VEGA VEGASON 71 - D - Manual (Page 23)

VEGASON 71 - D 23
7 Output results
7.1 Display
7.1.1 Allocation of a multiplication factor
If an indication in flow m 3 /h is requested, first an allocation
of a multiplication factor to the measured level 0 % and
100 % must be carried out in mode
0 - 13 and 0 - 14 .
This allocation of a multiplication factor is only valid for the
indication and does not influence the output results for the
relay and current outputs.
7.1.2 Measuring unit
In mode 0 - 15 first of all the level proportional indication is
converted to a linearized, flow percentage indication,
derived from the allocation of a multiplication factor.
Furthermore different measuring units can be inserted as
label into the respective window.
7.1.3 Decimal point
Furthermore the position of the decimal point can be
determined in mode
0 - 16 .
7 Output results
Programming example
Allocation of a multiplier for 0 %
• Enquire mode
0 - 13 in the MODEFIELD
• Program the figure 0000 in the PARAMETER FIELD
• Then store with STO
On display 1 the actual distance of 0.525 m is indicated at
the moment.
Allocation of a multiplier for 100 %
• Enquire mode
0 - 14 in the MODEFIELD
• Program the figure
7500
in the PARAMETER FIELD
• Then store with STO
On display 1 still the actual distance of
0.525
m is
indicated.
Measuring unit and label
• Enquire mode
0 - 15 in the MODEFIELD
• Program the figure 3 in the PARAMETER FIELD
• Then store with STO
On the display 15 % (linearized value) of the previously
programmed allocation of a multiplier are indicated (
112.5 ).
Position of the decimal point
• Enquire mode
0 - 16 in the MODEFIELD
• Shift with key –> the position of the decimal point to the
right until the requested position is reached
• Then store with STO
The desired form is indicated on the display ( 11.25 ). Insert
the label m 3 /h into the window.
0.350
0.525
0.700
100
50
0
100
15
0
= 75.00
11.25
= 00.00
0 - 14
0 - 13
11.25
Mode
0-15 = 1 0-15 = 2 0-15 = 3
distance level flow
in m in % in %
Flow acc. to
allocation of a
multiplier in m
3 /h
Demonstration to the programming example
- adjustment see page 18
- linearization curve, page 21