Endress+Hauser Gammapilot M FMG60 - Density Measurement;Temperature-Compensated

Commissioning Gammapilot M FMG60 PROFIBUS PA
56 Endress+Hauser
"Reference pulse rate" (*1F)
Local display
Ref. pulse rate *1F
31687 cps
This function is used to display the reference pulse rate I
0
which has been calculated from the
calibration points currently active. The value cannot be edited.
I
0
is the pulse rate when the tube is empty (theoretical reference value). Generally, the
value is significantly higher than any real pulse rates occurring during the measurement.
"Next point" (*19)
Local display
Next point *19
 No
Yes
This function is used to specify whether the current calibration point is to be used or not.
Options:
• No
Select this option if no more calibration points are to be entered or changed. The
Gammapilot M then returns to the group selection and the calibration is completed.
• Yes
Select this option if another calibration point is to be entered or changed. The Gammapilot
M then returns to the "Calibration point" (*1A) function and the next point can be entered
or changed.
6.6.4 Linearization (for concentration measurements)
If the concentration is to be measured in a unit other than the "Density unit" (*06), a
linearization must be performed after the basic setup. This is done in the "Linearization" (*4)
function group. The individual functions of this group and the linearization procedure are
described in Operating Instructions BA00287F/00/EN, "Gammapilot M - Description of Device
Functions", which can be found on the CD-ROM supplied.
6.6.5 Additional settings
After the basic setup, the Gammapilot M outputs the measured value via the PROFIBUS PA
interface. Many additional functions are available for optimizing the measuring point and can
be configured as required. For a detailed description of all the device functions, see
BA00287F/00/EN, "Gammapilot M - Description of Device Functions", or the CD-ROM
supplied.
6.7 Density measurement/temperature-compensated
Perform density measurement as described in the "Calibration for density and concentration
measurements" section and then perform temperature calibration (see the "Temperature