
2408
i Indicator Engineering Manual
4.5.2
Sensor Input Configuration List
iP
Sensor Input
Option
Meaning
Default setting
Customer
setting
inPt
To configure input type
See also example 4.4.2.1.
NOTE:
After selecting an input
type, do not forget to
adjust the setpoint limits in
Full Access level.
j.tc
J thermocouple
Defined by the
ordering code,
otherwise
ktc
k.tc
K thermocouple
L.tc
L thermocouple
r.tc
R thermocouple
b.tc
B thermocouple
n.tc
N thermocouple
t.tc
T thermocouple
S.tc
S thermocouple
PL 2
Platinell II
none
Custom downloaded input
*
If a different
custom input is
supplied, none
will be replaced
by the reference
number shown in
the ORDERING
CODE section 5
rtd
100
Ω
Platinum resistance thermometer
mV
Linear millivolt
voLt
Linear voltage
mA
Linear milliamps
Sr V
Square root volts
Sr A
Square root milliamps
mV.C
16-point millivolt custom linearisation
See 15-point
CuSt
list
V.C
16-point Voltage custom linearisation
mA.C
16-point milliamp custom linearisation
CJC
Cold junction
compensation
(CJC does
not appear for Process or
RTD inputs.
For process see ‘Linear
input scaling’ below
Auto
Automatic compensation
Auto
0*C
0
°
C external reference
45*C
45
°
C external reference
50*C
50
°
C external reference
OFF
No cold junction compensation
ImP
Input impedance threshold
for sensor break alarm
OFF
Sensor break alarm disabled
Auto
Auto
1.5K
Ω
If the sensor impedance
exceeds this value, sensor
break alarm activates
Hi
5K
Ω
HiHi
15K
Ω
Linear input scaling (-9.99 to +80.00mV).
These parameters appear after
<
inPt
>
whenever
<
mV
>
,
<
voLt
>
,
<
mA
>
,
<
Sr
V
>
or
<
Sr A
>
are chosen as the input type. This allows for the low and high displayed values to be set up against the
corresponding electrical input values.
tYPE
Type of calibration (see
3.3.5.)
Off
Shnt
Ld.C
CmP
mAn
Off
Shunt
Load Cell
Comparison
Manual
bAnd
Settling band.
0-99.99
0-99.99
0.5
The indicator automatically determines when the input has become stable by
continuous sampling. When the average value between two consecutive samples
is within the settling band the indicator will then allow calibration to take place. If
readings are not stable within this period the indicator will abort the calibration
The following parameters appear for process inputs and allow the display to be calibrated to the electrical input. See also
example 4.5.2.2.
InP.L
Electrical input low
-100.0
to
100.0
mV
0.0
InP.H
Electrical input high
0.0
to
20.0
mA
0.0
to
10.0
Volts
100.0
if mV
20.0
if mA
10.0
if volts
VaL.L
Displayed value low
-9999
to
99999
Defined by the SP
limits in ordering
code, else
0
VAL.H
Displayed value high
-9999
to
99999
Defined by the SP
limits in ordering
code, else
100
iP
Part Number HA027240 Issue 5.0 Feb 2015
39
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