Commissioning
EL125x, EL2258
129
Version: 2.5
0x80n1:0
MTO Set-
tings Ch.
n=0...7
Name
Entry
Description
80n1:01
Use as +24 V
power supply
Switches the selected output in OP mode as 24 V power
supply
0x80n1:01 FALSE
Input disabled as power supply
0x80n1:01 TRUE
Input activated as power supply
80n1:02
Enable manual
operation
Manual setting of inputs (without timestamp) is enabled.
This can be used to test actuators or manual
procedures.
0x80n1:02 FALSE
Manual setting of inputs is blocked
0x80n1:02 TRUE
Manual setting of inputs is possible
80n1:03
Enable time check See figure
EnableTimeCheck
Mode 1-3 [
}
130]
Output events must be transferred chronologically. If an
event with "outdated" timestamp is transferred to a
channel, the following decision options are available:
Mode1:
Enable time check = 0, Force order = no
meaning:
: No "outdated" events are transferred. The
system waits, including overflow (4.29s) where
appropriate, after which the switching order is executed.
If
EnableTimeCheck
is activated, the timestamp width of
4.29 seconds is subdivided into 2.15 seconds past &
2.15 seconds future. In this case switching orders may
only be up to 2.15 seconds in the future. The bit
ForceOrder
, which is available as PDO in the status
register for each channel, is used to specify how the
"outdated" timestamp should be handled.
Mode2:
Enable time check = 1, Force order = 0
:
"Outdated" event is discarded
Mode3:
Enable time check = 1, Force order = 1
:
"Outdated" event is output immediately, i.e. effectively
delayed.
0x80n1:03 FALSE
0x80n1:03 TRUE
80n1:11
Buffer reset
behavior
Reset behavior in the event of a reset signal in the
status register (PDO)
0x80n1:11 Entry
FALSE
Reset on rising
edge
Reset is executed on rising edge. New data can then be
buffered right away.
0x80n1:11 Entry
TRUE
Reset on high
level
Buffer is held in reset as long as the signal is active.
With high cycle times this can result in data loss.
80n1:12
Buffer overflow
behavior
Configuration of the behavior if more than 32 events per
channel have to be stored
0x80n1:12 Entry
FALSE
Lock buffer
Overwriting of data is blocked, new events will be lost.
0x80n1:12 Entry
TRUE
Overwrite oldest
event
The oldest data are overwritten, new events are
retained.
