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Siemens SIMATIC PCS 7 Manual

Siemens SIMATIC PCS 7 Manual

Maintenance station
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PDM Maintenance Station
Setting up a Project
SIMATIC PDM Maintenance Station V3.0
https://support.industry.siemens.com/cs/ww/en/view/109776936
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  • Page 1 PDM Maintenance Station Setting up a Project Siemens SIMATIC PDM Maintenance Station V3.0 Industry Online https://support.industry.siemens.com/cs/ww/en/view/109776936 Support...

  • Page 2: Legal Information

    The foregoing provisions do not imply any change in the burden of proof to your detriment. You shall indemnify Siemens against existing or future claims of third parties in this connection except where Siemens is mandatorily liable.

  • Page 3: Table Of Contents

    Table of Contents Table of Contents Legal information ......................2 Introduction ......................5 Overview....................5 Components Used ................6 Overview of the Configuration Steps .............. 7 Configurations ....................8 PROFIBUS DP ..................8 3.1.1 Routing via Plant Bus and S7 CPU [A1] ..........8 3.1.2 Routing with IE/PB Link for Third-Party DP Master [A2] ......
  • Page 4 Table of Contents Engineering Steps for the Maintenance Station [all] ........63 The PDM Network Structure as a Foundation ........63 AS/OS Configuration for the PDM Maintenance Station ....64 Procedure for Modifications..............68 9.3.1 Updating the PDM Data ..............68 9.3.2 Generate or update the diagnostics screens.

  • Page 5: Introduction

    1 Introduction Introduction Overview In contrast to the SIMATIC PCS 7 Maintenance Station, the SIMATIC PDM Maintenance Station operates on separate hardware, independent of the automation projects and the automation systems used. The SIMATIC PCS 7 Maintenance Station integrates field devices and components via its Electronic Device Description (EDD) and uses the communication paths of SIMATIC PDM for information exchange.

  • Page 6: Components Used

    1 Introduction Components Used The following hardware and software components were used to create this Application Example: Table 1-1 Components Quantity Item number Note SIMATIC PDM 6ES7650-0RJ03-0YX0 PDM MS Station MAINTENANCE (Microbox bundle STATION V3.0 including licenses; PDM Server included) PDM 100 Tag 6ES7658-3XD00-2YB5 License for 100 PDM...

  • Page 7: Overview Of The Configuration Steps

    2 Overview of the Configuration Steps Overview of the Configuration Steps Depending on the architecture in which the PDM MS is used, different steps are required to get the Maintenance Station up and running. The following table provides an overview of which steps are necessary. Table 2-1 PROFIBUS PROFINET...

  • Page 8: Configurations

    3 Configurations Configurations PROFIBUS DP 3.1.1 Routing via Plant Bus and S7 CPU [A1] In this configuration, the PDM Maintenance Station is connected to the plant bus. Here, an S7 CPU serves as a data record gateway to the PROFIBUS DP, through which the PDM MS communicates with the connected field devices.

  • Page 9: Routing With Ie/Pb Link For Third-Party Dp Master [A2]

    3 Configurations 3.1.2 Routing with IE/PB Link for Third-Party DP Master [A2] Here, an IE/PB PNIO Link serves as data record gateway to the PROFIBUS DP, via which the PDM MS communicates with the connected field devices. Here, the PROFIBUS DP Master is a third-party device. Figure 3-2 PDM MS party...

  • Page 10: Profinet

    3 Configurations PROFINET 3.2.1 Routing via Plant Bus and S7 CPU [B1] In this configuration, the PDM Maintenance Station is connected to the plant bus. Here, an S7 CPU serves as a data record gateway to PROFINET, via which the PDM MS communicates with the connected field devices.

  • Page 11: Connection With Service Bridge For Third-Party Pn Io Controller [B2]

    3 Configurations 3.2.2 Connection with Service Bridge for Third-Party PN IO Controller [B2] In this configuration, the PDM Maintenance Station is connected to the PROFINET network via a service bridge. The PDM MS uses it to communicate with the connected field devices. Figure 3-4 Frei verwendbar PDM Maintenance Station...

  • Page 12: Hart Multiplexer Or Wireless Hart Gateway

    3 Configurations HART Multiplexer or Wireless HART Gateway HART Multiplexers can be used under the following conditions: – The I/O module does not support the HART function – There is no device description file (EDD or FDI) for the peripheral station and HART module –...

