Procedure For Entering Data Into The Sitrans Fus060 Transmitter - Siemens SITRANS F US Operating Instructions Manual

6.8

Procedure for entering data into the SITRANS FUS060 transmitter:

The FUS060 transmitter default set up enables the transmitter to be used for SONOKIT
applications or for the replacement of an older ultrasonic flowmeter transmitter type, e g SONO 3000
with the FUS060. For SONOKIT with FUS060 the factory settings are according to ordered pipe
dimension.
Note
This procedure is not for flowmeter systems with FUS060 transmitters which are
delivered or calibrated together with sensors SONO 3100 and SONO 3300. Please do not
change these values. They are preset from factory.
The following procedure describes the necessary parameters/data to be entered and the
sequence of entering them in order to configure the transmitter correctly for a given pipe
application:
The pipe data are taken from the "SONOKIT" measurement report or from another information
/ data sheet of the exsisting sensor / calibration report.
Measurement:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10. Check the number of tracks (menu 7.2). They are preset from factory according to order).
11. Go to service menu and check that control values for amplitude (menu 6.5.2.X) have a value
12. Go to service menu and check that control values for error counters (menu 6.5.4.X) are 0.
13. Go to service menu and check that control values for time-of-flight (menu 6.5.5.X) have a
14. Make sure that 0 flow conditions are applied and thereafter the 0 point calibration procedure
15. Calculation of flow can be corrected by use of the customer correction factor (menu 7.1.2.2)
Based on the entered data the transmitter is capable of measuring and calculating the actual
flow. The accuracy of the system at this stage is dependent on eg the entered accuracy of the
geometry data.
Enter the sensor diameter (Di) (menu 7.1.3.1).
Note: If Di is smaller than registered, setting in menu 9 (displacement for each track)
must be changed first.
Choose appropriate engineering unit for flow (menu 3.1.1).
Enter maximum volume flow (menu 3.1.2).
Choose "AUTO" for calibration choice (menu 7.1.1).
Enter viscosity for media, otherwise the default value (0.01 cm
used (menu 7.1.2.1).
Enter inside roughness of the sensor pipe, otherwise the default value (0.4 mm) will be used
(menu 7.1.3.2) (see also chapter 8.7).
Enter the measured transducer distance for each track (menu 7.1.4.1.1 (track 1) and menu
7.1.4.2.1 (track 2)).
Enter the measured angle for each track (menu 7.1.4.1.2, (track 1) and menu 7.1.4.2.2
(track 2)).
Enter the measured displacement for each track (menu 7.1.4.1.3, (track 1) and menu
7.1.4.2.3 (track 2)). Enter 0 for tracks not used.
within the interval 90 – 110.
stable value which may vary in the nanosecond range (for example ±10ns).
is activated by use of menu 6.6.3 ("Zero trim").
which is a scaling factor.
SFIDK.PS.029.E5.02 / SW 2.01.07
2
/s for water 20 °C) will be
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