FILTER
The user can choose one of three filter types by editing this configuration;
1. Entering a value of > 0.3. A fixed first order recursive filter is applied to the input processing, with a
time constant (TC) equating to the actual value entered, in seconds.
2. Entering a value = 0.0. An adaptive first order recursive filter is applied to the input processing, with
the time constant adapting to the dynamic behaviour of the input signal.
3. Entering a value x, where 0 < x < 0.3. No filter is applied to the input processing.
BURNOUT
This defines whether, in the event of a sensor failure (burnout), the output current goes high (21.5 mA) or
low (3.6 mA). This is only available if the thermocouple or RTD input type is chosen.
13.0 OUTPUT MENU STRUCTURE
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DELAyA
Alarm delay
dEUA
Deviation
Enter value
Enter value
Enter value in seconds
Enter value
HI
High
dEUIAt
Deviation
tESt
Test
dISAbL
Disable
nonInU
Non inverting
InUErt
Inverting
RELAY OUTPUT MENU
OUt 1
Output 1
OUt 2
Output 2
off
Off
lo
Low
enable
Enable
SEtPA
Setpoint
RE-TRANSMISSION (mA)
OUTPUT MENU
rEtrAn
mA Output scaled to re-transmit
output source
PrESEt
mA output fixed to
LEVEL value
4-2
20
(4 to 20) mA
0-2
20
(0 to 20) mA
0-110
(0 to 10) mA
Enter value
(in engineering units)
Enter value
(in engineering units)
Only available if
PrESEt
option is chosen
Enter value mA
OUt 1
Output 1
OUt 2
Output 2
ACtn A
Alarm action
LAtChA
Latch
InUrtA
Relay sense
hySt A
Hysteresis
tyPE
Retran (mA) output type
SPAn
Output span
rEt LO
Re-transmission scale low
rEt Hi
Re-transmission scale high
LEuEL
Preset mA output level
