12
Table 8.
List of configuration parameters
Parameter
(index: name)
Value and range of variability of the parameter
(value: name)
and
description
Default
I. MEASURING INPUT CONFIGURATION
,
inCo
submenu
0:
inP
type of measurement input
0:
Pt
Pt100 sensor (RTD, -200÷850°C)
1:
ni
Ni100 sensor (RTD, -50÷170°C)
Pt
2:
Pt5
Pt500 sensor
(RTD, -200÷620°C)
3:
Pt10
Pt1000 sensor
(RTD, -200÷520°C)
4:
tc-J
thermocouple type J
(-40 ÷ 800 ° C)
5:
tc-K
thermocouple type K
(-40÷1200°C)
6:
tc-S
thermocouple type S
(-40 ÷ 1600 ° C)
7:
tc-b
thermocouple type B
(300÷1800°C)
8:
tc-r
thermocouple type R
(-40÷1600°C)
9:
tc-t
thermocouple type T
(-25÷350°C)
10:
tc-E
thermocouple type E
(-25÷820°C)
11:
tc-n
thermocouple type N
(-35÷1300°C)
12/13:
4
/
0-20
4÷20 mA / 0÷20 mA current signals
14/15:
0-10
/
60
0÷10 V / 0÷60 mV voltage signals
16:
rES
resistance signal 0÷2500 Ω
1:
LirE
line resistance
(1)
0.00
÷
50.00
Ω
total line resistance for 2-wire RTDs and 2500 Ω sensors
0.00
Ω
2:
cJtE
temperature of
thermocouple cold ends
0:
Auto
0.1
÷
60.0
°
C
automatic or constant temperature compensation of the
reference junction of thermocouples,
Auto
= 0.0
°
°C
Auto
3:
dot
dot
position/resolution
0
/
1
no dot /
0.0
(2)
or resolution 1/0.1°C for temperature
1
(0.1°C)
2
/
3
0.00
/
0.000
(2)
4:
irLo
lower limit for SP or
the bottom of the
indication range
/99.9
÷
1800
lower setting limit for setpoints SP (11:
Set1
÷
Set3
)
/99.9
°C
/999
÷
9999
(2)
beginning of the scale for the 0/4mA, 0V, 0Ω input and the
PV
bargraph
5:
irHi
upper limit for SP
or the top of the indication
range
/99.9
÷
1800
upper setting limit for setpoints
SP
(11:
Set1
÷
Set3
)
850.0
°C
/999
÷
9999
(2)
end of scale for 20mA, 10V, 60mV, 2.5kΩ inputs and
PV
bargraph
6:
FiLt
filtration
(3)
1
÷
20
digital filtering degree (response time)
3
(
~0.5s)
7:
cALo
zero calibration
zero offset for measurements:
-100.0
÷
100.0
°C
or
-1000
÷
1000
units
(2)
0.0
°C
8:
cALG
gain
85.0
÷
115.0
%
slope calibration (sensitivity) for measurements
100.0
%
II. CONFIGURATION OF OUTPUTS 1
÷
3
(P/SSR), submenu
out1
÷
out3
, in 3 groups
out1
/
2
/
3
there are the same sets of
parameters with different indices and numbering in the names (and possibly the range of variability), description
chapter 9
9:
ctY1
control algorithm
16:
ctY2
for output 2
(
out2
)
23:
ctY3
for output 3
(
out3
)
Note
(for 8/9 values)
:
if
[F]
/
[SET]
or
BIN
with the
0:
oFF
output permanently
switched off
1:
onof
ON / OFF with hysteresis
onof
2/3/4:
Pid1
/
2
/
3
PID with parameter set 1/2/3 (
chapter 9.3
)
5/6:
Prgc
/
A
software - main/auxiliary output (
chapter 9.6
)
7:
hAnd
(manual)
manual
(with
the
setpoint
set
with
parameter
67:
HSEt
and
pulse period of the P/SSR output, 14:
PEr1
/
2
/
3
)
8/9:
StbF
/
n
safety thermostat
STB
(alarm
with
memory,
LATCH),
emergency state
open/closed
(reset
[F]
,
[SET]
,
BIN
, chap
.
7.1
)
