Calibration
The calibration is carried out on-site with a completely empty then a full tank. The
minimum level is chosen to be approx. 3% of the measuring range. This ensures that
compensation is not triggered when the probe is temporarily uncovered due to
turbulence etc..
Preliminaries
Step
Matrix
Entry
Significance
1
V9H5
671
Reset transmitter
2
-
»E«
Register entry
3
V8H0
5
Select operating mode 5, »reference measurement«
4
-
»E«
Register entry
Sensor adjustment
Step
Matrix
Entry
Significance
1
V3H5
e.g. 99.5
Enter zero frequency »f
o
« of probe 1
2
-
»E«
Register entry
3
V3H6
e.g. 1.056 Enter »S« value of probe 1
4
-
»E«
Register entry
5
V7H5
e.g. 98.8
Enter zero frequency »f
o
« of reference probe
6
-
»E«
Register entry
7
V7H6
e.g. 1.056 Enter »S« value of reference probe
8
-
»E«
Register entry
Level calibration
Step
Matrix
Entry
Significance
1
V4H2
100
With tank empty enter 100 (sets correction factor to 1)
2
-
»E«
Register entry
3
V4H1
0.0
With tank empty, enter 0.0 in this field
4
-
»E«
Register entry
5
V0H1
e.g. 0.0
Enter »empty« level
6
-
»E«
Register entry
7
V4H2
100
With tank as full as possible (60
…
100%) enter 100%
8
-
»E«
Register entry
9
V0H2
e.g. 5 m
Enter »full« level
10
-
»E«
Register entry
11
V8H3
e.g. 0.15m Enter minimum level for switch-off point
12
-
»E«
Register entry
13
V0H0/V4H0
…
Display compensated level and correction factor
Note!
•
If appropriate, perform linearization for channel 1, see Chapter 5.
•
Configure analogue outputs, see Chapter 6.
-
Output 2 follows the correction factor at V4H0
•
Configure limit switches, see Chapter 7.
-
Default is relay 1 level, relay 2 correction factor
-
Assign relay 2 to output 1 at V5H4 (= 1)
Silometer FMC 672 Z/677 Z
Chapter 8: Other Applications
45
Содержание Silometer FMC 672 Z
Страница 6: ...Silometer FMC 672 Z 677 Z Notes on Safety 4...
Страница 59: ...Silometer FMC 672 Z 677 Z Operating matrix...
Страница 62: ...Silometer FMC 672 Z 677 Z Operating matrix...
Страница 63: ...Silometer FMC 672 Z 677 Z Operating matrix...
