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6. Parameterization
FILt: Limitation of the impulse length
For debouncing mechanical contacts via the selection of the filter frequency.
none Special evaluation of the impulse length.
no
2 Hz at duty cycle 1:1 => minimum impulse length 250 ms
2
5 Hz at duty cycle 1:1 => minimum impulse length 100 ms
5
10 Hz at duty cycle 1:1 => minimum impulse length 50 ms
10
20 Hz at duty cycle 1:1 => minimum impulse length 25 ms
20
50 Hz at duty cycle 1:1 => minimum impulse length 10 ms
50
100 Hz at duty cycle 1:1 => minimum impulse length 5 ms
100
500 Hz at duty cycle 1:1 => minimum impulse length 1 ms
500
End / OFFS: Measuring range end value / measuring range start value
This value pair is used to assign the desired display value to the impulse signal.
dot.F: Decimal point / Decimal place
The decimal point determines the decimal representation of the display value. This is also used
for setting the limit values.
End.F / OFF.F: Rescaling the impulse signals
This function allows the input frequency (rAnGE) to be rescaled without applying the impulse
signal.
tArA: Setting the tare value / offset value
The preset value is added to the linearized value. This allows the characteristic curve to be
shifted by the selected amount.
SPC.F: Number of additional support points
5 additional supporting points can be defined for the start and end values in order to linearize
non-linear sensor values. Only the activated supporting point parameters are displayed.
dIS1...dIS5: Display values for support points.
Under this parameter, the support points are defined in terms of value.
INP1...INP5: Analog values for supporting points.
The supporting points are always preset according to the selected input signal ma/V. Here the
desired analog values can be freely parameterized in ascending order.
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