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Totally Integrated Automation - Automation Technology - Siemens

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Process control systems<br />

Efficient laboratory automation<br />

60 <strong>Siemens</strong> TIA Product Guide 2011<br />

© <strong>Siemens</strong> AG 2011<br />

<strong>Automation</strong> for the laboratory –<br />

SIMATIC PCS 7 LAB<br />

• Specially for requirements in the laboratory<br />

• Modularly constructed with standard components:<br />

SIMATIC PCS 7 Box and ET 200M<br />

or ET 200pro I/O modules<br />

• Connection of laboratory equipment<br />

(dosing units, measuring instruments,<br />

pumps, agitators, etc.) via I/O<br />

• The same engineering tools, visualization<br />

and libraries as PCS 7<br />

• Processes are directly transferrable from the laboratory to the production<br />

plant - without the need for any additional engineering<br />

• Processes can be developed and optimized more quickly, products can<br />

be moved more quickly from the development phase to the production<br />

phase<br />

Fault-tolerant process control –<br />

SIMATIC S7-400FH<br />

Safe, fault-tolerant controller for critical processes<br />

• Minimization of risk for critical applications<br />

to prevent accidents with consequences<br />

for humans, equipment or the<br />

environment<br />

• If faults occur in the process or within the<br />

controller, the process will be placed in a<br />

safe state<br />

• Fail-safe automation systems can be configured as single controllers<br />

or in a redundant configuration (FH)<br />

• The redundancy of FH systems is not relevant for safety, but it<br />

increases the availability of fail-safe and fault-tolerant automation<br />

systems<br />

• The maximum safety class of SIL 3 is already achieved with single<br />

controllers<br />

• Flexible Modular Redundancy (FMR) enables the implementation of<br />

multiple fault-tolerance levels precisely where the application<br />

requires them.

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