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SIMATIC Process Control System PCS 7 V7.0 PCS 7 - Service Support and Diagnostics
______________
Preface
2
______________
Ensuring Availability
4
Process Control System PCS 7 ______________
Message concept of PCS 7
V7.0 5
PCS 7 - Service Support and ______________
Failure - What next?
Diagnostics
6
Service Manual ______________
Diagnostics in PCS 7
09/2007
A5E00783462-02
Safety Guidelines
Safety Guidelines
This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent
damage to property. The notices referring to your personal safety are highlighted in the manual by a safety alert
symbol, notices referring only to property damage have no safety alert symbol. These notices shown below are
graded according to the degree of danger.
DANGER
indicates that death or severe personal injury will result if proper precautions are not taken.
WARNING
indicates that death or severe personal injury may result if proper precautions are not taken.
CAUTION
with a safety alert symbol, indicates that minor personal injury can result if proper precautions are not taken.
CAUTION
without a safety alert symbol, indicates that property damage can result if proper precautions are not taken.
NOTICE
indicates that an unintended result or situation can occur if the corresponding information is not taken into
account.
If more than one degree of danger is present, the warning notice representing the highest degree of danger will
be used. A notice warning of injury to persons with a safety alert symbol may also include a warning relating to
property damage.
Qualified Personnel
The device/system may only be set up and used in conjunction with this documentation. Commissioning and
operation of a device/system may only be performed by qualified personnel. Within the context of the safety notes
in this documentation qualified persons are defined as persons who are authorized to commission, ground and
label devices, systems and circuits in accordance with established safety practices and standards.
Prescribed Usage
Note the following:
WARNING
This device may only be used for the applications described in the catalog or the technical description and only
in connection with devices or components from other manufacturers which have been approved or
recommended by Siemens. Correct, reliable operation of the product requires proper transport, storage,
positioning and assembly as well as careful operation and maintenance.
Trademarks
All names identified by ® are registered trademarks of the Siemens AG. The remaining trademarks in this
publication may be trademarks whose use by third parties for their own purposes could violate the rights of the
owner.
Disclaimer of Liability
We have reviewed the contents of this publication to ensure consistency with the hardware and software
described. Since variance cannot be precluded entirely, we cannot guarantee full consistency. However, the
information in this publication is reviewed regularly and any necessary corrections are included in subsequent
editions.
Disclaimer of liability
WARNING
Siemens assumes no liability for inappropriate use of the instructions provided in this
documentation or any consequences that might result for the customer.
• Only trained service employees should be authorized to work on the process control
system.
• Always observe the plant-specific rules and government regulations when making
changes to your system.
• Observe the plant-specific boundary conditions and adjust the work accordingly.
• Always bear in mind that changes in a system can impact other sections of the system.
Required Knowledge
This documentation contains information about working with PCS 7 intended for trained
service personnel. The following knowledge is required to understand the documentation:
● Basic knowledge of Microsoft Windows operating systems
● Knowledge of the functions and configurations of SIMATIC PCS 7 (Engineering System,
PCS 7 Operator Station).
● Knowledge of the functions and configurations of SIMATIC S7 (S7-400, STEP 7)
● Knowledge of the functions and configurations of SIMATIC NET (network components
and transmission media)
Note
The PCS 7 Manual Collection DVD contains all PCS 7 software and hardware manuals. You
can quickly find important information in this collection by using the navigation interface and
the full-text search feature.
Conventions
In this documentation the designations of elements of the user interface are specified in the
language of this documentation. If you have installed a multi-language package for the
operating system, some of the designations will be displayed in the base language of the
operating system after a language switch and will, therefore, differ from the designations
used in the documentation.
PCS 7 Glossary
You can find a PCS 7 glossary defining the most important technical terms used in the
documentation on the SIMATIC PCS 7; Manual Collection DVD or access one in the PCS 7
software via the SIMATIC Manager help menu (menu command Help > Topics> "Glossary"
button).
Additional support
If this manual does not contain the answers to any questions you may have about how to
use the products described, please contact your local Siemens representative.
You can locate your local representative at:
http://www.siemens.com/automation/partner
The guide that provides details of the technical documentation offered for the individual
SIMATIC products and systems is available at:
http://www.siemens.de/simatic-tech-doku-portal
The online catalog and online ordering system are available at:
http://mall.automation.siemens.com/
Technical support
Technical support for all A&D products can be accessed
● via the online Support Request form at
http://www.siemens.de/automation/support-request
● Phone: + 49 180 5050 222
● Fax: + 49 180 5050 223
For additional information about our technical support service, please go to
http://www.siemens.de/automation/service
Overview
This section presents measures for ensuring availability of a PCS 7 system.
You can find information on fault-tolerant systems in the Process Control System PCS 7;
Fault-Tolerant Process Control Systems manual.
The information in this section enables you to perform the following tasks:
● Maintain the specified condition of a system.
Examples: adhere to maintenance intervals, replace batteries
● Optimize the system and prevent faults
Examples: perform firmware updates, eliminate known sources of errors
● Minimize downtime caused by faults
Examples: provide backups
Note to reader
Topics in this section are divided into topic areas. The following information is provided for
each topic area:
Content
Introduction
You can back up project data in a variety of ways and for a variety of purposes, for example,
project archiving, image file.
After system failure, you can use a backup to quickly restore the system to its original state.
Note
Make sure that backups are stored in a protected location (in separate rooms, fireproof
cabinets, etc.).
Make sure the backups are readable (particularly when reusable storage media such as
floppy disks are used).
Introduction
You can change parameters (such as controller settings) online in the SIMATIC station using
the PCS 7 OS and the engineering station.
Some situations make it necessary to back up the current data blocks, FBs or parameter
settings from the SIMATIC station. This is the case, for example, when the configuration data
have been restored from a data backup.
You can make use of the following backup options:
● Reading data blocks and FBs from the SIMATIC station
● Reading charts with current parameters from the SIMATIC station
NOTICE
These actions overwrite all settings in the configuration with the current values of the
system. Make sure that the settings for start values, for example, are correctly
maintained.
DANGER
If you read back the data from the SIMATIC Station, you must ensure that hazardous
conditions cannot occur following a hot restart of the system or after configuration data
are downloaded.
Reading back the data blocks and FBs from the SIMATIC station
1. Open the project in the SIMATIC Manager.
2. Select the menu command View > Online.
3. In the tree view, select the data blocks and FBs you want to read from the
SIMATIC Station.
4. Select Edit > Copy from the menu.
5. Select the menu command View > Offline.
6. Select Edit > Paste from the menu.
Reading back charts with current parameters from the SIMATIC station
1. Double-click any CFC chart in SIMATIC Manager to start the CFC Editor.
2. Select the menu command Chart > Read Back.
3. In the "Read Back Chart" dialog box, make the following settings:
– Source files: Program of the CPU
– Scope: OCM-capable parameters
Recommendation: back up the project at this point. You can find information on this in the
section "How to archive a project (Page 17)".
This data backup includes all current parameter settings of the SIMATIC station.
Introduction
You can use various tools to archive project data.
In the following, the PKZIP for Windows program is used for archiving:
You can find the setup for PKZIP for Windows on the PCS 7 Toolset DVD.
PKZIP for Windows is automatically installed during the system setup from PCS 7.
You call PKZIP for Windows via the SIMATIC Manager.
Requirement
● A tool is installed for archiving project data (default: PKZIP for Windows).
Archiving a project
1. In SIMATIC Manager, select the menu command File > Archive.
The "Archive" dialog box opens.
