Kistler maXYmos BL - Specifying Process View; Setting Scaling, Specifying Reference Point for Graphs of Curves; Choosing Process Value Source for Value Table

maXYmos BL, Type 5867B…
Page 78 5867B_002-626e-04.16
4.4.7 Configuring Switch Signals
The maXYmos has two switch signal outputs (O-S1 and O-S2), each of which can be
chosen for allocation to either channel X or channel Y. They can be used for simple control
tasks, such as switching a feed unit from "fast" to "slow".
When a freely chosen threshold is reached on the particular allocated channel, a REAL-time
signal is generated.
Choose here the out
p
ut to which you want
to allocate the switch signal.
Choose here the axis to which you want to
allocate the switch signal.
Note! Other than with the X(t) function, axis
= measuring channel
S
p
ecify the switching threshold under "Switching at".
Under "Approach from", choose the direction from which the
threshold is to be approached.
The switching threshold is dis
p
layed as a vertical
p
osition
corresponds here with the scaling of the X-axis, as both the
switching threshold and the curve (
p
arameter "Ref. curve on"
= ABSOLUTE (see p. 59 ff.)) are relative to ABSOLUT-X.
Under "Reference-X" s
p
ecify the reference
p
oint
for the switch signal. This now also a
pp
lies to a
switch signal related to channel X! With
TRIGGER-Y the switching threshold is related to
the position of the trigger threshold.
Without: Out
p
ut changes to "1" if threshold
exceeded and returns to "0" if it is undershot
Until STOP: Output is held until STOP
Until START: Output is held until the next START
(latch = hold/lock in position)
Check the setting on the SERVICE menu → Digital Out
p
uts.
When the threshold is reached the allocated out
p
ut must
change to "1" (LED = green).