14
CONFIGURATION PARAMETERS
The controller is provided with a variety of hardware options and software features to cater to a host of applications. The
controller thus needs to be appropriately configured in terms of inputs / outputs and other features like control algorithm, digital
filter etc.
The PAGE-12 presents configuration parameters that are listed below in Table 6.1 .
Table 6.1
Section 6
Parameter Description
Settings
(Default Value)
CONTROL OUTPUT (OP1) TYPE
Select the output type in accordance with the hardware
configuration for Output-1 (OP1).
CONTROL LOGIC
Select Reverse (
heat
logic) or Direct (
cool
logic).
(Default : Relay)
Relay
SSR
0 - 20mA
4 - 20mA
0 - 5V
0 - 10V
Refer Table 6.2
(Default : 0)
UNITS SELECTION FOR PV
(Available for Thermocouple / RTD Inputs)
Selects temperature measurement units in °C or °F.
RESOLUTION FOR PV
(Not Available for Thermocouple Inputs)
Sets the process value indication resolution (decimal point). All
the resolution based parameters (control setpoint, hysteresis,
alarm setpoints etc.) then follow this resolution setting.
PV RANGE LOW
(Available for DC Linear Inputs)
Sets process value corresponding to minimum DC Linear signal
input (e.g., 0V, 0mA, 4mA, etc.)
Refer Table 6.2
(Default : 1)
INPUT TYPE
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.
Refer Table 6.2
(Default : Type K)
(Default : C)
°
°F
°C
(Default : Reverse)
Reverse
Direct
Refer Table 6.2
(Default : 1000)
PV RANGE HIGH
(Available for DC Linear Inputs)
Sets process value corresponding to maximum DC Linear signal
input (e.g., 5V, 10V, 20mA, etc.)
User Manual
neuro 102