2. Select the "User Projects" tab.
3. Click "Browse" and select the project you want to archive from the list.
4. Click "OK" to save your settings.
The "Archive - Select Archive" dialog box opens.
5. Make the following settings for the archiving:
– In the "Save to" drop-down list:
Select the drive and folder.
– In the "File name" box:
Enter the name of the file in which the data are to be saved.
6. Click "Save" to apply your settings.
The "Archive – Options" dialog box opens.
7. If you want to archive the project on floppy disks, select the size of the diskette.
You can find additional information about this dialog box by pressing the "Help" button.
8. Click "OK".
The archiving process begins.
When the "Archive" dialog box closes, archiving is completed.
Recommendation
After compressing your project in the archive directory (S7 project), you should rename the
project in such a way that you can determine the archiving date from the name.
Example: "yearmonthdayprojectname"; 021230name
Note
If you copy the project directly to the CD, all files and directories will be write-protected.
Before using the project again, you need to remove the "Write-protected" file attribute for all
files and folders in the project.
Requirements
● The tool that was used to archive the project is installed (default: PKZIP for Windows).
● The settings required for the tool used for archiving the project are made (you can find
additional information on this in the section "How to archive a project (Page 17)".
Note
You will find the setup for PKZIP for Windows on the PCS 7 Toolset DVD. PKZIP for
Windows is automatically installed during the system setup from PCS 7.
Procedure
1. In SIMATIC Manager, select the menu command File > Retrieve.
The "Retrieve - Select Archive" dialog box opens.
2. Make the following settings for the archive file:
– In the "Search in" list:
Enter the drive and folder where the project was archived.
– In the "File name" box:
Enter the name of the file where the project is archived.
3. Click "Open" to save your settings.
The "Select Destination Directory" dialog box opens.
4. Select the destination directory/project directory in the selection list.
5. Click "OK" to apply your settings.
The retrieval is finished when the "Retrieving" dialog box closes.
Introduction
You can store a multiproject in compressed form in an archive file in the same way as
individual projects or libraries. This can be done on a hard disk or on transportable storage
media (such as a ZIP disk).
If individual projects of a multiproject are stored on more than one PC in a network, you must
use the following programs to archive the multiproject:
PKZIP for Windows (available on the PCS 7 Toolset DVD)
Recommendation:
Archive the multiproject on an engineering server.
Archiving a multiproject
1. Select the multiproject in SIMATIC Manager.
2. Select the menu command File > Archive.
The "Archive" dialog box opens.
3. Select the "User Projects" tab.
4. Confirm the selected multiproject by clicking "OK" to save your entries.
5. Make the following settings for the archiving:
– In the "Save to" drop-down list:
Select the drive and folder.
– In the "File name" box:
Enter the name of the file in which the data are to be saved.
6. Click "Save" to apply your settings.
The "Archive – Options" dialog box opens.
7. If you want to archive the project on floppy disks, select the size of the diskette.
You can find additional information about this dialog box by pressing the "Help" button.
8. Click "OK".
The archiving process begins.
When the "Archive" dialog box closes, archiving is finished.
Retrieving a multiproject
1. In SIMATIC Manager, select the menu command File > Retrieve.
2. In the next dialog box, select the archived multiproject.
3. Click "Open" to save your entries.
The "Select Destination Directory" dialog box opens.
4. Select the destination directory where the archive is to be unzipped. Click "OK".
The multiproject is retrieved.
After the retrieval operation, the "Retrieve" dialog box opens.
5. Click "OK".
The following is displayed in the "Retrieve" dialog box.
– The name of the retrieved project
– A prompt for opening the project
6. Click "Yes" based on your wish to open the project or "No" to stop working.
Result
A subdirectory is automatically created in the destination directory you selected. The
subdirectory contains the following:
● By default: the name of the multiproject
● Individually: a unique directory name derived from the name of the multiproject
The following are placed in the subdirectory:
● Multiproject
● Projects contained in the multiproject
● Libraries, including the master data library
Once a multiproject is retrieved, all project directories of the multiproject are located on the
same level below this directory.
Introduction
If you have created a custom project library in PCS 7, we recommend that you archive it.
Perform the steps below for each library to be backed up.
Procedure
1. In SIMATIC Manager, select the menu command File > Archive.
The "Archive" dialog box opens.
2. Open the "Libraries" tab.
3. Click "Browse" and select the library you want to archive from the list.
4. Click "OK" to save your settings.
The "Archive - Select Archive" dialog box opens.
5. Make the following settings for the archiving:
– In the "Save to" drop-down list:
Select the drive and folder
– In the "File name" box:
Enter the name of the file in which the data are to be saved.
6. Click "Save" to apply your settings.
The archiving process begins.
Introduction
To visualize the process on the operator station you use faceplates, which show the plant
operator the measured values, operating limits, units, and operator texts of the blocks, for
example.
If you have changed operator or display texts in your blocks, we recommend that you back
up the operator and display texts.
Requirement
PCS 7 allows you to store all operator and display texts in every desired language. The only
requirement is that the language is installed in your project:
● The languages available in SIMATIC Manager can be displayed via the menu command
Options > Language for Display Devices.
● The number of languages offered is specified when Windows is installed (system
characteristics).
Procedure
1. Open the project in the SIMATIC Manager.
2. In the component view, select the master data library (or, if not available, the project
folder).
3. Select the menu command Options > Manage Multilanguage Texts > Export.
The "Export User Texts" dialog box opens.
4. Make the following settings:
– In the "Text Tables" group, set the storage location and the format for the export file
(available formats: *.xls and *.csv).
– In the "Language" group, set the source and target languages in accordance with your
display language.
5. Click "OK".
6. If you have to manage several project-specific languages, repeat steps 3 to 5 for each
language. Please note that you then have to set different export file names or target
directories.
Introduction
PCS 7 enables you to create dynamic sequences in your OS project by creating custom
functions and actions. These functions and actions are written in ANSI-C language.
You must back up any project functions, standard functions, local actions, and global actions
that you have created or modified.
Additional information
● Online Help for WinCC Information System
Introduction
The configuration data of the PCS 7 operator station is automatically backed up when a
multiproject is archived. A separate backup is not required.
Backing up OS PC data
The OS configuration data are located on the PCS 7 engineering station. You therefore back
up OS server PCs or OS client PCs with an image. You can find information on this in the
section "Backing Up Data by Generating an Image File (Page 34)".
Additional information
● Manual Process Control System PCS 7; SIMATIC BATCH
Rule
NOTICE
The follow applies when a backup is running:
Operator input cannot be executed on the BATCH client where a backup is being
generated.
Procedure
1. Select the multiproject/project in the SIMATIC Manager.
2. Select the menu command Options > SIMATIC BATCH.
The "Batch Process Cell - ..." dialog box opens.
3. In BatchCC, select the menu command Options > Backup.
4. If there are non-archived batches in the project, you must acknowledge the message
dialog for non-archived batches. In this case, click "OK".
The "Backup" dialog box opens.
5. Enter the name of the backup file in the "File Name" input box.
6. Click on the "Save" button.
The backup file is generated.
Introduction
You can restore the data from a backup file and update the Batch process cell in the
SIMATIC BATCH Control Center (BatchCC).
Requirement
No Batch process cell is available in the BatchCC.
Reading a backup
1. Select the multiproject/project in the SIMATIC Manager.
2. Select the menu command Options > SIMATIC BATCH.
The "Batch Process Cell - ..." dialog box opens.
3. In BatchCC, select the menu command Options > Restore.
The "Restore" dialog box opens.
4. Select the backup file.
5. Click "Open".
The backup file is loaded.
