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the feeder to be activated. Tip for you: Use
this setting if you need to control the feeder
from the master control system and digital inputs
IN1, IN2 are occupied by the connected sensors.
Stop – The input is configured as digital. The supply
of the +24V signal causes the controller to stop.
8.12. A24 Output OUT1
Determining the use of digital output OUT1.
Tip for you: A pneumatic valve which controls
the air jets, switches or ejectors, for example, can be
connected to the digital output. The master control
system PLC or signaling beacon can be used as the
signal, or as the signal if the controllers are
connected in a cascade.
Not used - The input is not used.
Run status – Output is always switched when the drive
is in the R-run status.
Air jet – The output controls the air supply valve
into the feeder. The valve is switched on before
activation of the feeder. The time is set using
parameter A25 (Timer T11). When the feeder is
turned off, the air is turned off with a delay,
which is set using parameter A26 (Timer T12).
Ejector E1 (Fig. 9a) – The output is connected to the
valve controlling the ejector i.e. equipment
removing incorrectly oriented or redundant parts
from the route of the feeder. One of the inputs,
e.g. IN2, must be set to the ejector function
(Chapter 8.9.). The sensor is connected to the
input reading the parts. Use Timer T11 (parameter
A25) batch ON to set the delay so that the
ejector does not respond to short impulses from
the sensor. Use Timer T12 (parameter A26) batch
OFF to change the ejection time.
Fig. 9a – activity of the ejector E1
OUT
IN2
LE V E L
T IME
A16A15
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