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5.2.3. Last-in-first-out (DIP switch 3: OFF, DIP switch 4: ON)
The most recent control input takes precedence over the earlier one.
For example, closing the control input 2 while the control input 1 is closed causes
the control output 1 to open. The control output 1 becomes closed when the control
input 2 is opened.
Control inputs 3 - 32 operate in the same manner. Latency of 100 ms is employed
in order to prevent two or more control outputs from turning ON.
SETTING
ON
100 ms
100 ms
Control input 1
Closed
Closed
Open
Control input 2
Control output 1
Closed
Closed
Closed
Open
Open
Control output 2
5.2.4. First-in-first-out (DIP switch 3: ON, DIP switch 4: ON)
The first control input takes precedence over the later control output.
For example, the control output 2 is not closed while the control input 1 is being
closed.
The control output 2 becomes closed when the control input 1 is opened.
Control inputs 3 - 32 operate in the same manner.
Latency of 100 ms is employed in order to prevent two or more control outputs from
turning ON.
SETTING
ON
100 ms
Control input 1
Closed
Closed
Open
Control input 2
Control output
Closed
Closed
Open
Control outpu2