Result
In the BatchCC, the data from the backup file is entered into the Batch database and the
process cell is made available again.
Long-term archive
You archive batches in long-term archives in BatchCC. Long-term archives are used for
long-term storage of batch data in accordance with the FDA.
Rules
● You can only archive completed batches.
● The archiving method and archiving path are set.
● Data from long-term archives cannot be used to restore defective batch data or batch
structures.
Additional information
● Manual Process Control System PCS 7; SIMATIC Route Control
Introduction
This section describes the separate backup of partial routes from SIMATIC Route Control to
a file.
Note
You can back up the partial routes with the offline project data from SIMATIC Route Control.
The interface blocks are part of the PCS 7 project and are backed up during the archiving of
the PCS 7 project.
Creating a backup
1. Select the multiproject/project in the SIMATIC Manager.
2. Select the menu command Options > SIMATIC Route Control.
The "Route Control Engineering - ..." dialog box opens.
3. Select the menu command Options > Export/Import CSV > CSV Export/Import Wizard ....
The "Wizard: CSV file data exchange (Export/Import)" opens.
4. Check the path in the "Directory" input box.
5. In the "Direction" group, activate the check box "RC project engineering >> CSV file(s)
(Export).
6. Click "Continue".
7. Select all check boxes.
8. Click "Continue".
9. Click "Finish".
The files are exported.
Additional information
● Manual Process Control System PCS 7; SIMATIC Route Control
Introduction
You restore partial routes from SIMATIC Route Control from a backup file.
Importing a backup
1. Select the multiproject/project in the SIMATIC Manager.
2. Select the menu command Options > SIMATIC Route Control.
The "Route Control Engineering - ..." dialog box opens.
3. Select the menu command Options > Export/Import CSV > CSV Export/Import Wizard ....
The "Wizard: CSV file data exchange (Export/Import)" opens.
4. The dialog box "Wizard: CSV file data exchange (Export/Import)" opens.
5. Check the default path set in the "Directory" input box.
6. In the "Direction" group, activate the check box "CSV file(s) >> RC project engineering
(Import).
7. Click "Continue".
8. Select all check boxes.
9. Click "Continue".
10.Click "Finish".
The project engineering data are imported.
Additional information
● Manual Process Control System PCS 7; SIMATIC Route Control
Introduction
We recommend that you generate an image of the installation in order to back up partitions
and hard disk data (following a reinstallation, for example).
Image file
An image file maps all of the data on the backed-up medium (hard disk, logical drives). It is
used to back up data on partitions or hard disks. Many of the software packages that can be
used to generate image files also offer data compression.
Boot partitions are included in the backup. This enables you to save all the PC settings
including the Windows system settings.
All the data of a PC can be restored using an image file, usually in a short amount of time
(e.g., 2 GB in approx. 15 minutes). In the event of a fault, you can restore the complete PC
installation.
Rules
● You must use the same hardware to restore data.
● Note the following settings of the hard disk for the image file
(you can find additional information on this in the section "Managing the operating system
(Page 104)"):
– Partition size
– Formatting of partition or hard disk (e.g., NTFS, FAT32)
● Authorizations and license keys cannot be included in the backup.
● The image software must be suitable for the operating system in question.
Basic procedure
1. Move the authorizations and license keys to another medium (diskette, partition, etc.)
before generating the image.
2. Follow the instructions of the manufacturer of the image software when creating an
image.
Additional information
● Documentation relating to the image software used
Overview
Introduction
In this section, a hardware update refers to changing the firmware in SIMATIC modules.
Updating the firmware of a SIMATIC module is referred to as a "firmware update" in the
following.
A firmware update includes the following:
● Function upgrades
● Operating system enhancements
Released modules
You can find the firmware versions for modules released of a particular PCS 7 version in the
"PCS 7 - Released Modules" documentation that corresponds to the version in question.
CPU 416-2
X 7
8 9
416-2XK02-0AB0
V3.0.2
● When a firmware update is delivered you obtain a label showing the current firmware
version which you can paste over the displayed label. Once you have performed the
firmware update, you should change the indicated firmware version of the module to
match the that of the newly installed firmware version. This will ensure uniformity in the
plant documentation.
Modules that cannot be updated:
● If only the manufacturer can perform changes to a module, only the product version is
shown on the housing of the module (indicated by a cross; in the following example:
product version 10).
Example:
PS 407 10A
X 11
12 13
407-0KA01-0AA0
Note
The update file may be supplied in an executable, self-extracting file (.exe). When you want
to perform consecutive updates for different module types of module versions, you must
unzip the update files in separate folders for the different CPUs as follows:
• Type of module
• Product version
• Firmware version
Overview
The sections below describe topics related to hardware updates:
● Adjustments after a hardware change (Page 39)
● Updating a SIMATIC S7 CPU (Page 40)
● Updating an interface module IM xxx (Page 43)
● Updating a CP xxx (Page 46)
● Working with GSD files (Page 54)
Basic procedure
A change to the hardware always requires a change to the software. You configure the
changed hardware in HW Config. You then compile and download the changes to the CPU.
You can then physically replace, remove or add the modified hardware.
Procedure
1. In HW Config, open the project (AS).
2. Drag the object (such as the CPU: Type, Firmware Version x.x) from the hardware
catalog to the appropriate slot in the AS configuration table.
The following message appears: "Do you want to exchange component ... with
component ...?"
3. After verification, click "Yes" to confirm.
4. Select the menu command Station > Save/Compile.
You can also perform the compiling during the subsequent work.
Preparation
Compare the type and manufacture date of the modules you are using with the information in
the document PCS 7 Released Modules.
If replacement of the CPU is required, contact your Siemens representative.
Note
In a fault-tolerant PCS 7 system, the H-CPUs must always have a uniform manufacture data
and the same firmware version.
Both H CPUs must be in STOP mode for the firmware to be updated.
Preparation
Compare the type and manufacture date of the modules you are using with the information in
the document PCS 7 Released Modules.
If replacement of the CPU is required, contact your Siemens representative.
Requirements
The following is required for the update:
● STEP 7 V5.3 or higher is installed on the programming device or PC.
● The update file for the CPU update is available on the programming device / PC.
NOTICE
With the next steps, all data on your CPU are deleted and cannot be recovered!
Do not cancel a download operation once it is started. If the download operation aborts, you
can repeat it. If defects occur as a result of the abort, send the CPU in for repair.
1. Switch off the power supply (PS) of the rack where the CPU is inserted.
2. Insert the prepared memory card into the CPU.
3. Switch on the power supply for the module.
The firmware is transferred from the memory card to the internal CPU FLASH EPROM.
During the transfer, all LEDs on the CPU (INTF, EXTF, FRCE, CRST, RUN, STOP) are
lit.
After approximately 2 minutes, the slowly flashing STOP LED (=> general system reset)
indicates the completion of the update for the CPU firmware.
NOTICE
Following the CPU update, an H-CPU starts a self test, which can last several minutes
depending on the memory configuration.
Introduction
The interface modules (IM) ) are the interface to the PROFIBUS DP in PCS 7.
Preparation
● Compare the type and version of the interface modules you are using with the information
in the document PCS 7 Released Modules.
● If replacement of the interface module is required, contact your Siemens representative.
● A firmware update is possible for some interface modules. You will find the procedure in
the section "How to perform a firmware update of an IM (Page 44)" below.
Note
You can perform a firmware update of the interface modules for SIMATIC 400H station with
redundant interface modules during runtime.
Introduction
This section describes how to update the firmware of the interface modules (IM) via
Industrial Ethernet.
