Siemens CPU 410-5H Process Automation - Page 46

I/O configuration variants
4.1 Stand-alone operation
CPU 410-5H Process Automation/CPU 410 SMART
46 System Manual, 10/2013, A5E32631667-AA
What you have to take into account for stand-alone operation of a CPU 410
Note
In stand
-alone operation of a CPU 410, no synchronization modules may be connected. The
rack number must be set to "0".
The table below lists the differences between the operation of a CPU 410 in stand-alone
mode and redundant mode.
Table B-1 Differences between stand-alone and redundant operation
Function
CPU 410 in stand-alone operation
CPU 410 in redundant system state
Multi-DP master mode
Yes
No
System modifications during
operation
Yes, as described in Manual "Modifying
the System during Operation via CIR".
Yes, as described in Chapter Failure and
replacement of components during
redundant operation (Page 167) for
redundant operation.
Fault tolerance-specific LEDs
The REDF, IFM1F, IFM2F, MSTR, RACK0 and RACK1 LEDs show the reaction specified in
the table below in stand-alone operation.
LED
Behavior
REDF
Dark
IFM1F
Dark
IFM2F
Dark
MSTR Lit
RACK0
Lit
RACK1
Dark
Configuring stand-alone operation
Requirement: No synchronization module may be inserted in the CPU 410.
Procedure:
1. Insert a
SIMATIC-400
station in your project.
2. Configure the station with the CPU 410 according to your hardware configuration. For
stand-alone operation, insert the CPU 410 in a standard rack (Insert > Station > S7-400
station in SIMATIC Manager).
3. Assign the parameters of the CPU 410. Use the default values, or customize the
necessary parameters.
4. Configure the necessary networks and connections. For stand-alone operation you can
also configure "fault-tolerant S7 connections".
For help on procedure refer to the Help topics in SIMATIC Manager.