11
Appendix
C
1 (1)
Functi
on group
CAL
IBRA
TION
C
C
ali
bration
InstF
= ins
tall
ation
factor
cel
lc
= cel
l
c
ons
tant
AirS
= Ai
rset
C
1 (2)
C
1 (3)
Measur
ing
ranges:
0 µS/cm
...
9
999
mS/cm
0 ...
9
999
%
0 ...
2
00 M
c
m
–
35.0 ...
2
50
°C
Ω⋅
R
esi
dual
coupl
ing
Star
t cal
ibration
C
urr
ent m
eas.
v
alue
D
is
pla
y
of resi
dual
coupl
ing
(air-s
et)
0.0 µS
C
112
C
ali
bration status
is
dis
pla
yed
o
.k.;
E---
C
113
Store
cal
ibration
resul
ts
;
no;
ne
w
yes
C
114
C
111
Store
cal
ibration
resul
ts
;
no;
ne
w
yes
C
126
C
ali
bration tem
per
ature
entr
y
(if
B1
= fixed)
–
35.0 ...
+250.0
C
25.0
C
.
°
°
C
121
Entr
y
o
f
v
alue
of
cal
ibration
sol
ution
0.00 ...
20.00 %
/K
α
2.10 %
/K
C
122
Entr
y
of correc
t
conduc
tiv
ity
v
alue
of
cal
ibati
on sol
ution
0.0 µS
/c
m
...
9999 m
S/cm
.
C
urr
ent m
eas.
v
alue
C
123
D
is
pla
y
of cal
cul
ated
cel
l
cons
tant
0.0025 ...
99.99 1/cm
C
124
C
ali
bration status
is
dis
pla
yed
o
.k.;
E---
C
125
Store
cal
ibration
resul
ts
;n
o
;
ne
w
yes
C
136
Entr
y
o
f
v
alue
of
cal
ibration
sol
ution
0.00 ...
20.00 %
/K
α
2.10 %
/K
C
132
C
ali
bration tem
per
ature
entr
y(
M
TC
)
–
35.0 ...
+250.0
C
25.0
C
°
°
C
131
Entr
y
of correc
t
conduc
tiv
ity
v
alue
of
cal
ibration
sol
ution
0.0 µS/c
m
...
9999 m
S/cm
C
urr
ent m
eas.
v
alue
.
C
133
D
is
pla
y
of cal
cul
ated
ins
tall
ation
factor
0.10 ...
5.0
1.0
C
134
C
ali
bration status
is
dis
pla
yed
o
.k.;
E---
C
135
F
unction group
SE
TUP
1
M
E
A
S
.VA
LU
ED
IS
P
LA
Y
w
ith
TE
M
P
E
R
A
TU
R
E
D
IS
P
LA
Y
in
°C
A
S
elec
tion of operating
m
ode
= conduc
tiv
e
ind = inductive
M
O
hm
=
resis
tance
conc
=
conc
entration
co
nd
A
1
S
e
le
cti
on
of
un
it
di
splay
ed
S/c
m
;m
S
/c
m
;S
/c
m
;
µS/m
;m
S
/m
;S
/m
au
to
;k
cm
;Mc
m
;k
auto
;
ΩΩ
⋅
µ
Ω
⋅
Ω
⋅
m
(om
itted
if
A
1
=c
o
n
c)
U
n
com
pe
nsate
d
m
ea
sured
va
lu
e
is
di
splay
ed
A
4
D
isplay f
or
m
at
sele
cti
on
(if
A
1
=
conc)
;X
.x
xx;
X
X
X
.x
;X
X
X
X
X
X
.xx
Te
m
p
eratu
re
di
splay
supp
res
sed
A
3
S
e
le
cti
on
of
un
it
di
splay
ed
;m
g/l
;%
;n
o
n
e
;T
D
S
(%
on
ly
if
A
1
=
conc)
ppm
Te
m
p
eratu
re
di
splay
in
°F
S
e
le
cti
on
w
ith
P
L
U
S
ke
y
S
e
le
cti
on
w
ith
M
IN
U
Sk
e
y
Edit mode:
Code 22
Read mode:
any code
Edit mode:
Code 22
Read mode:
any code
A
2
O
the
r erro
rs
are
di
splay
ed
(up
to
10
erro
rs)
1st erro
r is
di
splay
ed
(if
pre
sent)
Entr
y
o
f
cell
constan
t
cond
/ in
d/
M
0.0
025
...
99.99
1/cm
fo
r
ind;
cond
;M
Ω
Ω
1.0
00
/ 1.9
8
/ 0.0
1
1/c
m
A
5
E
ntr
y
o
f cable
resis
tance
(if A
1 = cond)
0.00
0.00
Ω
..
Ω
.99.99
A
6
E
ntr
yo
f
m
e
asured
va
lu
ed
a
m
p
ing
(no
d
a
m
p
ing
)
1
...
60
1
A7
Functi
on group
SETUP 2
B
S
el
ecti
on f
or tem
per
ature
m
easurem
ent
P
t1k
(= Pt
1000)
N
TC (= N
TC
30 k
P
t100
Ω
)
fixed
B
1
Sel
ecti
on of tem
per
ature
com
pensati
on type
none
T
ab = tab
le
NaC
I = sal
t
Pure
= ultrapure w
ater
lin = linear
B
2
Entr
y
o
f
v
alue
(if
B2
= li
n)
0.00 ...
20.00 %
/K
α
2.10 %
/K
B
3
E
ntr
y
of correc
t
proces
s
tem
per
ature
(if
B1
= fixed)
25.0
°C
–
35.0
°C ...
+250.0
°C
B
4
Te
m
per
ature sens
or
cal
ibration
(no dis
pla
y
if
B1
= fixed)
–
35.0 ...
+250.0
D
ispla
y of actual v
alue
°
C
B
5
Dis
pla
y
of tem
per
ature
diff
erence
(om
itted
if
B1
= fixed)
0.0
°C
–
5.0 ...
5.0
°C
B
6
Fie
ld
fo
r
e
n
tr
y
of
use
r
s
ettin
g
p.
49
p.
24
p.
25
Appendix
Liquisys M CLM 223 / 253
72
Hauser