Requirements
The following is required to perform the update via Industrial Ethernet:
● STEP 7 V5.3 or higher is installed on the programming device or PC.
● The update file for the CPU update is available on the programming device / PC.
● The CP 443-1 is routing-capable (check in HW Config: Properties of the CP > brief
description "Routing" is listed).
● The files containing the current (new) version of the firmware is available in the file
system of your programming device or PC.
● The IM has been integrated in your PCS 7 project.
Procedure
1. Open SIMATIC Manager.
2. In the component view, select the SIMATIC station in which the IM is located.
3. Double-click the "Hardware" object in the detail window.
HW Config opens.
4. Select the IM whose firmware you want to update.
5. Select the menu command PLC > Update Firmware.
The "Update Firmware" dialog box opens.
6. Make the following settings:
Setting Action
Location of the 1. In the "Firmware File" group, specify the folder where you placed the
firmware file file for the firmware update. If you want to search, you can use
"Browse" to open Explorer.
Activation of "new" 1. Use the "Activate firmware after download" check box to specify when
firmware the "new" firmware is to be activated as follows:
– Select the "Activate firmware after download" check box if you want
the IM to automatically reset after successfully downloading the new
firmware. The new firmware is active following the restart.
– Clear the "Activate firmware after download" check box if you do not
want the IM to reset after downloading the new firmware. The "new"
firmware becomes active only after the power supply has been
switched off.
1. Click "Execute". The firmware is updated.
Note
After the firmware update of the IM has been successfully completed, update the identifier of
the firmware version. You can find information on this in the section "Hardware Updates
(Page 36)".
Introduction
In PCS 7, communication modules (CPs) are used to connect a SIMATIC station to bus
systems. By updating the firmware, you can enhance the CP properties without replacing the
hardware.
Overview
The sections below describe procedures for updating firmware:
● CP 341 firmware update (Page 47)
● CP 443-1 firmware update (Page 49)
● CP 443-5 Extended firmware update (Page 52)
Introduction
This section describes how to update the firmware of the CP341.
Preparations
● Compare the type and version of the modules you are using with the information in the
document PCS 7 Released Modules.
● If you need to replace the CP, contact your Siemens representative.
Procedure
1. Open SIMATIC Manager.
2. In the component view, select the SIMATIC station in which the CP 341 is located.
3. Double-click the "Hardware" object in the detail window.
HW Config opens.
4. Double-click on the CP whose firmware is to be updated.
The "Properties" dialog box of the CP opens.
5. Select the "General" tab.
6. Click "Parameters ...".
The dialog box for the configuration interface opens.
7. Select the menu command Options > Firmware Update ...
– If the CP is available, the firmware version of the current module firmware is indicated
(Vx.y.z).
– If there is no firmware on the CP, a message to that effect is displayed. This can
occur, for example, if the firmware update was aborted. The old firmware is deleted in
this case. You must download a firmware.
8. In the "Firmware File" group, specify the folder where you placed the file for the firmware
update. To search for this, open an Explorer window by clicking "Browse".
The version of the selected firmware is displayed under "Selected FW version".
Note
Before deleting the older firmware, the CP checks if the order number of the firmware to be
downloaded is permitted.
Result
The new firmware is installed in the operating system memory of the CP. The progress of the
installation is indicated by a progress bar and a percentage under "Done". Once the firmware
update is complete, the module is ready for immediate operation.
Preparation
● Compare the type and version of the modules you are using with the information in the
document PCS 7 Released Modules.
● If you need to replace the CP, contact your Siemens representative.
Note
If the NCM S7 diagnostics do not start, the connection between the programming
device/PC and the CP 443-1 is faulty. Correct the fault.
5. Note the MAC address setting of the CP 443-1 under "Industrial Ethernet."
NOTICE
Note the following:
• A warning message appears before the download operation begins if an incorrect CP
type has been inadvertently addressed. The firmware can nevertheless be downloaded
to an incorrect CP type if the message is acknowledged.
• With the next steps, all data on your CP are deleted and cannot be recovered!
• Do not cancel a download operation once it is started. The CP may no longer be usable
if you do this and you will have to send it in for repair.
1. Select the menu command Start > SIMATIC > STEP 7 > NCM S7 Industrial Ethernet >
Firmware Loader.
The dialog box of the firmware loader opens.
2. Click "Continue".
3. In the "Step 1" dialog box, set the path for the update file
– Click "Browse".
– Use "Select file" to select the desired file ("<drive>:\TEMP\Cp4435ba.fwl", for
example).
– Click on the "Open" button.
4. Click "Continue".
5. In the "Step 2" dialog box, set the MAC address.
6. Click "Continue".
7. Check the following settings:
– "Application access point"
– "Interface parameter assignment used"
8. Make sure that the correct settings have been activated in the configuration console.
Note
The access point must be set to "S7ONLINE CP xxxx(ISO)".
Note
If a CP does not respond to a load procedure via the configured MAC address, load the CP
again via the imprinted address.
Preparation
● Compare the type and version of the modules you are using with the information in the
document PCS 7 Released Modules.
● If you need to replace the CP, contact your Siemens representative.
Note
Ensure the following for the firmware update of the CP 443-5 Extended:
• If you want to connect devices that work with the DPV1 PROFIBUS standard to your
PCS 7 system following the conversion, you have to replace the hardware
(new CP type: 6GK7 443-5DX03-0XE0 with firmware version V5.1).
• This hardware requires special device drivers.
You can find information on how to create these device drivers in the manual
Process Control System SIMATIC PCS 7; Programming Instructions, Creating Blocks
for PCS 7.
NOTICE
Note the following:
• With the next steps, all data on your CP are deleted and cannot be recovered!
• Do not cancel a download operation once it is started. The CP may no longer be usable
if you do this and you will have to send it in for repair.
1. Select the menu command Start > SIMATIC > STEP 7 > NCM S7 > Firmware Loader.
The dialog box of the firmware loader opens.
2. Click "Continue".
3. In the "Step 1" dialog box, set the path for the update file
– Click the "Browse" button.
– Use "Select file" to select the desired file ("<drive>:\TEMP\Cp4435ex.fwl", for
example).
– Click on the "Open" button.
4. Click "Next" to confirm the next three dialog boxes until you reach "Step 4: Perform Load
Operation".
5. Read the information in the dialog box for "Step 4: Perform Load Operation".
In the table below you will find the download operation states that are displayed.
Introduction
STEP 7 Version 5 carefully checks GSD files. Syntax errors or non-interpretable errors can
occur with GSD files from an older project, however.
Improved help texts are provided for syntax errors and GSD problems starting with STEP 7
Version 5.1 SP2.
If the following measures are not successful, contact the device manufacturer and request a
new GSD file. You can find solutions for some errors in this table:
Troubleshooting
Information
● You can find information on updates for the PCS 7 software in the Process Control
System PCS 7; Software Update manuals.
● You can find information on updating redundant operator stations during running
operation in the manual PCS 7 Process Control System; Fault-Tolerant Process Control
Systems, section "Guide to Updating a Redundant OS During Running Operation".
You can find a brief overview on this in this documentation in the section "Updating the
PCS 7 OS in runtime (Page 56)".
● Information on installing hot fixes are included in the respective software package with
the hot fix.
Note
Note that you must use the appropriate hardware in order to take advantage of features in
new software versions.
You can find information on the minimum requirements for PC stations in PCS 7 in the
manual PCS 7 Process Control System; PC Configuration and Authorization.
