KROHNE OPTIBAR PM 5060 C Manuel De Référence page 56

MISE EN SERVICE
5
Adjustment process pressure
Figure 5-3: Adjustment process pressure
1 Sensor mounting correction Sensor mounting correction Sensor mounting correction Sensor mounting correction
In this menu item you compensate the influence of the installation position of the device (offset) on the measured va-
lue.
2 Zero Zero
Zero Zero
In this menu item you determine the zero point of your measurement (LRV)
This value corresponds to the output signal of 4 mA.
3 Span Span Span Span
This value corresponds 100%, or rather an output signal of 20 mA (URV)
If the zero point is actually 0, this value corresponds to the measuring span.
Adjustment level
Figure 5-4: Adjustment level
1 Sensor mounting correction Sensor mounting correction
Sensor mounting correction Sensor mounting correction
In this menu item you compensate the influence of the installation position of the device (offset) on the measured va-
lue.
2 Min.-adjustment Min.-adjustment Min.-adjustment Min.-adjustment
Enter the (pressure) value for the min. level.
At 0% this corresponds to the output signal of 4 mA.
3 Max.-adjustment Max.-adjustment
Max.-adjustment Max.-adjustment
Enter the (pressure) value for the max. level.
At 100% this corresponds to the output signal of 20 mA.
Adjustment differential pressure
Figure 5-5: Adjustment differential pressure
1 Sensor mounting correction Sensor mounting correction Sensor mounting correction Sensor mounting correction
In this menu item you compensate the influence of the installation position of the device (offset) on the measured va-
lue.
2 Zero Zero
Zero Zero
In this menu item you determine the zero point of your measurement (LRV)
This value corresponds to the output signal of 4 mA.
3 Span Span Span Span
This value corresponds 100%, or rather an output signal of 20 mA (URV)
If the zero point is actually 0, this value corresponds to the measuring span.
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OPTIBAR PM 5060 C
01/2021 - 4004819802 - MA OPTIBAR PM 5060 C R04 fr