9 Measurement
FLUXUS G722ST-HT
9.2 Measurement settings
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UMFLUXUS_G722ST-HTV1-2EN, 2021-09-01
9.2.3
Input of the damping factor
Each displayed measured value is a floating average of the last x seconds, with x being the damping factor. If 0 s is
entered as damping factor, no average is calculated.
The value of 10 s is appropriate for normal flow conditions. If the values fluctuate strongly, caused by a higher dynamic
flow, a higher damping factor can be very useful.
• Enter the damping factor.
• Press ENTER.
9.2.4
Dynamic damping
If dynamic damping is activated, volatile changes of the selected physical quantity are transmitted by the transmitter
without any time lag.
• Select
On
to activate the dynamic damping for the selected measuring channel.
• Press ENTER.
This display will only be indicated if dynamic damping has been activated in the menu item
Special functions\
Measurement\Measurement settings\Dynamic damping
.
• Enter the value for the dynamic threshold for the particular measuring channel. If zero is entered, dynamic damping will
be deactivated.
• Press ENTER.
• Enter the damping factor for the temporary damping.
• Press ENTER.
9.2.5
Input of the error delay
The error delay is the time interval after which the error value is transmitted to the output.
This display will only be indicated if the list item
Edit
is selected in the menu item
Special functions\
Dialogs/Menus\Error value delay
.
If no error delay is entered, the damping factor will be used.
• Enter a value for the error delay.
• Press ENTER.
Options\Measurement\Damping
Important!
The dynamic damping will only be applied on the selected physical quantity. All other physical quantities are not
dynamically damped.
Options\Measurement\Dynamic damping
Options\Measurement\Dynamic damping\Dynamic threshold
Options\Measurement\Dynamic damping\Transient damping
Notice!
If another physical quantity is selected, the dynamic damping has to be entered again.
Options\Measurement\Error value delay
