Appl
icab
ility
chan
ge, n
ew R
equi
red
Actio
n C
.3 is
add
ed to
be
in M
ode
5. T
his
ensu
res
that
whe
n co
nditi
ons
war
rant
, the
App
licab
ility
of t
he L
CO
is e
xite
d.
Th
is c
hang
e is
mor
e re
stric
tive
beca
use
the
Uni
t is
plac
ed in
a lo
wer
Mod
e.
M-2
IT
S 3
.7.7
•
Req
uire
d A
ctio
n C
.3
M04
1.
Cur
rent
TS
3.7
.10,
"Ste
am G
ener
ator
(SG
) Iso
latio
n V
alve
s," A
ctio
n A
as
it re
late
s to
the
SG
P
OR
Vs
is re
vise
d to
add
new
Req
uire
d A
ctio
n A
.2 to
“ver
ify th
e af
fect
ed fl
ow p
ath
is is
olat
ed” o
nce
per 3
1 da
ys.
TS
3.7
.10
Act
ion
A p
rovi
des
the
requ
irem
ents
whe
n on
e or
mor
e P
OR
V fl
ow p
aths
hav
e on
e is
olat
ion
valv
e in
oper
able
. Cur
rent
Req
uire
d A
ctio
n A
.1 re
quire
s is
olat
ion
of th
e flo
w p
ath
by u
se o
f at
leas
t one
clo
sed
and
deac
tivat
ed a
utom
atic
val
ve w
ithin
72
hour
s. O
pera
tion
with
an
inop
erab
le
isol
atio
n va
lve
can
then
con
tinue
inde
finite
ly w
ith n
o fu
rther
requ
irem
ents
. The
new
Req
uire
d A
ctio
n A
.2 e
nsur
es th
at th
e flo
w p
ath
that
was
isol
ated
to c
ompl
y w
ith R
equi
red
Act
ion
A.1
is p
erio
dica
lly
verif
ied
to re
mai
n is
olat
ed. T
his
prop
osed
Req
uire
d A
ctio
n en
sure
s th
e cl
osur
e re
quire
d of
R
equi
red
Act
ion
A.1
con
tinue
s to
be
met
whe
n a
PO
RV
is in
oper
able
, con
sist
ent w
ith o
ther
sim
ilar
appl
icat
ions
. Thi
s ne
w R
equi
red
Act
ion
is a
lso
cons
iste
nt w
ith th
e si
mila
r Req
uire
d A
ctio
n fo
r an
isol
ated
blo
wdo
wn
flow
pat
h (c
urre
nt R
equi
red
Actio
n B.
2). T
he n
ew p
erio
dic
Com
plet
ion
Tim
e is
co
nsis
tent
with
the
curre
nt ti
me
for i
nope
rabl
e co
ntai
nmen
t iso
latio
n va
lves
in T
S 3.
6.3.
Ref
er to
D
OC
M11
whi
ch m
oves
this
act
ion
from
TS
3.6
.3 a
s it
rela
tes
to th
e P
OR
V b
lock
val
ve p
erio
dic
verif
icat
ion.
Th
is c
hang
e is
des
igna
ted
as m
ore
rest
rictiv
e si
nce
the
curre
nt T
S 3.
7.10
Act
ions
do
not i
nclu
de a
pe
riodi
c ve
rific
atio
n w
hen
a P
OR
V is
inop
erab
le
M-4
C
TS 3
.7.1
0 •
Act
ion
A
ITS
3.7.
10
• R
equi
red
Act
ion
A.2
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
3.7:
M
-2
Req
uire
d ac
tion
spec
ifies
pla
cing
the
unit
in a
low
er o
pera
tiona
l mod
e.
M-4
In
crea
se in
the
scop
e of
a re
quire
d ac
tion
or th
e ad
ditio
n of
a re
quire
d ac
tion.
Ty
pes
of A
dmin
istra
tive
Cha
nges
in T
S S
ectio
n 3.
7:
A-1
E
dito
rial c
hang
e to
con
form
to p
hras
ing
conv
entio
n an
d te
rmin
olog
y of
NU
RE
G-1
431,
Rev
. 4.
A-2
E
dito
rial c
hang
e to
con
form
to th
e in
dust
ry im
prov
ed s
tand
ard
TS w
riter
’s g
uide
, TST
F-G
G-0
5-01
. See
Tab
le A
-2 a
t End
of T
able
A fo
r bre
akdo
wn
of
subt
ypes
with
in T
ype
A-2
.
Tabl
e M
M
ore
Res
trict
ive
Cha
nges
P
age
26 o
f 26
DO
C
No.
TS
Sec
tion
3.8
-Ele
ctric
al P
ower
Sys
tem
sD
escr
iptio
n of
Cha
nge
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
N
one
D
OC
N
o.
TS S
ectio
n 3.
9 -R
efue
ling
Ope
ratio
nsD
escr
iptio
n of
Cha
nge
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
N
one
D
OC
N
o.
TS S
ectio
n 4.
0 -D
esig
n Fe
atur
esD
escr
iptio
n of
Cha
nge
Cha
nge
Type
A
ffect
ed T
S Se
ctio
n an
d R
equi
rem
ents
N
one
D
OC
N
o.
TS S
ectio
n 5.
0 -A
dmin
istr
ativ
e C
ontr
ols
Des
crip
tion
of C
hang
e C
hang
eTy
pe
Affe
cted
TS
Sect
ion
and
Req
uire
men
ts
M01
(c
ont’d
)
5.
As
a re
sult
of th
e de
letio
n of
the
defin
ition
of R
eact
or T
rip C
hann
el O
pera
tiona
l Tes
t (R
TCO
T) in
TS
1.
1, th
e fo
llow
ing
requ
irem
ent i
n TS
Sec
tion
5.0
is re
vise
d:
TS
5.5
.14,
"Set
poin
t Pro
gram
," cu
rrent
par
agra
ph c
, ref
eren
ce to
"RE
AC
TOR
TR
IP C
HA
NN
EL
OP
ER
ATI
ON
AL
TES
T (R
TCO
T),"
is d
elet
ed. T
his
porti
on o
f pro
pose
d ch
ange
s un
der D
OC
M01
is
an a
dmin
istra
tive
chan
ge.
A-1
TS
5.5
.14
Type
s of
Mor
e R
estri
ctiv
e C
hang
es in
TS
Sec
tion
5.0:
Non
e Ty
pes
of A
dmin
istra
tive
Cha
nges
in T
S S
ectio
n 5.
0:
A-1
E
dito
rial c
hang
e to
con
form
to p
hras
ing
conv
entio
n an
d te
rmin
olog
y of
NU
RE
G-1
431,
Rev
. 4.