HART Communication
8
TI 12A01A01-60EN
PH450G
Parameter
R/W
Parameter
Value
Unit
Note
Zero/
Slope/
ITP
Zero
[Sensor type: pH] or
[Sensor type: pH+ORP (Meas
type: pH, pH+rH, pH+ORP)]
R/W
Numeric value
4.000000 to
7.222200
pH
[Zero unit: pH]
mV
[Zero unit: mV]
Slope
[Sensor type: pH] or
[Sensor type: pH+ORP (Meas
type: pH, pH+rH, pH+ORP)]
R/W
Numeric value
44.439999 to
62.200001
mV/pH
ITP
[Sensor type: pH] or
[Sensor type: pH+ORP (Meas
type: pH, pH+rH, pH+ORP)]
R/W
Numeric value
0.000000 to
14.000000
pH
ORP zero
[Sensor type: ORP] or
[Sensor type: pH+ORP (Meas
type: ORP, pH+ORP)]
R/W
Numeric value
-111.110001 to
1111.109985
mV
ORP slope
[Sensor type: ORP] or
[Sensor type: pH+ORP (Meas
type: ORP, pH+ORP)]
R/W
Numeric value
71.999001 to
102.220001
%
rH zero
[Sensor type: pH+ORP (Meas
type: rH, pH+rH)]
R/W
Numeric value
-111.110001 to
1111.109985
mV
rH slope
[Sensor type: pH+ORP (Meas
type: rH, pH+rH)]
R/W
Numeric value
71.999001 to
102.220001
%
Impedance
setting
Input 1 impedance
R/W
Low
High
Imp. 1 low limit
[Input 1 impedance: Low]
R/W
Numeric value
1000.000000 to
1000000.000000
kOhm
The use of Built-in
DTM causes an error
and disables a value
to be entered when it
is outside the range
1000.0 to 1000.1
Imp. 1 high limit
[Input 1 impedance: Low]
R/W
Numeric value
1000.000000 to
1000000.000000
kOhm
T h e u s e o f B u i l t -
in DTM causes an
error and disables a
value to be entered
when it is outside
t h e r a n g e 1 0 0 0 . 0
to1000.1.
Input 2 impedance
R/W
Low
High
Imp. 2 low limit
[Input 2 impedance: Low]
R/W
Numeric value
1000.000000 to
1000000.000000
kOhm
The use of Built-in
DTM causes an error
and disables a value
to be entered when it
is outside the range
1000.0 to 1000.1.
Imp. 2 high limit
[Input 2 impedance: Low]
R/W
Numeric value
1000.000000 to
1000000.000000
kOhm
T h e u s e o f B u i l t -
in DTM causes an
error and disables a
value to be entered
when it is outside
the range1000.0 to
1000.1.
Output setup
mA1 setup
Type
R/W
Off
Control
Output
Simulate
Func
[Type: Off]
R
Off
Func
[Type: Control]
R/W
P
PI
PID
Oct. 03, 2017-00