Introduction
If you configure a PCS 7 OS with redundancy, you can update the PCS 7 OS in runtime,
which allows you to adapt your existing PCS 7 process control system from an "older"
version to a "newer" PCS 7 version).
Updating the PCS 7 OS involves the following tasks:
● Preparatory measures
● Installation of the "new" software
● Commissioning measures required to adapt you existing PCS 7 process control system
Updating the PCS 7 OS during running operation offers the following benefits:
● Operation of the PCS 7 system is not disrupted.
● The AS does not enter STOP mode.
● The automation process can still be operator controlled and monitored.
Requirements
Several requirements must be fulfilled to ensure that the status of a PCS 7 system can be
diagnosed effectively. The most important requirements are:
● Diagnostics are enabled for the components.
● Diagnostic options were activated during configuration
Checking PC components
● You check PC components using software tools of PCS 7 (such as a maintenance station
or PC DiagMonitor) and the operating system.
● The following configuration actions assist you in diagnosing PC components:
Additional information
● Configuration manual Process Control System PCS 7; Operator Station
● Online help PC DiagMon
Introduction
The message system and diagnostic options of PCS 7 help you to assess the system status.
You can find information about the PCS 7 message concept in the following sections:
● PCS 7 message system (Page 61)
● Origin of a message (Page 62)
● Determining the source of a message (Page 63)
● Evaluating and understanding messages (Page 64)
Basic terms
Some basic terms used in the PCS 7 message concept are defined in the following:
Term Definition
Events Events cause a change in the data status to occur in the automation system. For
example, an event can be the following: A bit is modified in an automation system by a
change to a process value or by attaining a specified limit value. The configuration
determines which events trigger a message.
Messages Messages are triggered by events or by a message frame. PCS 7 has the following
message types:
• Operating messages
• Process messages
• Event messages
• Process control messages and system messages
Error and In PCS 7, the PCS 7 Operator Station operator control and monitoring system is also
fault used to display errors and faults in the process.
• Error: component (object) status that does not disturb the process (for example,
defective display lamps).
• Fault: component (object) status that interferes with the process (for example, a
defective motor).
Additional information
You can find detailed information about the message system as follows:
● In the WinCC Information System:
Select the menu command Start > SIMATIC > WinCC > WinCC Information System, and
look under "System Overview > How WinCC Works >
– Message system of a PCS 7 OS
– Archive system of a PCS 7 OS
– Reports system of a PCS 7 OS
● In the configuration manual PCS 7 Process Control System; Operator Station, in the
section "Settings for the alarm system"
● In the online help for SIMATIC BATCH, you will find the following information under
"Batch Data Management":
– Batch reports
– Archiving batches
● In the SIMATIC Route Control online help, you will find the following information under
"Operator Control and Monitoring":
– Route log
Note
Be aware of the accuracy of the message system.
If events are recorded within one scan cycle, they can appear in the wrong order in the
message list.
Remedy: You can find information about this in the function manual Process Control System
PCS 7; High-precision Time Stamping.
Additional information
You can find detailed information on configuring messages in the following manuals:
● Configuration manual Process Control System PCS 7; Engineering System
● Configuration manual PCS 7 Process Control System; Operator Station
Message path
Messages can originate in different locations in PCS 7 depending on the configuration. Each
message is given a time stamp. The event which causes a time stamp to be assigned to a
message depends on the place where the message has originated. Irrespective of where
they originate, all messages are handled in the same way regarding how they are displayed
and archived on the PCS 7 OS.
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Additional information
You can find information on configuring messages in the following documentation:
● Configuration manual Process Control System PCS 7; Engineering System
● Configuration manual Process Control System PCS 7; Operator Station
You can find information on configuring messages with increased time stamp accuracy in the
function manual PCS 7 Process Control System; 10 ms Time Stamping.
Procedure
1. Enable the message list by clicking "Activate/Deactivate Autoscroll" .
2. In the message list, select the message for which you need additional information.
3. Click "Open Infotext" .
4. Note the message number and use "Alarm Logging" to determine the source of the
message.
4.5.1 Introduction
Overview
You can find important information for understanding the PCS 7 message concept in the
following sections:
● Message types in message lists and archives (Page 65)
● Target groups of messages (Page 66)
● Message lists in process mode (Page 66)
● Overflow of message buffer (Page 67)
● Message priorities (Page 68)
● Influencing messages (Page 69)
Term Definition
Operating messages Operating messages are generated when an operator controls process
variables, for example, changes the operating mode of a controller.
• SIMATIC PCS 7 generates operating messages automatically if you
use faceplates prepared from the libraries.
• If you configure faceplates according to the programming guide
Process Control System PCS 7; Creating Blocks for PCS 7,
PCS 7-conforming operating messages are also available for your own
blocks.
Process messages Process messages signal process events that take place in the automated
process, such as limit value violations and event messages.
• Process messages are predefined for the blocks and therefore do not
need to be configured. Message texts and message priority can be
modified as needed in the object properties for the CFC blocks. These
modifications can also be made centrally in the process object view or
by means of import/export operations.
• Operating messages are a subgroup of process messages. They signal
process values that can be used to evaluate a process-related
component, such as an operating hours counter.
Process control Process control messages are generated when SIMATIC PCS 7 detects
messages and signals errors in components within its own system. Such errors range
from failure of a component to a wire break message for a connected I/O
signal.
Process control messages are generated by the driver blocks in PCS 7 and
do not need to be configured.
System messages
System messages are messages that are triggered by self-diagnostics of a device. System
messages are usually included in the process control messages or process messages
(operating messages).
Target Groups
Message lists
PCS 7 places incoming messages in message lists. You can locate a message in the
various message lists according to the source of the event and the message status.
The following messages lists are available by default. You can modify these standard
message lists or create additional message lists.
List Content
Incoming alarm The incoming alarm list contains the unacknowledged messages.
list
Acknowledged The outgoing alarm list contains the acknowledged messages and the messages
alarm list queued in the process.
Outgoing alarm The outgoing alarm list contains the messages flagged as "Outgoing" (special
list message characteristic).
Operation list The operation list contains operating messages.
Example: the setpoint for a controller is set to 5 bar, motor was switched on.
Process alarm list The process alarm list contains process control messages.
Example: Rack failure
History list The history list contains all messages (incoming, acknowledged and outgoing
messages).
The following figure illustrates the path a message takes through the message lists.
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Note
If events that trigger messages change status in very quick succession, this can trigger a
message surge. The overview of the plant status can no longer be sufficiently ensured.
Additional information
You can prevent a message surge by activating the "Messaging Triggered by
Acknowledgment" function. You can find information on configuring in the configuration
manual Process Control System PCS 7; Engineering System.
Rules
● Message priorities can only be specified if you defined the message number range as
"Unique for Entire CPU".
● In PCS 7 OS, the unacknowledged message with the highest priority is always displayed
in the message row above the overview. If multiple messages have the same priority, the
most recent message is displayed here.
● You can filter the list according to priority.
Additional information
You can find information about configuring message priorities in the configuration manual
Process Control System PCS 7; Operator Station.
Options
PCS 7 offers the following options for influencing messages:
● Message suppression
– You can suppress individual block messages with the CFC configuration.
– In process mode, you can suppress individual messages directly in the faceplate using
the "Suppress message" check box.
● Locking and releasing messages for blocks and OS areas
Locking (and releasing) messages for blocks and OS areas is used when the plant
operator wants to lock all messages of an interrupt-capable block or OS area.
