"COnF" MENU PARAMETERS TABLE
no
no / FaSt
SP / LoSP
Autotuning
Auto
29
no
no / yES
Selftuning
SELF
28
AL4
AL4 /
Pid / 3Pt
Output C2/A4 functioning
mode
C2
27
HEat
HEat / CooL
Output C1 operating
mode
Func
26
Pid
Pid /
OnFS / OnFa
Control mode
Cont
25
9.999
SPLL ÷ 9999
High/maximum Set Point
SPHL
24
-999
-999 ÷ 9999
Low/minimum Set Point
SPLL
23
no
no / yES
Alarms programming on
"ConF" menu
ALPr
22
0
0 ÷ 9999 sec.
Loop Break alarm
maximum time
LbAt
21
0
0 ÷ 100 %
Loop Break alarm power
LbAP
20
OPEn
OPEn / CLoS
Output HB logic mode
rLHb
19
OFF
OFF / On
A4 Alarm behaviour in
OFF control mode
AL4o
18
- - C
- - C / - - o
- SC / - So
L - C / L - o
LSC / LSo
Configuration of A4 alarm
functioning mode
AL4c
17
LOAb
LOAb / HIAb
LHAb / LOdE
HIdE / LHdE
A4 Alarm type
AL4t
16
OFF
OFF / On
A3 Alarm behaviour in
OFF control mode
AL3o
15
- - C
- - C / - - o
- SC / - So
L - C / L - o
LSC / LSo
Configuration of A3 alarm
functioning mode
AL3c
14
LOAb
LOAb / HIAb
LHAb / LOdE
HIdE / LHdE
A2 Alarm type
AL3t
13
OFF
OFF / On
A2 Alarm behaviour in
OFF control mode
AL2o
12
- - C
- - C / - - o
- SC / - So
L - C / L - o
LSC / LSo
Configuration of A2 alarm
functioning mode
AL2c
11
LOAb
LOAb / HIAb
LHAb / LOdE
HIdE / LHdE
A1 Alarm type
AL2t
10
OFF
OFF / On
A1 Alarm behaviour in
OFF control mode
AL1o
9
- - C
- - C / - - o
- SC / - So
L - C / L - o
LSC / LSo
Configuration of A1 alarm
functioning mode
AL1c
8
LOAb
LOAb / HIAb
LHAb / LOdE
HIdE / LHdE
A1 Alarm type
AL1t
7
Hb
AL3, Hb
A3/HB output functioning
mode
FAL3
6
1
-999 ÷ 9999
Alarm A4 hysteresis
HAL4
5
1
-999 ÷ 9999
Alarm A3 hysteresis
HAL3
4
1
-999 ÷ 9999
Alarm A2 hysteresis
HAL2
3
1
-999 ÷ 9999
Alarm A1 hysteresis
HAL1
2
1
0 ÷ 9999
Set point hysteresis for
ON/OFF control mode
HSEt
1
Notes
Def.
Range
Description
Par.
no
no / yES
Active Set-point change
using "UP" key
SPOL
63
no
no / yES
Manual contron activation
in "SEL" menu
EnOL
62
0
-99.9 ÷100.0 %
Manual control power
when activated by
AUXIN
rEdF
61
FF
FF /Fr /rF /rr
AUXIN input function
rEAr
60
1
1 ÷ 4
Programmable Set-point
number
nSP
59
LoCL
LoCL / LorE
Programming access
through serial port
PacS
58
4800
300/600/1200/
2400/4800/
9600 baud
Baud rate serial port
baud
57
1
1 ÷ 255
Address of the station for
serial comunication
nSta
56
50H
50H / 60H Hz
Frequency optimizing the
noise
FrEq
55
1
0 ÷ 50 sec.
Input digital filter
constant
Filt
54
0
-999 ÷ 9999
Calibration
OFFt
53
0
0 / no_0
Analogue outputs range
Aout
52
0
-999 ÷ 9999
Higher limit of analogue
input scale for normalized
signals
EndS
51
0
-999 ÷ 9999
Lower limit of analogue
input scale for normalized
signals
StrS
50
0
0 ÷ 3
Number of decimal
figures
dP
49
SSLo
SSLo / SSHi
Range of analogue input
for normalized signals
ScaL
48
C
C / F / r
Unit of measurement
Unit
47
0
-99.9 ÷ 999.9
°C/°F/°R
Cold junction temperature
compensation
tCJC
46
no
no / YES
Cold junction external
compensation
ECJC
45
J
b / E / J / CrAl
/ n / r / S / t / L
/ u / Pt1 / Pt2 /
0_50
Input probe
SEnS
44
0
0.00 ÷ 99.99
unit/min.
Gradient of fall ramp
SloF
43
0
0.00 ÷ 99.99
unit/min.
Gradient of rise ramp
Slor
42
no
no /
OPEn / CloS
Positioning at start-up of
motorized actuactor
PoSi
41
0
0 ÷ 9999
Dead zone
dbEr
40
0
0 ÷ 10 %
Minimum control value of
motorized actuator
SHrI
39
4
4 ÷ 1000 sec.
Travel time of the
motorized actuator
tcor
38
50.0
-99.9÷100.0 %
Manual reset
rS
37
30
1 ÷ 255 sec.
Output C1 cycle time
tcr2
36
1.00
0.00 ÷ 99.99
C2 / C1 Power ratio
Prat
35
30
1 ÷ 255 sec.
Output C1 cycle time
tcr1
34
30
0 ÷ 9999 sec.
Derivative time
dEr
33
500
0 ÷ 9999 sec.
Integral time
Int
32
100
1 ÷ 9999
Proportional band
Pb
31
SP
SP / Load
Autotuning optimisation
PidP
30
TECNOLOGIC - THP 94
USER MANUAL (I - GB) - Vr. 05 - ISTR 01195 - PAG. 21
