Sub-
index
Name
Description /
Range of values
Type
Bit
Offset
Access Default
21
Channel 2, 3: Input
smoothing time in ms
Condition: Channel 2, 3 acti-
vation on "activated"
1-1000
UINT
16
112
rw
1
22
Channel 2, 3: Discrepancy
time in ms
Condition channel 2, 3 acti-
vation on "activated"
Condition channel 2, 3 evalu-
ation of the inputs to "2-
channel"
1-30000
UINT
16
128
rw
20
The version identifier is specific to a module type, i.e. for the input module and the output
module, which have different parameter data, each version is started with 0x0001.
In the MX file, the identifier 0x0000 is entered so that the firmware can
recognize that this is an invalid parametrization. The safety IO module
must not start up with the default values stored in the MX file.
Unique module identifier, which is also used e.g. in the ESI file.
For a valid parametrization this parameter must be set to 0 (default value). If the F-
address is to be changed for a System SLIO safety module, you can delete the F-address
in the memory of the System SLIOsafety module by setting this parameter.
‘Setting the F-address’ page 71
If the SDI module detects an error on one of the input channels (e.g. short-circuit), the
entire System SLIO safety module is passivated. Here, the module provides the safety
PLC as long with the fail-safe value 0 for the inputs until the error is fixed and acknowl-
Chap. 3.17 ‘Sample application’ page 117
Here you activate respectively deactivate the diagnostic interrupt function. With a set
diagnostic interrupt bit in case of an error a diagnostic interrupt message is sent to the
upper master system. There the diagnostics message can further be processed. More
may be found in the manual of the master system.
Version identifier of the
parametrization data
structure
Module type identifier
Parameter change mode
Behavior after channel
errors
Activation diagnostic
interrupt
VIPA System SLIO
Product description
SDI 4xDC 24V - FSoE Parameter record set > FSoE application parameters
HB300 | SM-S | 02x-1SD10 | en | 20-02
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