Yokogawa Low Concentration (ppm) Zirconia Oxygen Analyzer OX400 - Manual (Page 62)

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8. Appendix> 8-1
IM 11M10B01-01E
8. Appendix
8.1 Parameter Settings
Ta
bl
e
8.
1
Pa
ra
m
et
er
S
et
tin
g
Li
st
(C
us
to
m
er
S
et
tin
gs
)
M
e
n
u
P
a
ra
m
e
te
r
1
P
a
ra
m
e
te
r
2
Pa
ra
m
et
er
3
Fu
nc
tio
n
de
ta
il
D
e
fa
u
lt
s
D
e
s
c
ri
p
ti
o
n
C
u
s
to
m
e
r
S
e
tt
in
g
s
R
e
fe
re
n
c
e
s
e
c
ti
o
n
O
u
tp
u
t
ra
n
g
e
(4
-2
0
m
A
D
C
)
“r
nG
”
“A
ut
o”
Au
to
ra
ng
e
“1
”
(N
ot
e
1)
6.
1.
1
“M
A
n”
M
an
ua
l r
an
ge
0-
10
00
p
pm
“F
rE
E”
Pa
rti
al
ra
ng
e
0-
10
00
p
pm
“F
r.L
o”
Lo
w
lim
it
0
pp
m
“F
r.H
I”
H
ig
h
lim
it
10
00
p
pm
S
e
c
o
n
d
a
ry
o
u
tp
u
t
“o
U
t2
”
“1
”
/ “
5”
/
“1
0”
Vo
lta
ge
o
ut
pu
t
“1
”
0-
1V
D
C
6.
1.
2
H
o
ld
f
u
n
c
ti
o
n
“H
oL
d”
“n
on
”
/ “
Pr
EV
”
Pr
ev
io
us
o
r n
on
no
n
N
on
h
ol
d
6.
1.
3
B
ur
no
ut
fu
nc
tio
n
“n
A
M
U
”
“n
on
”
/ “
Er
.L
o”
/
“E
r.H
I”
H
i/L
ow
/n
on
no
n
N
on
b
ur
no
ut
6.
1.
4
O
2
c
on
c.
H
i/L
ow
a
la
rm
“A
LM
”
“o
FF
”
N
on
a
la
rm
oF
F
N
on
a
la
rm
6.
1.
5
“A
LL
”
“A
L.
Lo
”
“A
L.
H
I”
Lo
w
lim
it
H
i li
m
it
“A
L.
H
I”
H
i li
m
it
on
ly
“A
L.
Lo
”
Lo
w
lim
it
on
ly
C
a
li
b
ra
ti
o
n
g
a
s
c
o
n
c
e
n
tr
a
ti
o
n
“S
Et
.C
”
“1
Pn
t”
1
po
in
t
10
00
p
pm
C
al
-g
as
c
on
c.
(N
ot
e
2)
6.
1.
6
“2
Pn
t”
2
po
in
ts
“Z
er
o”
Ze
ro
-g
as
c
on
c.
10
0.
0
pp
m
(N
ot
e
3)
“S
PA
n”
Sp
an
-g
as
c
on
c.
10
00
p
pm
(N
ot
e
4)
“A
LL
”
3
po
in
ts
“1
0”
10
p
pm
g
as
c
on
c.
10
.0
0
pp
m
(N
ot
e
5)
“1
00
0”
10
00
p
pm
g
as
c
on
c.
10
00
p
pm
(N
ot
e
6)
O
ut
pu
t s
m
oo
th
in
g
“S
M
oo
”
“
0
to
6
0”
Sm
oo
th
in
g
fa
ct
or
.
0
se
c
N
on
(N
ot
e
7)
6.
1.
8
M
u
lt
i-
s
e
le
c
to
r
“M
LS
”
“0
”
/ “
1”
/
“2
”
/ “
3”
Fl
ow
p
at
h
N
o.
1
to
3
“0
”
N
on
u
se
6.
1.
9
(N
ot
e
1)
A
ut
o
R
an
ge
b
et
w
ee
n
0-
10
p
pm
, 0
-1
00
p
pm
, 0
-1
00
0
pp
m
, 0
-1
%
, 0
-1
0%
, a
nd
0
-1
00
%
.
(N
ot
e
2)
C
al
ib
ra
tio
n
ga
s
co
nc
en
tra
tio
n
in
pu
t r
an
ge
: 0
.9
0
pp
m
to
1
2.
00
%
, 3
5.
00
%
to
1
00
.0
%
. G
as
c
on
ce
nt
ra
tio
n
ca
n
al
so
b
e
se
t f
ro
m
“C
AL
” c
al
ib
ra
tio
n.
(N
ot
e
3)
“Z
Er
o”
in
pu
t r
an
ge
: 1
.0
0
pp
m
to
1
00
.0
%
. G
as
c
on
ce
nt
ra
tio
n
ca
n
al
so
b
e
se
t f
ro
m
“C
AL
” c
al
ib
ra
tio
n,
(N
ot
e
4)
“S
PA
n”
in
pu
t r
an
ge
; 1
.0
0
pp
m
to
1
00
.0
%
. I
np
ut
is
n
ot
p
os
si
bl
e
if
th
e
sm
al
le
st
s
pa
n
is
le
ss
th
an
2
0%
o
f t
he
ra
ng
e
af
te
r i
np
ut
tin
g
“S
PA
n.
” G
as
c
on
ce
nt
ra
tio
n
ca
n
al
so
b
e
se
t f
ro
m
“C
AL
” c
al
ib
ra
tio
n,
(N
ot
e
5)
C
al
ib
ra
tio
n
ga
s
co
nc
en
tra
tio
n
in
pu
t r
an
ge
: 8
.0
0
to
2
0.
00
p
pm
. G
as
c
on
ce
nt
ra
tio
n
ca
n
al
so
b
e
se
t f
ro
m
“C
AL
” c
al
ib
ra
tio
n,
(N
ot
e
6)
C
al
ib
ra
tio
n
ga
s
co
nc
en
tra
tio
n
in
pu
t r
an
ge
: 8
00
to
2
00
0
pp
m
. G
as
c
on
ce
nt
ra
tio
n
ca
n
al
so
b
e
se
t f
ro
m
“C
AL
” c
al
ib
ra
tio
n,
(N
ot
e
7)
If
th
e
ou
tp
ut
s
m
oo
th
in
g
is
s
et
, t
he
s
m
oo
th
ed
v
al
ue
b
ec
om
es
a
n
in
st
an
ta
ne
ou
s
va
lu
e
w
hi
ch
is
d
is
pl
ay
ed
a
nd
o
ut
pu
t i
n
an
al
og
fo
rm
at
. T
he
s
m
oo
th
ed
v
al
ue
is
a
ls
o
us
ed
a
s
th
e
in
st
an
ta
ne
ou
s
va
lu
e
(m
ea
su
re
d
va
lu
e)
fo
r c
he
ck
in
g
co
nc
en
tra
tio
n
al
ar
m
s
an
d
R
S2
32
c
om
m
un
ic
at
io
n.
(N
ot
e
8)
S
et
p
ar
am
et
er
s
w
ill
no
t b
e
er
as
ed
b
y
tu
rn
in
g
th
e
po
w
er
o
ff
an
d
on
.