  • Page 13: Hart Multiplexer With Serial Connection Via Ethernet [C2]

    3 Configurations 3.3.2 HART Multiplexer with Serial Connection via Ethernet [C2] In this configuration, the PDM Maintenance Station is connected to the field devices via a HART Multiplexer. The HART Multiplexer is connected to the PDM MS via an RS485/Ethernet converter (COM server). The PDM MS therefore enables access to the field device even if the remote I/O module does not support the HART function.

  • Page 14: Hart Multiplexer Via Ethernet [C3]

    3 Configurations 3.3.3 HART Multiplexer via Ethernet [C3] In this configuration, the PDM Maintenance Station is connected to the field devices via a HART Multiplexer. The HART Multiplexer is directly connected to the PDM MS via Ethernet. Figure 3-7 Unrestricted PDM Maintenance Station Entry ID: 109776936, V1.0,...

  • Page 15: Wireless Hart Gateway [C4]

    3 Configurations 3.3.4 Wireless HART Gateway [C4] In this configuration, the PDM Maintenance Station is connected to the field devices via a Wireless HART Gateway. The Wireless HART Gateway is directly connected to the PDM MS via Ethernet. Figure 3-8 Frei verwendbar PDM Maintenance Station Entry ID: 109776936,...

  • Page 16: Commissioning The Microbox Ipc [All]

    4 Commissioning the Microbox IPC [all] Commissioning the Microbox IPC [all] Installation/Restore 1. Booting from the Restore-USB-Stick (the boot manager may have to be set beforehand) 2. Set language for restore operation 3. Select the restore option “Restore system partition” 4.
  • Page 17 4 Commissioning the Microbox IPC [all] Additional necessary steps: 13. Import licenses: Figure 4-2 In the example • Licenses with 300 PDM tags (100 tags are always included) • 2 PDM Web Client—licenses (optional) • PDM HART Server license is also optional 14.

  • Page 18: Pdm Server Configuration

    4 Commissioning the Microbox IPC [all] PDM Server Configuration Requirements • One or more corresponding users have been created in the Windows administration: – A user must be a member of the “Users” user group. – A user or administrator must be a member of the “Logon_Administrators” group.
  • Page 19 4 Commissioning the Microbox IPC [all] 2. Open the PDM Server Configuration Tool (From the PDM desktop icon or Start menu): Figure 4-4 3. Enter the name of the website (Default: SIMATIC_PDM) 4. Select either the unsecured (port 8080) or secured connection (port 443). A certificate is required for the secure connection.
  • Page 20 4 Commissioning the Microbox IPC [all] 6. Configure the Windows Firewall: Figure 4-6 With the “SIMATIC PDM Options – Server”, you can activate the required network profiles. For domains, a third network profile is also offered. 7. Start the SIMATIC Logon Role Management via the menu in the SIMATIC Manager (“Options”/“SIMATIC PDM”/“Role Management”) to define the PDM users for web access.
  • Page 21 4 Commissioning the Microbox IPC [all] 8. Login with the member of the group “Logon_Administrators” – The role management window is opened: Figure 4-7 9. Add a user to the “Service user” role. Alternatively, a new role can be created. –...
  • Page 22 4 Commissioning the Microbox IPC [all] 11. The IIS must then be restarted. Figure 4-8 Note PDM can now be started via a panel in the asset faceplate Optional Additional settings for PDM web clients: Enter the PC names on which PDM will be accessed, together with the IP address in the PDM settings of the SIMATIC Manager (“Tools”...
  • Page 23 4 Commissioning the Microbox IPC [all] 12. The Auto Logoff – settings can be changed under the “Maintenance Station” tab: Figure 4-10 You can find additional settings in this tab in Chapter 5.4. PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...

  • Page 24: General Settings

    5 General Settings General Settings Ethernet Settings in Windows [all] Notice The SIMATIC PDM Maintenance Station only supports the TCP/IP protocol. For this reason, the ISO protocol cannot be used. With the existing project, check that the TCP/IP protocol is activated on the plant bus before connecting the PDM MS.

