Flexim PIOX S72 Series, Руководство по эксплуатации

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21 Settings
PIOX S72* 21.3 Measurement settings
191
UMPIOX_S72xV1-9EN, 2022-05-15
21.3 Measurement settings
• Select the menu item
Measurement
in the program branch
Special functions
.
• Press ENTER.
• Select the menu item
Measurement settings
.
• Press ENTER.
Multi-point calibration
A multi-point calibration allows a very precise output of measuring results. It is based on calibration curves of series of
measured values
• Select the menu item
Multi-point calibration
.
• Select
On
to activate the multi-point calibration. Select
Off
to deactivate it (default:
Off
).
• Press ENTER.
If
On
is selected, a series of measured values has to be entered in the program branch
Options
.
Swift damping
If
Swift damping
is activated, each displayed measured value is a floating average of the last x seconds, with x being
the damping factor. The display thus takes x seconds to fully respond to flow rate changes.
If
Swift damping
is deactivated, the damping is calculated as first order low-pass filter, i.e. changes of measured values
become effective in form of an exponential time course in the measuring result.
• Select the menu item
Swift damping
.
• Select
Off
to deactivate the swift damping. Select
On
to activate it (default:
On
).
• Press ENTER.
Dynamic damping
If dynamic damping is activated, volatile changes in the measured values of the selected physical quantity are transmitted
through the transmitter without any time lag.
• Select the menu item
Dynamic damping
.
• Select
On
to activate the dynamic damping and
Off
to deactivate it (default:
Off
).
• Press ENTER.
If
On
is selected, the dynamic damping has to be parameterized in the menu item
Options\Channel A\
Measurement\Dynamic damping
.
Special functions\Measurement\Measurement settings
Special functions\Measurement\Measurement settings\Multi-point calibration
Special functions\Measurement\Measurement settings\Swift damping
Important!
The dynamic damping will only have impact on the selected physical quantity. All other physical quantities are not
dynamically damped.
Special functions\Measurement\Measurement settings\Dynamic damping