Siemens PCS7, TM manual Installation of the Teleperm M Channel DLL and Tools, Manual installation

Page 7

3.4Installation of the TELEPERM M Channel DLL and Tools

The TELEPERM M channel-DLL and tools package must be installed in the following WinCC comput- ers:

-Single-user system, also ES

-Client/ server system: in all servers, in the clients merely the TELEPERM M.chn channel and all files of the Telpm*.lng. type.

-Multi-client system: in all servers, in the multi-clients merely the TELEPERM M.chn channel and all files of the Telpm*.lng type.

The authorisation is supplied on a separate floppy disk.

Manual installation:

To install the TELEPERM M channel DLL and tools, please branch to the SW\ Kanal directory and invoke Setup.exe there. From now on, the installation procedure will be prompted. The default setting of <LW> is the installation drive of WinCC. This setting must not be changed.

If not already done explicitly at the beginning any existing installation will be removed during this proc- ess.

If it does not yet exist, the authorization must be transferred to the PCS 7 installation drive. To do this, please insert the authorization floppy disk into the drive and double-click on the Authors.exe or Authorsw.exe program (same procedure as for other PCS 7 components).

The installation is thus performed. Further information can be found in the <LW>:\Siemens\TM_Werkzeuge\Liesmich.txt

file or in the documentation.

The files Ydata220.dat and Ydata230.dat that are included in the delivery contain the data that is relevant for the W startup, and must not be modified.

Depending on the installed authorization, this software version permits communication with the following automation systems:

-AS 230/ AS 235/ AS 235H/ AS 388/ AS 488 AS 215

AG 150U / AG 155U

-AS 220S/ AS 220H

(See also Chapter 3.7 "Necessary Licenses")

Startup features:

The AS systems are marked as failed during the entire duration of the startup phase. Furthermore, all AS systems must be operational on the bus at the startup time.

3.4.1Installation of the N_AT/N_PCI driver

If the N_AT driver is required, it can be installed via a separate installation procedure (NAT-NPCI). Please execute the program Setup.exe in the directory sw\NAT_NPCI.

3.4.2What to do after the Installation ?

After the successful installation all delivered TM configuration tools, i.e. wizards, should be imported with the WinCC-Dynamic Wizard Editor.

This is not necessary if the Split Screen Wizard is executed (recommendation); herewith the current TM configuration tools are copied into the project and are available there.

3.5Installation of the PCS7/TM-OCX (NORA) (formerly: WinCC/TM-OCX (NORA))

Product Information

PCS7/TM V2.02

24.10.2001

© Siemens AG 2001

7 of 21

 

Image 7
Contents PCS7 / TM WinCC / TM V2.02 Product Information Chapter Teleperm M channel CD content in generalGeneral Information What’s new ?PCS7/TM-OCX Nora formerly WinCC/TM-OCX Nora ∙ Switchover of the Servers after CS 275 Coupling Fault∙ Channel Diagnosis PCS7/TM-OCX PCS7 formerly WinCC/TM-OCX PCS7 General Information About the InstallationContent of the CD Installation using the Common Installation MaskProduct Information PCS7/TM 24.10.2001 Siemens AG What to do after the Installation ? Installation of the Teleperm M Channel DLL and ToolsManual installation Installation of the NAT/NPCI driverRevision levels Procedure of the manual installationElementeTM7.ocx V3.00.00 Input.ocx TM7x Product Information PCS7/TM 24.10.2001 Siemens AG Upgrade from WinCC/TM, V1.0x, to PCS7/TM Necessary TM Licenses AuthorizationImportant note ∙ Teleperm Nora renoviert ∙ WinCC/TM-OCXSymboleDocumentation ∙ WinCC/TM-OCXAS215Released Versions Version InterdependenciesConversion of a PCS 7/TM Project from WinCC 4.0x to ProgramTransition from WinCC, V5.0, to V5.0/SP2 PCS7 Creating a Project for Multi-Client Operation on a Server Creating a new PCS 7/TM projectCreating a Multi-Client Project in a Multi-Client Tion dialog ConfiguraParameter description AS488 BridgeImportant Notes Fonts Troubleshooting Tips ⊆ License Problems at RuntimeStrings in TML Blocks Structures of Field Blocks GA, GB, etcTeleperm M in Intranet or Internet AppendixFiles and Search Paths Product Information PCS7/TM 24.10.2001 Siemens AG
Related manuals
Manual 18 pages 27.51 Kb

PCS7, TM specifications

Siemens TM, AS 488 is a state-of-the-art series of technological solutions designed to enhance various industrial processes. Siemens, a renowned leader in engineering and technology, has developed the TM, AS 488 mainly for use in manufacturing, automotive, and process industries. This series speaks volumes about Siemens’ commitment to innovation and operational excellence.

One of the key features of the TM, AS 488 is its advanced automation capabilities. This system integrates seamlessly with existing manufacturing processes, enabling real-time monitoring and control. The TM, AS 488 facilitates the connection between different machinery, allowing for a more cohesive operation across the production line. This results in reduced downtime and increased efficiency, making it an invaluable asset in modern manufacturing environments.

A significant aspect of the TM, AS 488 is its robust data analysis and processing capabilities. Equipped with powerful algorithms, the system can analyze vast amounts of data, providing actionable insights that can enhance decision-making. The predictive maintenance features built into the system help identify potential issues before they escalate, resulting in lower operational costs and improved asset longevity.

Moreover, the TM, AS 488 is designed with user-friendliness in mind. Its intuitive interface allows operators to easily navigate through various functionalities without extensive training. This focus on usability ensures that companies can quickly adapt to the system and begin reaping the benefits.

In terms of safety, the TM, AS 488 complies with international safety standards. It is equipped with multiple safety features that protect both the machinery and personnel operating within the manufacturing environment. This commitment to safety ensures that businesses can operate with peace of mind, knowing that they are minimizing risks associated with industrial operations.

Lastly, Siemens has ensured that the TM, AS 488 is scalable and flexible, catering to the needs of both small enterprises and large corporations. As businesses evolve, their operational needs may change; the TM, AS 488 can adapt accordingly, providing tailored solutions for varying requirements.

In conclusion, Siemens TM, AS 488 combines automation, data analysis, user-friendliness, safety, and scalability. These attributes highlight its position as a critical asset within the contemporary industrial landscape. Businesses looking to enhance their operational efficiency and embrace the future of manufacturing will find Siemens TM, AS 488 an ideal partner.