  • Page 25: Extended Ethernet Settings For Profinet [B1, B2]

    5 General Settings Extended Ethernet Settings for PROFINET [B1, B2] If the PDM MS is connected directly to several Ethernet bus systems, an additional IP address must be added in the network settings. This is the case, for example, when the PDM MS is connected to the plant bus and also directly connected (via switch/service bridge) to a PROFINET fieldbus, or when connected to several PROFINET fieldbuses.
  • Page 26 5 General Settings 3. Enter an additional IP address with a subnet mask for each connected PROFINET network in the “Advanced…” menu of the “TCP/IPv4” interface’s Advanced Properties in accordance with the settings for the respective PROFINET network. Figure 5-3 The use of several Ethernet adapters for the plant bus is not NOTICE recommended!

  • Page 27: Settings Of The Simatic Manager [All]

    5 General Settings Settings of the SIMATIC Manager [all] 1. Open the SIMATIC Manager on the PDM MS. 2. Click “Extras > Set PG/PC interface…”. The “Set PG/PC Interface” window is opened. 3. Select the “PC internal.local” interface. This is required for the runtime function of the PDM MS. 4.

  • Page 28: Pdm Settings [All]

    (e.g. export paths or global functions) are identical to the settings for the PCS 7 Maintenance Station. See the “PCS 7 Maintenance Station” manual: https://support.industry.siemens.com/cs/en/en/view/109767562 Notice Always check that the same EDD and FDI device files for the devices to be monitored have been integrated on the PDM MS as those in the automation project.

  • Page 29: Setting Up An Ie/Pb Link

    6 Setting Up an IE/PB Link Setting Up an IE/PB Link Note When using the IE/PB Link, it must first be initialized and a basic configuration must be loaded. An Engineering Station with STEP 7 or PCS 7 is required for all steps of this chapter.

  • Page 30: Configuring The Ie/Pb Link Without Dp Master Function [A2]

    6 Setting Up an IE/PB Link Configuring the IE/PB Link Without DP Master Function [A2] The maintenance project being created here contains the basic configuration of an IE/PB Link that connects the PDM MS to an existing PROFIBUS system with a third-party DP master.
  • Page 31 6 Setting Up an IE/PB Link 8. Double-click the PROFIBUS interface of the IE/PB Link. For older IE/PB Link types, select the option “no DP” under the “Operating mode” tab. With newer types, “DP Master” is always active. Figure 6-4 9.

  • Page 32: Preparation Of The Hart Multiplexer/Wireless Hart Gateway

    7 Preparation of the HART Multiplexer/Wireless HART Gateway Preparation of the HART Multiplexer/Wireless HART Gateway Setting Up a Virtual COM Port [C2] The virtual COM port allows serial (RS485) multiplexers to be used on the network as if they were directly connected to the PDM MS. Various manufacturers offer a suitable tool for this.
  • Page 33 7 Preparation of the HART Multiplexer/Wireless HART Gateway Figure 7-1 Figure 7-2 Frei verwendbar PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...

  • Page 34: Hart Multiplexer With Serial Connection [C1, C2]

    7 Preparation of the HART Multiplexer/Wireless HART Gateway 7.1.2 HART Multiplexer with Serial Connection [C1, C2] Creating a HART network 1. Start the “HART Server” application (Windows Start menu or desktop icon). 2. Right-click “HART Server” and select “Add Network”. Figure 7-3 3.
  • Page 35 7 Preparation of the HART Multiplexer/Wireless HART Gateway Inserting a HART Multiplexer 5. Right-click the inserted network “Net01” and select “Add I/O System”. 6. Enter the address of the Multiplexer in the following “Add I/O System” dialog window: Note The steps 7 to 9 are only necessary if the multiplexer is not yet recognized by the HART Server.
  • Page 36 7 Preparation of the HART Multiplexer/Wireless HART Gateway 8. Open the file “hartopc.ini” under C:\Progam Files\HART Server. Make the following changes to the file: Figure 7-7 Automatically taken from the name entered in the previous dialog Add entry Add entry using the data from the HART Multiplexer manual •...
  • Page 37 7 Preparation of the HART Multiplexer/Wireless HART Gateway 9. Specify the “Tag Name”, as well as other optional parameters. Figure 7-8 • The HART Multiplexer is now inserted into the project. Figure 7-9 PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...
  • Page 38 7 Preparation of the HART Multiplexer/Wireless HART Gateway Inserting a HART device 10. Right-click the network “Net01” and select “Add Instrument”. Figure 7-10 11. Enter the channel to which the HART device is connected. Figure 7-11 Note The steps 12 and 13 are only necessary if the HART device is not yet recognized.
  • Page 39 7 Preparation of the HART Multiplexer/Wireless HART Gateway 12. Enter a name for the HART device. Figure 7-12 13. Click “OK”. The entry into the file “hartopc.ini” under C:\Progam Files\HART Server is automatically completed: Figure 7-13 Automatically taken from the name entered in the previous dialog PDM Maintenance Station Entry ID: 109776936,...