● Hiding and displaying messages
You hide individual messages to reduce the number of messages displayed in process
mode. The messages are entered in a history list. The following variations are used to
hide and display messages in PCS 7:
– Manual hiding and showing of messages in process mode
– Automatic hiding and displaying of messages in process mode
Additional information
● Configuration manual Process Control System PCS 7; Operator Station
● Configuration manual Process Control System PCS 7; Engineering System
● Manual Process Control System PCS 7 OS Process Management
Note
If the components you are using do not have diagnostics capability, only secondary faults
are signaled.
– Use diagnostic tools to analyze the fault. You can achieve the following with the
diagnostic tools:
You can find the cause of a fault.
or
You can verify the presumed cause of a fault.
– You can find the following information in the section "Diagnostics for PCS 7" for
support:
The diagnostic tools available for PCS 7
Applications for the various diagnostic tools according to subsystem
Note
Make use of skilled experts if you cannot find a solution to your problem based on
available information. You can find information on this in the "Preface (Page 7)" of this
documentation.
NOTICE
• The following actions should be carried out only under observance of applicable
governmental and plant-specific regulations and only by qualified personnel:
– Changes to the configuration
– Replacement of and changes to components
• Bear in mind that uncharacteristic situations can occur in the plant after activation.
Make sure the activation of components and secondary systems is carefully directed.
Examples of causes
Introduction
Overview
You support the work of service experts by providing them with information:
● Service experts need information about your plant and the faulty system in order to
provide quick support.
You can find information on this below, in the section "Plant documentation (Page 74)".
● Service experts need information from the diagnostic buffer of the CPU in order to
analyze the cause of a CPU fault.
You can find information on this below, in the section "How to read the CPU diagnostic
buffer (Page 75)".
● A memory dump facilitates the analysis of the cause of the CPU fault.
You can find information on this below, in the section "CPU fault - preparing diagnostics
(Page 76)".
● Backing up the diagnostics files facilitates the analysis of the cause of an OS fault.
You can find information on this below, in the section "How to back up the diagnostic data
of the PCS 7 OS (Page 78)".
● You can create the conditions required for remote diagnostics via "remote access".
You can find information on this below, in the section "Remote diagnostics of a PCS 7
System (Page 80)".
Procedure
1. Select the faulty CPU in the SIMATIC Manager.
2. Select the menu command PLC > Diagnostics/Settings > Module Information.
The "Module Information - Online" dialog box opens.
3. Select the "Stacks" tab and read out the following system memory:
– Block stack (B stack)
– If the CPU is in "STOP" mode: Interrupt stack (I stack)
4. Provide these data to the service engineers.
Introduction
The following information is important for analyzing a CPU fault:
● Information on the relevant CPU
● Information or actions in the event of a fault
Rules
WARNING
• Only trained service employees should be authorized to work on the process control
system.
• Always observe the plant-specific rules and government regulations when making
changes to a system.
• Observe the plant-specific boundary conditions and adjust the work accordingly.
• Always bear in mind that changes in a system can impact other sections of the system.
Note
A constantly updated list of all module information facilitates troubleshooting in the event of a
fault and reduces the time needed for correcting the fault.
Basic procedure
We recommend that you back up the diagnostic files for analysis of the cause of the OS fault
by experts.
1. Back up all diagnostic folders of WinCC
(default: drive:\Siemens\WinCC\Diagnostics).
2. Provide these data to the service engineers.
You can back up the data using the PKZIP software supplied on the PCS 7 Toolset DVD.
Note
Once the diagnostic files are backed up (not in diagnostic folder), you can delete the
content of the diagnostic folder. In this way, you avoid keeping old information in the new
diagnostic files.
If the same error occurs the next time you start WinCC, make an additional backup to
help the experts. Only a few messages will need to be analyzed in this backup.
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Transmission paths
The data can be transmitted along the following routes:
● Telephone line (modem)
● TCP/IP connection (system-internal network connection)
Security requirements
If you wish to perform remote diagnostics in a PCS 7 plant, you need to protect this plant
against unauthorized access.
Several measures are required to realize a security concept. Optimal protection is only
provided with all security measures as a whole.
You can find additional information in the documentation Process Control System PCS 7;
PCS 7 Security Concept.
5.2.7 Interactive operator control and monitoring with the PCS 7 OS Web Option
Interactive operator control and monitoring of a PCS plant using the PCS 7 OS Web Option
Use the PCS 7 OS web option for the interactive operator control and monitoring of a PCS 7
system.
You can find additional information about this in the manual Process Control System PCS 7;
PCS 7 OS Web Option.
The figure below shows how the PCS 7 OS web option (OS web server, web client) can be
used in a PCS 7 system.
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Transmission paths
The data can be transmitted along the following routes:
● Telephone line (modem)
● TCP/IP connection (system-internal network connection)
● Internet
Security requirements
If you use the PCS 7 OS Web Option in a PCS 7 plant, you must protect this plant against
unauthorized access.
Several measures are required to realize a security concept. Optimal protection is only
provided with all security measures as a whole.
You can find additional information on this in the documentation Process Control System
PCS 7; PCS 7 Security Concept.
Disclaimer of liability
WARNING
Siemens assumes no responsibility for inappropriate use of the instructions provided in this
documentation or any consequences that might result for the customer.
WARNING
Note the following:
• Only trained service employees should be authorized to work on the process control
system.
• Always observe the plant-specific rules and government regulations when making
changes to your system.
• Observe the plant-specific boundary conditions and adjust the work accordingly.
• Always bear in mind that changes in a system can impact other sections of the system.
Introduction
The message system and diagnostic tools of PCS 7 help you to assess the status of your
system. You can find information about the diagnostic tools In the following sections.
This description illustrates the capabilities of the diagnostic tools so that you can apply them
to your individual requirements.
● You will also find information on the fields of application for diagnostic tools.
● You will learn how to call up a diagnostic tool.
● Since malfunctions can have a variety of causes and because procedures for using the
diagnostic tools are already available in the online help, a detailed description is not
provided here.
Diagnostics
Diagnostics refers to all activities intended to:
● Ascertain the status of a system
● Find errors and faults as early as possible and identify their cause
Diagnostic Message
Diagnostic capabilities are used to analyze the system status and to determine the causes of
faults.
Overview of diagnostic tools
You can find information on using diagnostic tools, grouped according to areas of
application, in the following sections:
● Full Diagnostics Using the Maintenance Station (Page 85)
● Diagnostics for PC user settings (Page 87)
● Diagnostics for PC Components (Page 88)
● Diagnostics for Network Connections (Page 89)
● Diagnostics during Configuration (Page 91)
● Diagnostics for the CPU (Page 92)
● Diagnostics for Modules (Page 93)
● Diagnostics for PROFIBUS DP (Page 94)
● Diagnostics for PROFIBUS PA (Page 95)
● Diagnostics for the OS (Page 96)
● Diagnostics for the BATCH station (Page 97)
● Diagnostics for the Route Control station (Page 98)
● Diagnostics for the time of day (Page 99)
For many components, you will find displays on the front panel indicating the status of the
component and any errors. Analyzing these displays enables you to obtain information
without intervening in the system. The additional product manuals you will need for this
analysis can be found in the section "Diagnostics for Hardware Displays (Page 100)".
Introduction
With PCS 7 V6.1 and higher, a PCS 7 system can be fully diagnosed with the help of the
maintenance station. The maintenance station is an operator station that is specially
configured and assigned parameters for use in diagnostic and maintenance functions.
We particularly recommend the use of a maintenance station in medium and large PCS 7
systems.
Maintenance station
With the maintenance station, PCS 7 enables you to call up information on the states of all
PCS 7 components on diagnostics screens which are hierarchically structured. As part of
this process, the data of a component are analyzed using the available online functions of
the associated tools. You can access ES data from the diagnostics screens (can be
controlled via access protection mechanisms).
