-
R
esult of table plausibility check
-
"
0
:
""
U
ninitialized
""
1
:
""
G
ood
""
2
:
""
N
ot monotonous increasing
""
3
:
""
N
ot monotonous
decreasing
""
4
:
""
N
ot enough values transmitted
""
5
:
""
T
oo many values transmitted
""
6
:
""
G
radient of edge too high
""
7
:
""
V
alues not excepted
""
8
:
""
T
able currently loaded
""
9
:
""
S
orting
and checking table
"""
l
SUB
_
DEVICE
_
NUMBER
l
SENSOR
_
ELEMENT
_
TYPE
-
0
:
"
non
-
speci
fi
c
"
l
display
_
source
_
selector
-
S
elects the type of value that is displayed on the indication
-/
adjustement
-
module
-
"
0
:
""
P
hysical value
""
1
:
""
P
ercent value
""
2
:
""
L
in percent value
""
6
:
""
O
ut
(
AI
1
)
""
7
:
""
L
evel
""
8
:
""
O
ut
(
AI
2
)
""
9
:
""
O
ut
(
AI
3
)
"""
l
max
_
peak
_
sensor
_
value
-
H
olds the maximum sensor value
.
W
rite access resets to current value
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
-
W
rite access resets to current value
l
min
_
peak
_
sensor
_
value
-
H
olds the minimum sensor value
.
W
rite access resets to current value
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
-
W
rite access resets to current value
l
CAL
_
POINT
_
HI
-
H
ighest calibrated value
.
F
or calibration of the high limit point you give the high measurement
value
(
pressure
)
to the sensor and transfer this point as
HIGH
to the transmitter
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
l
CAL
_
POINT
_
LO
-
L
owest calibrated value
.
F
or calibration of the low limit point you give the low measurement value
(
pressure
)
to the sensor and transfer this point as
LOW
to the transmitter
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
l
CAL
_
MIN
_
SPAN
-
M
inimum calibration span value allowed
.
N
ecessary to ensure that when calibration is done
,
the
two calibrated points
(
high and low
)
are not too close together
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
l
SCALE
_
IN
-
M
in
/
max
-
adjustment
:
U
pper and lower calibrated points of the sensor
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
l
trimmed
_
value
-
S
ensor value after the trim processing
.
U
nit derives from
'
S
ensor
_
range
.
unit
'
l
sensor
_
sn
-
S
ensor serial number
l
temperature
-
P
rocess temperature
.
S
elected as input to
AIFB
by setting
'
C
hannel
' =
4
.
U
nit derives from
'
T
emperature
.
unit
'
l
temperature
_
unit
-
U
nit code of
'
T
emperature
'
,
'
M
ax
/
M
in
_
peak
_
temperature
_
value
'
-
°
C
,
°
F
,
K
,
°
R
64
VEGABAR
51
•
F
oundation
F
ieldbus
10
S
upplement
36715
-
EN
-
110629