  • Page 40: Hart Multiplexer/Gateway With Ethernet Connection [C3, C4]

    7 Preparation of the HART Multiplexer/Wireless HART Gateway 14. Enter the name and description of the device. “Figure” 7-14 – The device is inserted: Figure 7-15 • The HART Server Project can be saved as <project_name>.hoc. 7.1.3 HART Multiplexer/Gateway with Ethernet Connection [C3, C4] Creating a HART network 1.
  • Page 41 7 Preparation of the HART Multiplexer/Wireless HART Gateway 2. Select the connection. Figure 7-17 3. Enter a name. Figure 7-18 Inserting a HART Multiplexer or Wireless HART Gateway 4. Right-click the “HMUX1” network and select “Add IO System”. Figure 7-19 PDM Maintenance Station Entry ID: 109776936, V1.0,...
  • Page 42 7 Preparation of the HART Multiplexer/Wireless HART Gateway 5. Enter the IP address and select “TCP” as the protocol. Figure 7-20 6. Enter the Tag Name and Description. Figure 7-21 PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...
  • Page 43 7 Preparation of the HART Multiplexer/Wireless HART Gateway Inserting a single HART device 7. Right-click the IO system (here Wireless HART Gateway) “HG1420-10” and select “Add IO Card”. Figure 7-22 8. First enter the address of the IO Card (starts with 1). Figure 7-23 9.
  • Page 44 7 Preparation of the HART Multiplexer/Wireless HART Gateway 10. Right-click “IO Card 001” and select “Add Instrument”. Figure 7-25 11. Select one of the connected devices and press “Add”. Figure 7-26 12. Enter the Tag Name and Description. Figure 7-27 PDM Maintenance Station Entry ID: 109776936, V1.0,...
  • Page 45 7 Preparation of the HART Multiplexer/Wireless HART Gateway Inserting all connected HART devices 13. To include all devices connected to the HART Multiplexer, right-click “IO Card 001” and select “Learn”. Figure 7-28 14. Wait for the search to be completed. Figure 7-29 PDM Maintenance Station Entry ID: 109776936,...
  • Page 46 7 Preparation of the HART Multiplexer/Wireless HART Gateway • All devices found are automatically assigned to the HART Multiplexer or Wireless HART Gateway. Figure 7-30 • The HART Server Project can be saved as <project_name>.hoc. PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...

  • Page 47: Creation Of The Pdm Network Structure For The Maintenance Project

    8 Creation of the PDM Network Structure for the Maintenance Project Creation of the PDM Network Structure for the Maintenance Project Creating a new Project 8.1.1 Creating a Project on the Microbox IPC [all] 1. In the SIMATIC Manager, select the menu command File > New…. Assign the name and storage location for the maintenance project and assign the project type as “Project”...

  • Page 48: Project With Profinet Or Profibus [Ax, Bx]

    8 Creation of the PDM Network Structure for the Maintenance Project 7. Select the “PDM Application” in the hardware catalog under “SIMATIC PC Station > PDM” and add the “PDM Application” to the configuration table using drag & drop. Figure 8-2 8.
  • Page 49 8 Creation of the PDM Network Structure for the Maintenance Project 6. Open the “Communication” tab and click “Use network adapter”, then select the TCP/IP adapter under “Network adapter”. Figure 8-5 7. Optionally, the Ethernet network can be renamed, e.g. from “PROFINET network”...

  • Page 50: Project With Hart Server [Cx]

    8 Creation of the PDM Network Structure for the Maintenance Project 8.1.3 Project with HART Server [Cx] 1. Open the Process Device Network View. 2. Select the menu command Insert > SIMATIC PDM > Networks. 3. Right-click the new “Networks” node in the Process Device Network View and select “Insert new object >...

