p16
1 1 1 1
4444
br.bAr
L.dIG
nuLL
nuLL
YES
=
nuLL
d.bArG
LEd5
no
tArE
tor 1
LEd6
no
tor 2
F.bArG
no
YES
=
=
nuLL
no
YES
=
=
•
Setting of the bargraph and the leds brightness
Lowest brightness
Strongest brightness
The brightness level can be visualised directly on the leds 5 to 8 and on
the bargraph.
Caution
: during the setting, the 4 leds and the bargraph no longer repre-
sent the measure, including also in mode reading.
•
Inhibition of the last digit
(bottom weight)
In the mode programming, the menu L.dIG allows suppressing the dis-
lay of the last digit, the latter will be enforced to 0 if OFF is validated.
•
Deleting of the unsignificant zeros
Suppresses the display of the unsignificant zeros on
the left hand side.
Eg.
: Value to be displayed: 0015
Display = 0015
Display = 15
Eg.
: Value to be displayed: 00.15
Display = 00.15
Display = 0.15
•
Display factor of the bargraph
(option bargraph only)
Display corresponding to a still bargraph (0%)
Display corresponding to a fully lit bargraph (100%)
In case of overstepping the bargraph starts to flash. A sensor rupture will
be shown on the bargraph by the lighting of 1 led out of 2.
•
Programming of the leds 5 to 8
(available as option)
Programming of led 5
Led still (no associated function)
The led 5 indicates that the instrument is in mode tare
The led 5 will be lit when the logic input 1 is active
Programming of led 6
Led still (no associated function)
The led 6 will be lit when the logic input 2 is active
Programming of led 7
Led still (no associated function)
The led 7 will be lit during the instrument response
Programming of led 8
Led still (no associated function)
The led 8 will be lit when a shifting of the down and/or full
display scale (see
page 21
) has been entered
(temperature inputs only)
LEd7
no
rS
LEd8
no
AdJuS.
Choice of the measure range:
The measure range (unidirectionnal or bidirectionnal scale) depends on the value
entered for the paramters and
If the value or is negative the meter will operate with a bidirectionnal
input scale.
If the values and are both positive the meter will operate with a unidi-
rectionnal input scale.
Example for a 10V caliber:
d.in = -1.0V F.in = 10V (bidirectionnal input)
The measure range is from -11V to +11V
d.in = 0V F.in=10V (unidirectionnal input)
The measure range is from -1V to 11V
Thermic drift < 150 ppm/°C
d.in
F.in
d.in
F.in
d.in
F.in
•
Unlinear
:
Extraction of the square root
Note: The function square root tends to amplify the background noise of
the input signal when getting near zero.
To avoid the ripples caused by this noise, simply programme a cut-off
value (in display points).
−
If the display full scale > display down scale and if the display is
≤
than the
cut off value then it will be held at the down scale.
−
If the display full scale < display down scale and if the display is
≥
than the
cut off value then it will be held at the down scale.
root
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