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Max. service load
Max. tensile force
(tension)
Fig. 8.4
Graph view of operating force range, nominal (rated) range of a sensor,
and definition of tensile/compressive force range
Single point (threshold & hysteresis)
The switching point or threshold limit value is specified in the following.
Where the switch is to be triggered on a rising force:
u
Switch the logic to "High active".
u
In the "SP1" field enter the force (threshold) at which to trigger the switch.
u
In "Config Hys" enter a force value that represents the difference within which the
switch will remain active even if the value is below the threshold.
Where the switch is to be triggered on a falling force:
u
Switch the logic to "Low active".
u
Enter the following force in the "SP1" field: Threshold minus hysteresis. The hysteresis
is the force value that represents the difference within which the switch will remain
active even if the force is above the value entered in SP1.
u
Enter the hysteresis in "Config Hys".
The switch is "High" in both cases if the limit value switch is triggered. You can invert the
logic by switching from "High active" to "Low active".
Two point (switching point and reset point)
Where the switch is to be triggered on a rising force:
u
Switch the logic to "High active".
u
Set the "SP1" field to the higher force (in the logic defined above).
u
To make the new switchover on a falling force occur at a lower force value, enter the
lower force value in SP2. If you set both values the same, the switch will work without
hysteresis.
U10M
ELECTRICAL CONNECTION
Operating force range of the sensor
Nominal (rated) measuring range of the sensor
0 Newtons
Max. compressive
Max. service load
force
Rising force
(pressure)
45
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