Screens for process-control diagnostics can be generated automatically for the entire PCS 7
system and made available on the maintenance station. The topmost level forms an
overview screen for the entire system.
Diagnostics options
You will find information on the states of individual PCS 7 components with diagnostic
capability on the maintenance station's special diagnostics screens.
Additional information
● You will find a description of how to configure a maintenance station in the configuration
manual PCS 7 Process Control System; Operator Station.
● You will find a description of how to use the maintenance station in process mode in the
manual PCS 7 Process Control System; PCS 7 OS Process Control.
● You can find information on the configuration of a system with a PCS 7 OS web
diagnostic server and PCS 7 web diagnostic client in the manual
PCS 7 Process Control System; PCS 7 OS Web Option.
Overview
Overview
Overview
PC Ethernet modules NCM S7 Industrial Start > SIMATIC > STEP 7 > NCM S7
Ethernet (Page 113) Industrial Ethernet > Diagnostics
Status of configured channels WinCC Channel Start > Simatic > WinCC > Tools >
and their connections to the Diagnostics (Page 119) Channel Diagnostics >
SIMATIC station "Channels/Connections" tab
Connections to the OS: faulty or Lifebeat monitoring Call picture (@CONFIG.PDL) in
established (Page 116) process mode.
Picture must be configured and
downloaded to the OS.
Status of process interface Status of connections In the WinCC Explorer: Options >
(Page 120) Status of Connections
Client-server connections Status of multi-user In the WinCC Explorer: Options >
operation (Page 120) Status of Multi-User Operation
Overview
Overview
Overview
Overview
Overview
Overview
Overview
Overview
Overview
Overview
Many components have displays indicating the component status and errors. Analyzing
these displays enables you to obtain information without intervening in the system.
Components You can find information about diagnostic options in the following manuals
and sections:
Power supply module Reference manual SIMATIC;
S7-400 Programmable Controller; Module Specifications
• Backup battery (optional)
• Error messages by means of LED displays
• Operator control and display elements
Central module for Reference manual SIMATIC;
S7-400 S7-400 Programmable Controller; CPU Data
CPU • Monitoring functions of the CPU
• Status and error displays
• Operating mode switch
CP 441 Manual SIMATIC;
CP 441 Point-to-Point Communication - Installation and Parameter
Assignment
• Diagnostics for CP 441
CP 443-1 Device manual S7 CPs/Part B4;
Description of CP 443-1
• Displays and operating mode switch
CP 443-5 Extended Device manual S7 CPs/Part B4;
Description of CP 443-5 Extended
• Displays and operating mode switch
S7-300 I/O modules Reference manual SIMATIC;
S7-300 Programmable Controller; Module Specifications
• Diagnostic data for the signal modules
S7-300 fail-safe signal Manual SIMATIC;
modules Programmable Controller S7-300; Fail-safe Signal Modules
• Diagnostics of F-SM errors
• Properties, front view, connection and block diagram
S7-300 Manual SIMATIC;
ex I/O modules Programmable Controller S7-300, ET 200M s
ex I/O modules
• Digital input module: Properties
• Diagnostics for analog modules
• Module view and block diagram
ET 200M Manual SIMATIC;
ET 200M Distributed I/O; Commissioning and Diagnostics
• Diagnostics by means of LED display IM 153-1, IM 153-2
• Diagnostics with STEP 7
Components You can find information about diagnostic options in the following manuals
and sections:
ET 200iSP Manual SIMATIC;
ET 200iSP Distributed I/O; Commissioning and Diagnostics
• Status and error LEDs on IM 151-2
• Insertion and removal of modules
• Line break of the NAMUR encoder on the digital input module
• Diagnostics with STEP 7
ET 200S Manual SIMATIC;
ET 200S Distributed I/O; Commissioning and Diagnostics
• Diagnostics by means of LED displays
• Diagnostic messages for electronic modules
DP/PA Coupler Manual SIMATIC;
Bus Adapters DP/PA Link and Y Link
Diagnostics by means of LED displays
• LED displays of the IM 157
• LED displays of the DP/PA coupler
• LED displays of the Y coupler
AFD (used with Manual SIMATIC;
PROFIBUS PA) SIMATIC NET; PROFIBUS PA
• Diagnostics by means of LED displays
• Diagnostic messages for electronic modules
AFS (used with Manual SIMATIC;
PROFIBUS PA) SIMATIC NET; PROFIBUS PA
• Diagnostics by means of LED displays
• Diagnostic messages for electronic modules
Y Link Information under DP/PA Coupler
Diagnostic repeaters Manual SIMATIC;
Diagnostic Repeater for PROFIBUS DP
• LED diagnostics
Switch for Ethernet Operating Instructions SIMATIC NET;
Industrial Ethernet Switches SCALANCE X-400
• LED
Commissioning manual SIMATIC NET; Industrial Ethernet, SCALANCE X-
100 and SCALANCE X-200 Product Line
• SCALANCE X<…> displays (SCALANCE X208 displays, for example)
Manual SIMATIC NET; Industrial Ethernet OSM/ESM
• Display and control elements
Disclaimer of liability
WARNING
Siemens assumes no responsibility for inappropriate use of the instructions provided in this
documentation or any consequences that might result for the customer.
WARNING
Note the following:
• All work must be performed by trained service personnel.
• Always observe the plant-specific rules and government regulations when making
changes to your system.
• Observe the plant-specific boundary conditions and adjust the work accordingly.
• Always bear in mind that changes in a system can impact other parts of the system.
Calling
Call this by selecting the menu command Start > Run > enter "msinfo32" in the command
prompt.
Overview
Calling
Call this tool by selecting the menu command Start > Settings > Control Panel >
Administrative Tools > Computer Management.
Overview
Calling
Call this tool by selecting the menu command Start > Settings > Control Panel >
Administrative Tools > Computer Management > System.
Overview
Overview
Calling
Call this with the menu command Start > Run... > enter "cmd" in the command prompt.
You can find additional information on the Windows commands named here by searching
the Microsoft "Help and Support Center": Start > Help and Support
Overview
Calling
Call this with the menu commandStart > SIMATIC > SIMATIC NET > Settings >
Set PC Station
Overview
Calling
Call this tool by selecting the menu command Start > SIMATIC > SIMATIC NET > Set
PG/PC Interface or the menu command Options > Set PG/PC Interface in SIMATIC
Manager.
Overview
Calling
Call this on the Windows task bar by clicking the icon: .
Requirement
The components in the configuration list must be entered in the same order as in the
component image you created with HW Config. If the configuration deviates, it cannot be
downloaded to the PC station. You can find additional information on this in the manual PCS
7 Process Control System; PC Configuration and Authorizations, in the section "Preparing
the PC stations".
NOTICE
Making changes to the configuration list when the PC station is running causes the entire
PC communication to be closed and restarted.
In this case, you will receive a corresponding warning message.
Overview
Overview
6.16.2.10 PC DiagMonitor
Overview
6.16.3.1 NetPro
Calling
In SIMATIC Manager or HW Config, select the menu command Options >
Configure Network.
Overview
Calling
Menu command Start > SIMATIC > STEP 7 > NCM S7 Industrial Ethernet > Diagnostics
Overview
Overview
Calling
Menu command Start > SIMATIC > STEP 7 > NCM S7 PROFIBUS > Diagnostics
Overview
6.16.3.5 MBSA
Introduction
The Microsoft Baseline Security Analyzer (MBSA) is a tool for administrators that enables
them to check a Windows network for security vulnerability.
