VEGA VEGAWAVE S 61 - Manual (Page 17)

5 S et up
5 .1
General information
Function/Configuration
On the electronics module you will find the
following indicating and adjustment elements:
l
DIL switch for density adaptation
l
DIL switch for mode adjustment - min./max.
l
Signal lamp (LED)
5 .2
Adjustment elements
Density adaptation
With this DIL switch, the switching point can be set
to bulk solids having a density between 0.1 and
0.3
g/cm³.
As default setting, the switch of VEGAWAVE S 61
is set to the large weight symbol (> 0.03 g/cm³). In
very light solids you should turn the DIL switch to
the small weight symbol (0.1 … 0.3 g/cm³). By
doing this, VEGAWAVE S 61 is more sensitive and
can detect light solids reliably.
Mode adjustment
With the mode adjustment (min./max.) you can
change the switching condition of the relay. You
can set the required mode according to the
"Function chart" (max. - max. detection or overfill
protection, min. - min. detection or dry run
protection).
We recommend connecting according to the
quiescent current principle (relay contact deener-
gizes when the switching point is reached),
because the relay always takes on the same (safe)
condition if a failure is detected.
Control lamp
Control lamp (LED) for indication of the switching
condition
l
green = relay energized
l
red = relay deenergized
l
red (flashing) = failure
5 .3
Functional chart
The following chart provides an overview of the
switching conditions depending on the adjusted
mode and level.
Level Switching
status Control
lamp
Mode max.
Overflow pro-
tection Relay ener-
gized
or
transistor con-
ducts
Green
Mode max.
Overflow pro-
tection Relay deener-
gized
or
transistor
blocks
Red
Mode min.
Dry run pro-
tection Relay ener-
gized
or
transistor con-
ducts
Green
Mode min.
Dry run pro-
tection Relay deener-
gized
or
transistor
blocks
Red
Failure of the
supply voltage
(
min./max.
mode)
any
Relay deener-
gized
or
transistor
blocks
Failure any
Relay deener-
gized
or
transistor
blocks
fl ashes red
VEGAWAVE S 61 17
Set up
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