Group “
]
InP” (parameters relative to the measure input)
0-100 ÷ 100
%
Output power in case of
measuring error
OPE
18
OUrOUr / Or / Ur“OPE” functioning in
case of measuring error
OUr = Over and
under-range
Or = Over-range only
U
= Under-rang
only
InE
17
1.0000.000 ÷ 2.000Rotation of the
measuring straight line
rot
16
0-1999 ÷ 9999Measuring Offset
OFSt
15
1.00FF÷ 20.0
sec.
Input digital filter
FiL
14
°C°C / °FTemperature unit of
measurement
Unit
13
0Pt1 / Ptc / ntc:
0 / 1
norm
sig.:
0 ÷ 3
Number of decimal
figures
dP
12
100SSC ÷ 9999High scale limit in case
of input with V / I
signals
FSC
11
0-1999 ÷ FSCLow scale limit in case
of input with V / I
signals
SSC
10
J
Ptc
4.20
0.10
input C :
J / CrAL / S /
Ir.J / Ir.CA /
Pt1 / 0.50 /
0.60 / 12.60
input E :
J / CrAL / S /
Ir.J / Ir.CA /
Ptc / ntc /
0.50 / 0.60 /
12.60
input I :
0.20 / 4.20
input V :
0.1 /
0.5 / 1.5 /
0.10 / 2.10
Probe type:
J= thermocoupled J
CrAL= termocoupled K
S= thermocoupled S
Ir.J=Infrared Sen. IRS J
Ir.CA= Infrared Sen.
IRS K
Pt1= thermores. Pt100
0.50= 0..50 mV
0.60= 0..60 mV
12.60= 12..60 mV
Ptc= thermistor PTC
KTY81-121
ntc= thermistor NTC
103-AT2
0.20= 0..20 mA
4.20= 4..20 mA
0.1= 0..1 V
0.5=0..5 V
1.5= 1..5 V
0.10= 0..10 V
2.10= 2..10 V
SEnS
9
NoteDef.RangeDescriptionPar.
Group“
]
Out” (parameters relative to the outputs)
ALno1.rEG / 2.rEG
ALno / ALnc
ALni / OFF
Functioning of output 3:
see “O1F”
O3F
21
ALno1.rEG / 2.rEG
ALno / ALnc
Lni / OFF
Functioning of output 2:
see “O1F”
O2F
20
1.rEG1.rEG / 2.rEG
ALno / ALnc
ALni / OFF
Functioning of output 1:
1.rEG= Control output 1
2.rEG= Control output 2
ALno= Alarm Out nor-
mally opened
ALnc= Alarm Out nor-
mally closed
ALni= Alarm Out nor-
mally closed with rever-
se led func.
O1F
19
NoteDef.RangeDescriptionPar.
Group “
]
AL1” (parameters relative to alarm AL1)
Out2Out1 / Out2
Out3 / OFF
Output where alarm
L1 is addressed
OAL1
22
NoteDef.RangeDescriptionPar.
nono / yESAlarm AL1 activation in
case of measuring error
L1i
30
OFFOFF ÷ 9999
sec.
Activation delay of
alarm AL1
L1d
29
1OFF ÷ 9999Alarm AL1 hysteresis
HAL1
28
9999AL1L ÷ 9999High threshold band
alarm AL1 or Maximum
set alarm AL1 for high
or low alarm
AL1H
27
-1999-1999 ÷ AL1HLow threshold band
alarm AL1 or Minimum
set alarm AL1 for high
or low alarm
AL1L
26
0 AL1L÷ AL1HAlarm AL1 threshold
AL1
25
00 ÷ 31Alarm AL1 functioning:
+1 = not activated at
power on
+2 = delayed
+4 = latch
+8 = aknowledged
+16 = not activated at
Set chang
(Dev. Al.)
Ab1
24
LoAbLoAb / HiAb
LHAb / LodE
HidE / LHdE
Alarm AL1 type:
LoAb= Absolute Low
HiAb= Absolute High
LHAb= Absolute Band
LodE= Deviation Low
HidE= Deviation High
LHdE= Deviation Band
L1t
23
Group “
]
AL2” (parameters relative to alarm AL2)
nono / yESAlarm AL2 activation in
case of measuring error
AL2i
39
OFFOFF ÷ 9999
sec.
Activation delay of
alarm AL2
L2d
38
1OFF ÷ 9999Alarm AL2 hysteresis
HAL2
37
9999AL2L ÷ 9999High threshold band
alarm AL2 or Maximum
set alarm AL2 for high
or low alarm
L2H
36
-1999-1999 ÷ AL2HLow threshold band
alarm AL2 or Minimum
set alarm AL2 for high
or low alarm
L2L
35
0 AL2L÷ AL2HAlarm AL2 threshold
L2
34
00 ÷ 31Alarm AL2 functioning:
see “Ab1”
b2
33
LoAbLoAb / HiAb
LHAb / LodE
HidE / LHdE
Alarm AL2 type:
see “AL1t”
L2t
32
OFFOut1 / Out2
Out3 / OFF
Output where alarm
AL2 is addressed
OAL2
31
NoteDef.RangeDescriptionPar.
Group “
]
AL3” (parameters relative to alarm AL3)
1OFF ÷ 9999Alarm AL3 hysteresis
HAL3
46
9999AL3L ÷ 9999High threshold band
alarm AL3 or Maximum
set alarm AL3 for high
or low alarm
AL3H
45
-1999-1999 ÷ AL3HLow threshold band
alarm AL3 or Minimum
set alarm AL3 for high
or low alarm
AL3L
44
0 AL3L÷ AL3HAlarm AL3 threshold
AL3
43
00 ÷ 31Alarm AL3 functioning:
see “Ab1”
b3
42
LoAbLoAb / HiAb
LHAb / LodE
HidE / LHdE
Alarm AL3 type:
see “AL1t”
AL3t
41
OFFOut1 / Out2
Out3 / OFF
Output where alarm
L3 is addressed
OAL3
40
NoteDef.RangeDescriptionPar.
TECNOLOGIC spa - TLK 48 - OPERATING INSTRUCTIONS - Vr. 03 - ISTR 06481 - PAG. 10