  • Page 51: Using The Sample Project [All]

    8 Creation of the PDM Network Structure for the Maintenance Project Using the Sample Project [all] The simplest way to integrate the SIMATIC PDM MS into an existing automation system is to create a project using the supplied sample project with the name “PDM_MS”.

  • Page 52: Open The "Communication" Tab And Click "Use Network Adapter", Then Select

    8 Creation of the PDM Network Structure for the Maintenance Project 3. Open the Process Device Network View for this project. 4. Right-click the Ethernet interface and select “Object properties”. Figure 8-11 5. Open the “Communication” tab and click “Use network adapter”, then select the TCP/IP adapter under “Network adapter”.
  • Page 53 8 Creation of the PDM Network Structure for the Maintenance Project If you use HART Multiplexers or Wireless HART Gateways, follow the steps described in Chapter 7.1.3. Figure 8-14 No further settings are necessary for the sample project. An OPC server must Note only be inserted here if SNMP devices (such as PCs, switches, and other network objects) are to be monitored in the PDM MS, and if the SNMP devices...

  • Page 54: Manual Creation Of The Pdm Network Structure

    The “Insert Object” window opens. 2. In the “Insert Object” window, click “Assign Device Type…” and select “Devices > S7 DSGW > Network Components > Siemens AG > SIMATIC Automation System”. Figure 8-15 3. Confirm the entry with “OK”.

  • Page 55: Profinet Network Directly Via Switch/Service Bridge [B2]

    The “Insert Object” window opens. 2. In the “Insert Object” window, click “Assign Device Type…” and select the corresponding IE/PB Link type, e.g. “Devices > S7 DSGW > Network Components > Siemens AG > IE/PB Link V3.0”. PDM Maintenance Station Entry ID: 109776936, V1.0,...
  • Page 56 8 Creation of the PDM Network Structure for the Maintenance Project Figure 8-17 3. Enter the IP address. 4. The PROFIBUS DP network is created automatically. 5. Right-click the created PROFIBUS DP network and select “Insert object…” from the context menu. 6.
  • Page 57 8 Creation of the PDM Network Structure for the Maintenance Project 8. Add the other field devices as described in steps 6 to 7. Enter: – the PROFIBUS address for the PROFIBUS field device. – the IP address for the PROFINET field device. –...

  • Page 58: Hart Multiplexer/Wireless Hart Gateway [Cx]

    8 Creation of the PDM Network Structure for the Maintenance Project 8.3.4 HART Multiplexer/Wireless HART Gateway [Cx] If you use a HART Multiplexer or a Wireless HART Gateway, the configured network components must be transferred from the HART Server to the PDM project.
  • Page 59 8 Creation of the PDM Network Structure for the Maintenance Project Figure 8-21 All field devices configured in the HART Server Project are automatically imported into the PDM MS Project. Figure 8-22 For all field devices with a unique type assignment, the device type for PDM is also automatically assigned.

  • Page 60: Importing Project Data From Step 7/Pcs 7

    8 Creation of the PDM Network Structure for the Maintenance Project Importing Project Data from STEP 7/PCS 7 8.4.1 Projects with PDM [A1, A2, B1, B2] Via PDM export (PDM <9.0 SP1) 1. Open the HW-Config on the ES. 2. Right-click the PROFIBUS DP or PROFINET segment and select “SIMATIC PDM >...
  • Page 61 8 Creation of the PDM Network Structure for the Maintenance Project Via repository (PDM >=9.0 SP1) with HWK import 1. Open the PCS 7/STEP 7 project to be monitored with the PDM MS on the ES. 2. Copy the PDM MS project created in Chapter 8.1/8.2/8.3 from the PDM MS to the ES 3.

  • Page 62: Projects Without Pdm [A1, A2, B1, B2]

    8 Creation of the PDM Network Structure for the Maintenance Project 8.4.2 Projects without PDM [A1, A2, B1, B2] In the event that there is no PDM available on the ES, another option is to use import. To do this, use a 3rd computer with the same STEP7/PCS 7 installation of the original ES, plus the PDM installation (including the imported device catalog).

  • Page 63: Engineering Steps For The Maintenance Station [All]

    9 Engineering Steps for the Maintenance Station [all] Engineering Steps for the Maintenance Station [all] The PDM Network Structure as a Foundation • All field devices were set up in the project. • Unused devices can also be deleted here. •...

