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Both switches can be inverted, which means you can decide whether a switching bit is
outputted as "low" or "high" as from a specific force. Additionally, both limit value
switches can be assigned a hysteresis, so that a new switchover occurs in response to a
lower (or higher) force than defined by the switching point.
Threshold
Hysteresis
Output
Fig. 8.3
Graph view of the limit value switch function
Setting the limit value switches
Open the menu of the limit value switch you want to set (Switching Signal Channel 1 or 2).
u
In the "Config Mode" field, first select whether:
-
The limit value switch is "deactivated"
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A single pulsating force (with or without hysteresis) is set ("Single point")
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A switching point and a reset point are defined. In this case, the difference is the
hysteresis. ("Two point")
-
Range monitoring is required that will output a signal if the value is below or above
the force range (Window mode)
In all operating modes:
S
Increasing compressive forces are rising forces
S
Decreasing tensile forces are rising forces
S
Decreasing compressive forces are falling forces
S
Increasing tensile forces are falling forces
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U10M
ELECTRICAL CONNECTION
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