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...10.1 Conductivity Transmitters Models 4620/25
10.1.2 Holding Registers
n I
p
t u
R
e
a
/ d
W
i r
e t
D
e
s
N
u
m
b
r e
0
1
1
R
M
e
0
1
2
/ R
W
C
o
n
0
1
3
/ R
W
C
o
n
0
1
4
R
M
e
0
1
6
/ R
W
M
e
0
1
7
/ R
W
M
e
0
1
9
/ R
W
T
e
m
0
2
0
/ R
W
T
e
m
0
2
1
R
C
o
n
0
2
2
R
C
l l e
0
2
3
R
C
o
n
0
2
4
R
C
o
n
0
2
5
R
D
e
i c
0
2
7
R
T
e
m
0
3
1
R
T
e
m
0
3
2
R
S
o
. l
0
3
4
R
R
e
e f
0
3
7
R
i D
s s
0
4
1
R
l A
r a
0
4
2
R
l A
r a
0
4
4
R
R
t e
0
4
7
R
l A
r a
0
4
8
R
l A
r a
0
5
0
R
R
t e
0
5
1
R
R
t e
0
5
2
R
R
t e
c
i r
t p
o i
n
P
a
s
u
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d
C
o
n
d
u
c
v i t
y t i
d
u
c
v i t
y t i
S
t e
P
i o
t n
A
1
d
u
c
v i t
y t i
S
t e
P
i o
t n
A
2
a
s
u
e r
d
T
e
m
p
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a r
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g
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h
m
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S
t e
P
i o
t n
A
1
g
o
h
m
s
S
t e
P
i o
t n
A
2
p
e
a r
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S
t e
P
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A
1
p
e
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S
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P
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A
2
d
u
c
v i t
y t i
U
n
s t i
C
o
n
s
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t n
d
u
c
v i t
y t i
S
p
a
n
d
u
c
v i t
y t i
Z
e
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m
l a
P
i o
t n
P
o
t i s
o i
n
p
e
a r
u t
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U
n
s t i
p
e
a r
u t
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C
o
m
p
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s
t a
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n
T
e
m
. p
C
o
f e
c i f
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t n
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n
c
e
T
e
m
p
e
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u t
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o
v l
e
d
S
o
d i l
s
F
a
t c
r o
m
A
1
A
t c
o i
n
m
A
2
A
t c
o i
n
a r
n
s
m
i
s s
o i
n
T
y
p
e
m
A
1
T
y
p
e
m
A
2
T
y
p
e
a r
n
s
m
i
s s
o i
n
C
u
v r
e
a r
n
s
m
i
s s
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n
S
p
a
n
a r
n
s
m
i
s s
o i
n
Z
e
o r
10 MODBUS COILS AND REGISTERS...
S
c
a
e l
d
R
e
s
p
o
n
s
e
E /
t n
a
a r
m
t e
r e
W
i
h t
n i
p
o r
g
a r
m
°
–
1
0
o t
1
1
0
C
1 (
0
=
m
c i
o r
s
e i
m
e
1
=
m
c i
o r
s
e i
m
e
2
=
m
l i
s i l
e i
m
e
n
3
=
m
l i
s i l
e i
m
e
n
4
=
. T
. D
. S
5
=
S
a
n i l
y t i
0
0 .
5
o t
1
0 .
0
R
f e
r e
o t
h t
e
O
p
a
n
d
m
i n i
m
u
m
a r
Z
e
o r
f (
r o
U
M
0
0
=
x
x x
x x
1
=
x x
x x
x .
2
=
x x
. x
x x
3
=
x x
x .
x x
R
f e
r e
o t
h t
e
O
p
a
n
d
m
i n i
m
u
m
a r
°C
0
=
°F
1
=
0
=
N
o
1
=
Y
e
s
0
0 .
0
0
o t
0
0 .
3
0
°
0
=
2
0
C
r o
6
8
°
1
=
2
5
C
r o
7
7
0
=
L
o
w
1
=
H
g i
h
0
=
0
o t
1
0
m
A
1
=
0
o t
2
0
m
A
2
=
4
o t
2
0
m
A
0
=
O
f f
1
=
C
o
n
d
2
=
T
e
m
p
3
=
F
l i a
0
=
L
n i
e
r a
1
=
i B
L -
n i
e
r a
2
=
- 2
D
e
c
a
d
e
L
3
=
- 3
D
e
c
a
d
e
L
4
=
- 2
D
e
c
a
d
e
H
5
=
A
B
B
S
e
m
i
L -
y r
m
e
d
d
s i
p
a l
y
a r
n
g
e
° ) F
4
o t
2
3
0
n
s
c /
m
n
/ s
m
s
c /
m
/ s
m
e
a r
n i t
g
n I
t s
u r
c
o i t
s n
I (
M
4 /
6
0
0
–
C
n
g
e
s
w
h
c i
h
m
u
t s
n
t o
b
e
e
c x
e
o t
) 5
e
a r
n i t
g
n I
t s
u r
c
o i t
s n
I (
M
4 /
6
0
0
–
C
n
g
e
s
w
h
c i
h
m
u
t s
n
t o
b
e
e
c x
e
° )
0 (
o t
3
%
/
C
°F
°F
o
g
a
i r
h t
m
c i
o
g
a
i r
h t
m
c i
y
p
e
b r
o
c i l
o
g
a
i r
h t
m
c i
O
) N
f
r o
m
a
i x
m
u
m
e
d
e
d
O
) N
f
r o
m
a
i x
m
u
m
e
d
e
d
13
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