  • Page 64: As/Os Configuration For The Pdm Maintenance Station

    9 Engineering Steps for the Maintenance Station [all] AS/OS Configuration for the PDM Maintenance Station To enable the runtime function of the PDM MS, the following steps must be performed. 1. Right-click the project in the Plant hierarchy and select “Insert new object > Hierarchy folder”...
  • Page 65 9 Engineering Steps for the Maintenance Station [all] 5. Right-click the PDM MS Project and select “Plant hierarchy > Create/update diagnostic screens” from the context menu. This creates the complete Diagnostics hierarchy with the associated screens. Figure 9-4 6. Open the Component View. 7.
  • Page 66 9 Engineering Steps for the Maintenance Station [all] 8. Press "Ok" to compile the charts with the Option "Generate module drivers" activated. 9. Right-click the Plan folder under the “WinLC RTX” Station and choose “PLC > Download” from the context menu. Figure 9-6 10.
  • Page 67 9 Engineering Steps for the Maintenance Station [all] 12. Right-click the OS and select “Compile” from the context menu. Figure 9-8 13. Make sure that the subnet “K-Bus” is selected during compilation and click “Next”. Figure 9-9 14. Select the options “Entire OS” and “With master reset”. 15.

  • Page 68: Procedure For Modifications

    9 Engineering Steps for the Maintenance Station [all] Procedure for Modifications If changes are made to the original project (for S7/PCS 7 projects on an ES), the changes must also be adapted in the PDM MS. 9.3.1 Updating the PDM Data Note If existing parts or the entire project are again imported into the PDM network structure, all existing PDM objects are created a second time.

  • Page 69: Generate Or Update The Diagnostics Screens

    9 Engineering Steps for the Maintenance Station [all] 9.3.2 Updating the AS and OS data These steps (as well as the steps in Chapter 9.1) can be performed while the PDM MS is still in a runtime session. An exception are changes in the SNMP configuration of the OPC Server (in the hardware configuration of the PDM MS) if WinCC tags must be re-exported to the OS/MS.

  • Page 70: Ms Runtime Functions

    10 MS runtime Functions MS runtime Functions Starting the OS/MS runtime Right-click “PDM-MS > WinCC Appl. > OS (1)”, then click the menu command “Open object” and select “File > Activate” in the WinCC Explorer menu. Figure 10-1 The runtime functions are basically the same as those for the PCS 7 Maintenance Station, but without CPU diagnostics and user-specific diagnostics.
  • Page 71 10 MS runtime Functions Figure 10-2 Figure 10-3 Frei verwendbar PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...
  • Page 72 10 MS runtime Functions Note A technological area including Plant Screens cannot be set up on a PDM MS. The monitoring cycle can and must be set up separately for each field device. This is done in the Diagnostics View of the respective faceplate: Figure 10-4 To change the default time of one hour, first deactivate the cyclic update, change the cycle time, and then reactivate the cyclic update.
  • Page 73 10 MS runtime Functions Example of a diagnostic case: Sensor wire break in a temperature transmitter Figure 10-5 Frei verwendbar PDM Maintenance Station Entry ID: 109776936, V1.0, 02/2020...
  • Page 74 10 MS runtime Functions Accessing PDM from the diagnostic faceplate PDM can be accessed directly from the faceplate of a device by clicking the PDM icon. Figure 10-6 Aufruf PDM auf einem PDM Client For PDM clients, PDM is launched in a browser: Launch browser (Internet Explorer >V10 or Android Chrome) and enter: http://<IP-Adresse>:8080 (for unsecured connections) https://<IP-Adresse>:443 (for secure connections)

  • Page 75: Appendix

    Industry Online Support Do you have any questions or need assistance? Siemens Industry Online Support offers round the clock access to our entire service and support know-how and portfolio. The Industry Online Support is the central address for information about our products, solutions and services.

  • Page 76: Links And Literature

    11 Appendix 11.2 Links and literature Subject Siemens Industry Online Support https://support.industry.siemens.com Link to the article page of the Application Example https://support.industry.siemens.com/cs/ww/en/view/109776936 SIMATIC Process Control System PCS 7 Maintenance Station (Function Manual) https://support.industry.siemens.com/cs/ww/en/view/109759590 SIMATIC Process Control System PCS 7 Help for SIMATIC PDM (Operating Manual) https://support.industry.siemens.com/cs/ww/en/view/109755005...

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