HIMA HIMatrix F30, System Manual

Page: 52 / 110

7 Start-Up System Manual Compact Systems
Page 52 of 110 HI 800 141 E Rev. 2.02
NOTE
Damage of the device possible!
Do not exchange the terminals L+ and L-, or connect them to other terminals of the
device!
In case of a false connection, a pre-fuse blows to prevent the device from being
damaged.
7.3 Configuration with SILworX - CPU OS V7 and Higher
This chapter describes how to configure resources using SILworX for CPU OS V7 and higher .
7.3.1 Configuring the Resource
The resource properties and the hardware output variables are changed at this level.
7.3.1.1 Resource Properties
The system parameters of the resource determine the controller behavior during operation and
can be set in SILworX, in the
Properties dialog box of the resource.
Parameter Description Default
value Setting for safe
operation
Name Resource name Arbitrary
System ID [SRS] System ID of the resource
1...65 535
The value assigned to the system ID must differ to the
default value, otherwise the project is not able to run!
60 000 Unique value
within the
controller
network. This
network
includes all
controllers that
can potentially
be
interconnected
Safety Time [ms] Safety time in milliseconds
20...22 500 ms
600 ms/
400 ms
1)
Application-
specific
Watchdog Time
[ms] Watchdog time in milliseconds: 4...5000 ms for F*03
devices and modules; 8…5000 ms for standard devices
and modules 200 ms/
100 ms
1)
Application-
specific
Target Cycle
Time [ms] Targeted or maximum cycle time, see Target Cycle Time
Mode , 0...7500 ms. The maximum target cycle time value
may not exceed the watchdog time - minimum watchdog
time; otherwise it is rejected by the PES.
If the default value 0 ms is set, the target cycle time is not
taken into account.
0 ms Application-
specific
Target Cycle
Time Mode Use of Target Cycle Time [ms] see Table 29.
With F*03 devices/modules, all the values can be used;
with standard devices/modules, only
fixed values!
Fixed-
tolerant Application-
specific
Multitasking Mode Only applicable with F*03 devices/modules! Mode 1 Application-
specific
Mode 1 The duration of a CPU cycle is based on the
required execution time of all user programs.
Mode 2 The processor provides user programs with a
higher priority the execution time not needed by
user programs with a lower priority. Operation
mode for high availability.
Mode 3 During the execution time not needed by the
user programs, the processor waits for the time
to expire, thus increasing the cycle.