Overview
Overview
Calling
1. Select "My Computer" in the tree view of Windows Explorer.
2. Select the "Simatic Shell" folder.
3. Select the menu command Settings from the shortcut menu.
Overview
Introduction
The WinCC "System Info" channel is used to evaluate system information from server PCs.
This channel does not require hardware because it directly accesses the system information
on the server PC on which it is installed.
Note
Only system information from a single server can be represented or evaluated on a client.
Overview
Configuration
Online help for WinCC Information System, "Communication > System Info > Channel
Configuration > How to Configure the Channel System Info".
Calling
Call this tool by selecting the menu command Start > SIMATIC > WinCC
Overview
Calling
Select the menu command Start > SIMATIC > WinCC > Tools > Channel Diagnostics
Overview
Additional information
Online help for WinCC Information System, "Channel Diagnostics Using Channel Diagnosis"
Calling
Diagnostics on the connection between OS server and an OS client
Only when WinCC is in process mode: in the menu of the WinCC Explorer.
Overview
Calling
Diagnostics of the connection between WinCC and an automation system
Only when WinCC is in process mode: in the menu of the WinCC Explorer.
Overview
Overview
For diagnostics in systems with redundant PCs, it is important to always have an overview of
the redundancy status. The redundancy status represents the status of the individual master
and standby computers. You use the redundancy status display for this.
Overview
With SIMATIC BATCH, status icons in the BATCH server taskbar indicate the redundancy
status.
Status of the In the standby server Double-click a status You can find information on
data replication taskbar you will see the icon to display a field redundant BATCH servers in
on the standby following symbols: containing information the manual PCS 7 Process
server • Data replication about the server status. Control System; SIMATIC
running: BATCH.
• Data replication
completed:
Overview
With SIMATIC Route Control, status icons in the Route Control server taskbar indicate the
redundancy status.
Calling
Call SIMATIC Manager by selecting the menu command Start > Simatic >
SIMATIC Manager
Overview
6.16.7.2 HW Config
Calling
Select the menu command Start > SIMATIC > SIMATIC Manager.
In the tree view, click on "SIMATIC Station" and double-click "Hardware" in the selection list.
Overview
Requirements
● The diagnostic repeater must be installed.
● The cable diagnostics must be prepared.
Calling
Select diagnose repeater in HW Config.
Select the menu command PLC > Diagnostics/Setting > Module Information
Additional information:
Help on STEP 7, topic "Diagnostics, hardware diagnostics and troubleshooting"
Overview
Introduction
SIMATIC PDM is a software package used for configuring, assigning parameters to,
commissioning, and maintaining devices (transducers, for example) and for setting network
configurations and configuring PCs.
With SIMATIC PDM, you monitor devices with diagnostic capability which are located in a
subnet on the PROFIBUS DP, downstream of a DP/PA link, for example.
Overview
Disclaimer of liability
WARNING
Siemens does not accept responsibility for inappropriate use of the procedures presented
in this documentation or any consequences that might result thereof for the customer.
WARNING
Note the following:
• Only trained service employees should be authorized to work on the process control
system.
• Always observe the plant-specific rules and government regulations when making
changes to your system.
• Observe the plant-specific boundary conditions and adjust the work accordingly.
• Always bear in mind that changes in a system can impact other sections of the system.
Overview
The components and tools listed below are not part of PCS 7. You use them for advanced
testing and diagnostics. Below you will find some of the diagnostics applications suitable for
PCS 7:
● Amprolyzer (add-on product) (Page 132)
● BANY (add-on product) (Page 133)
● BT 200 bus test device (Page 134)
● SYSTEM Process Control Diagnostics (add-on product) (Page 135)
Introduction
Amprolyzer is a program that allows you to perform simple, thorough diagnostics for
PROFIBUS.
Calling
If you have installed Amprolyzer, call the program with the menu command Start menu >
Programs > Amprolyzer.
Overview
Overview
BANY is a Windows-based tool used for documenting, diagnosing, recording, and analyzing
your PCS 7 Ethernet and PCS 7 PROFIBUS networks.
The program packages below can be supplied separately or as a bundle:
● BANYnet
Diagnostic tool for Ethernet networks
● BANY PROFIBUS
Diagnostic tool for PROFIBUS networks
Requirements
● The PC to be used for analyzing the PROFIBUS using BANY PROFIBUS must be
equipped with a PROFIBUS network adapter (CP 5512).
● If you wish to analyze the terminal bus and plant bus at the same time, the PC must be
equipped with two Ethernet network adapters.
Calling
You call the analysis programs via the following menu commands:
● If you have installed BANYnet: Start > Programs > BANYnet.
● If you have installed BANY PROFIBUS: Start > Programs > BANY PROFIBUS.
BANYnet
The options for diagnosing Ethernet networks using BANYnet are shown in the table below:
BANY PROFIBUS
The options for diagnosing PROFIBUS networks using BANY PROFIBUS are shown in the
table below:
Overview
Note
The bus test device is not a software program – for this reason, the Call column is omitted.
Introduction
Display of PROFIBUS diagnostic information on the operator station
Online help: SYSTEM DIAGNOSTICS help
Overview
Configuration
The configuration is described in the online help SYSTEM DIAGNOSTICS - Help > section
"PROFIBUS DP/PA DIAGNOSTICS".
Guide to documentation
You can find information on component response and the procedure to be followed in the
event of failure, exchange and return in the following documentation:
F I
Failure characteristics, 56 Icons in the taskbar, 122, 123
Redundant interface, 56 BATCH server, 122
Failure, replacement and return - guide to Route Control server, 123
documentation, 137 IM, 44
Fault, 124 Firmware update, 44
On the PROFIBUS, 124 Information, 73
Firmware update, 44, 47 About cause of fault, 73
CP 341, 47 Installing, 80
IM, 44 pcAnywhere program, 80
Interface module, 44 Interactive operator control and monitoring with the
Firmware version, 43 PCS 7 OS Web Option, 81
Determining, 43 Interface module, 44
FMS connections, 114 Firmware update, 44
Folder, 26 Interface to data evaluation, 132
For PCS 7 OS data, 26
Sharing, 105
Folders, 105 L
Full diagnostics using the maintenance station, 85
Library, 23
Backup, 23
Lifebeat monitoring, 116
G
Location of error, 129
General CP diagnostics and statistic functions, 114
Graphics card, 103
Graphics driver, 103 M
Graphics settings, 104
Maintenance station, 57
Managing users and user groups, 104, 106
MBSA, 115
H
Memory card, 41
Hard disks, 104 Downloading, 41
Hardware, 36, 100, 124 Message, 64
Diagnostics, 124 Understanding, 64
Diagnostics for displays, 100 Message concept, 65
Update, 36 Basic terms, 59, 65
Hardware configuration, 110 Message flow, 65
Preparing the PC station, 110 In WinCC, 65
HART device, 124 Message flow in WinCC, 66
Hiding messages, 69 Message frame traffic, 132, 133
Hot restart, 56 Message lists, 65
Redundant interface, 56 Message priority, 68
How to back up project data from SIMATIC Route Message system, 61
Control, 32 Message types, 65
How to export operator and display texts, 24 In archives, 65
How to restore data from a backup, 33 In message lists, 65
HW Config, 92, 126 Module diagnostics, 93
Calling, 126 Calling, 93
Diagnostics for the CPU, 92 Module Information, 124
Module Information, 126 Module properties, 57
Checking for diagnostics, 57
Modules, 57, 93, 110, 126, 127, 129
Checking, 110