10
The indicator is needs to be appropriately configured in terms of input and other features like digital filter etc. The PAGE-12
presents Input configuration parameters that are listed below in Table 6.1 .
INPUT CONFIGURATION PARAMETERS
Table 6.1
Parameter Description
Settings
(Default Value)
Refer Table 6.3
(Default : Type K)
Refer Table 6.3
(Default : 1)
Refer Table 6.2
(Default : ºC)
-1999 to 9999
(Default : 0.0)
-1999 to 9999
(Default : 100.0)
-1999 to 9999 or
-199.9 to 999.9
(Default : 0)
Select Input type in accordance with the type of Thermocouple or
RTD sensor or transducer output connected for process value
measurement. Ensure proper hardware jumper settings, if
required.
INPUT TYPE
(Not Available for Thermocouple Inputs)
Set the process value indication resolution (decimal point). All the
resolution based parameters (hysteresis, alarm setpoints etc.)
then follow this resolution setting.
RESOLUTION
Select Temperature units in ºC or ºF for Thermocouple or Pt100
sensor.
For DC Linear input (mA/mV/V), Select appropriate Units from the
list in Table 6.2. Note however that the selected Units are for the
purpose of Lower Readout indication only.
UNITS
DC RANGE LOW
(Available for DC Linear Input)
Sets process value corresponding to minimum DC Linear signal
input (e.g., 0V, 0mA, 4mA, etc.)
(Available for DC Linear Input)
Sets process value corresponding to maximum DC Linear signal
input (e.g., 5V, 10V, 20mA, etc.)
DC RANGE HIGH
This value is algebraically added to the measured PV to derive the
final PV that is displayed and used for Alarm / Retransmission.
Final PV = Measured PV + Offset
OFFSET
FILTER
Sets the time constant, in seconds, for the low-pass digital filter
applied to the measured PV. The filter helps smoothing /
averaging the signal input and removing the undesired noise. The
higher the filter value the lower the indication response to the PV
changes and vice-a-versa.
0.5 to 60.0 Seconds
(in steps of 0.5 Seconds)
(Default : 2.0 sec.)
User Manual
neuro 100
Section 6
