Siemens TM, AS 488 manual Loes

Page 16

Product Information

November, 2001

AS 488/TM

M02.02

5 Extended Documentation

 

5.1 Restart of AS 488/TM with Interface Module TPM 478

With each restart of the AS 488/TM the interface module TPM 478 will be parameterized new. This happens with:

-Power on

-Boot by MRES key switch

-RSOF (by operation or key switch)

-Loading (LA,name; or LA:name;)

-Loading via bus (LAB or LABR)

-LOES.

During this parameterization the SYST.WART configuration is passed to the TPM 478 module, and a restart of the TPM 478 is activated.

Consequently the process image of the TPM 478 is rebuild starting from a zero state. Therefore "0" values are output to the I/O modules as long as the assigned process image is set by RESTART and driver blocks.

Because this function mode is independent from a HW driven restart, the short-time output of "0" values is done also if the so-called ARS jumper on the I/O modules is configured to "hold". Beyond these zero values are output by power failure of triggering the fuses of binary and analog output modules with ARS switch or there racks (expansion units).

Because the "zero" state cannot be assumed as identically with the so-called safe state, the user has to plan a subordinate clearance plane for all security relevant signals. During configuration of the process it has to be guaranteed, that for protection of people and installations a secondary security system exits, independent from the control system.

New restart reaction:

Up from system software version M02.01 restart and configuring of the TPM 478 has been extended to the effect that with RSOF the output of the TPM 478 process image to the I/O modules is enabled not until the first pass of AS cycle 3. With this a bumpless transition without '0' output on the process signal outputs has been made possible for warm restart.

Note:

This modified function has to be enabled explicit by GB.ORPA.262 = 1 !

In the first pass of the AS cycle 3 all wanted starting states within the process image have to be configured. With use of XB blocks AP=1 is absolute necessary.

Caution:

Requirement for this new function is a TPM 478 module issue ≥ 9 resp. a TPM 478-1 from issue 1 !

For the TPM 478 exists an upgrade package (order no. 6DS9 630-8AA).

Copyright © SIEMENS AG 1996-2001. All Rights Reserved.

S79220-A0977-A-10-7637

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Contents AS 488/TM Var. M02.02Scope \IBSDISK.M2\PROGRAFSupplementary Documentation AS System File for Prograf AS+ Master Type File for COM ET200 / COM ProfibusCommissioning Upgrade / Update Data Startup by Commissioning TerminalProduct Information November AS 488/TM M02.02 Restoring a Memory Card STARTER.INIEsccopytm IBSBEDI.386 Update by Programming Device PG740 Wire breakage No. C7900-G7076-C150Installation of the Reloadable IP262 Driver Blocks RIP, Krip Extension Software Packages for AS 488/TMRemoved Errors General NoteExtended Functions General Extensions Asbedien under Windows NTOnline Configuring as Stand-alone Operating Terminal Loes Limited Operating Performance Product Information November AS 488/TM M02.02
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AS 488, 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.
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