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SIMATIC PCS 7 Process Control System - Siemens

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7<br />

<strong>SIMATIC</strong> Route <strong>Control</strong><br />

Route <strong>Control</strong> Hardware<br />

■ Design<br />

The modularity and flexibility of <strong>SIMATIC</strong> Route <strong>Control</strong> are optimally<br />

supported by the hardware available. The basic hardware<br />

from page 2/14 can be used for <strong>SIMATIC</strong> Route <strong>Control</strong>.<br />

Hardware for small plants<br />

For small plants, <strong>SIMATIC</strong> Route <strong>Control</strong> can be installed either<br />

alone or together with the OS software on a single station system<br />

or a <strong>SIMATIC</strong> <strong>PCS</strong> 7 BOX 416. You can select the hardware for<br />

the OS/RC single station at page 2/14, page 5/6, or further down<br />

in this section. You can find information and the ordering data for<br />

the <strong>SIMATIC</strong> <strong>PCS</strong> 7 BOX 416 at page 3/8.<br />

Client/server configuration<br />

Distributed multi-user systems with client/server architecture,<br />

expandable with up to 32 clients per server, are typical for the<br />

automation of material transports with <strong>SIMATIC</strong> Route <strong>Control</strong>.<br />

Basically it is possible to operate an RC Server, Batch Server<br />

and OS Server on shared basic hardware. However, availability<br />

will be higher and performance better if each component has its<br />

own server hardware. The availability of the RC Server can be<br />

further increased through redundant configuration of the server<br />

hardware. <strong>SIMATIC</strong> <strong>PCS</strong> 7 supports multiple-station systems<br />

with up to 12 servers/server pairs.<br />

The Route <strong>Control</strong> Client is represented by the Route <strong>Control</strong><br />

Center (RCC). The RCC can be installed on an OS Client, a<br />

Batch Client or separate client hardware.<br />

RC server and OS/RC single stations can be connected to the<br />

Industrial Ethernet plant bus via a CP 1613 A2 communications<br />

processor or via a simple FastEthernet network card with BCE<br />

(suitable for communication with up to 8 automation systems;<br />

not H systems).<br />

7/4<br />

<strong>SIMATIC</strong> Route <strong>Control</strong> clients and OS clients<br />

Route <strong>Control</strong><br />

server<br />

OS-LAN<br />

OS server<br />

<strong>Siemens</strong> ST <strong>PCS</strong> 7 · November 2007<br />

Automation<br />

systems<br />

Engineering<br />

<strong>System</strong><br />

Plant bus<br />

© <strong>Siemens</strong> AG 2007<br />

The CP 1613 communication integrated in the IE version of the<br />

<strong>SIMATIC</strong> <strong>PCS</strong> 7 Workstation for single stations and servers is a<br />

combination of CP 1613 communications processor and<br />

S7-1613 communications software. When using fault-tolerant<br />

automation systems, the <strong>SIMATIC</strong> <strong>PCS</strong> 7 Workstation requires<br />

the S7-REDCONNECT software instead of the S7-1613 communications<br />

software. The S7-REDCONNECT Upgrade is suitable<br />

for upgrading the communications software (for ordering data,<br />

see page 9/28).<br />

Redundancy<br />

RC Server redundancy is supported by the <strong>SIMATIC</strong> Route <strong>Control</strong><br />

Server software. Further software components or a separate<br />

connection between the two servers as is the case with the<br />

OS server redundancy or batch server redundancy are not required.<br />

With the assistance of the <strong>SIMATIC</strong> Route <strong>Control</strong> Server software,<br />

the two redundant RC servers carry out mutual monitoring<br />

during operation. If the active RC server fails, the redundant<br />

partner immediately becomes the master and takes over operation.<br />

The RC clients are automatically switched over to the new<br />

master in this case. Following return of the failed RC server, data<br />

matching is carried out with the active RC server, and the latter<br />

remains the master.<br />

For information and components for the redundant bus connection<br />

(plant bus and terminal bus), see page 9/28.<br />

Expansion options<br />

The basic hardware (PC basic unit) is expandable with the following<br />

options according to the customer’s particular requirements<br />

and whether the hardware is used as RC Single Station,<br />

RC Server or Batch Client:<br />

• Multi-VGA graphics card for connection of up to 4 monitors<br />

• <strong>Process</strong> monitors (see page 2/17)<br />

The Multi-VGA graphics cards "2 Screens" and "4 Screens" are<br />

offered for multichannel operation of an OS/RC Single Station or<br />

a client with 2 up to 4 process monitors. Views distributed over 2<br />

or as many as 4 process monitors by means of a graphics card<br />

can be controlled using one keyboard and one mouse. The<br />

Multi-VGA graphics cards are compliant with EN 55022 and<br />

EN 50082 standards. Each card occupies one PCI slot in the operator<br />

station.<br />

Note:<br />

Since all messages from <strong>SIMATIC</strong> Route <strong>Control</strong> are processed<br />

in the operator system’s message system, it is not necessary to<br />

use a signal module.<br />

Requirements for selection of the automation systems<br />

<strong>SIMATIC</strong> Route <strong>Control</strong> can operate together with the WinAC<br />

Slot 416 controller of the <strong>SIMATIC</strong> <strong>PCS</strong> 7 BOX 416 (up to<br />

30 simultaneous material transports) and with the following automation<br />

systems of the <strong>SIMATIC</strong> <strong>PCS</strong> 7 process control system:<br />

• AS 416-3 (up to 30 simultaneous material transports)<br />

• AS 417-4<br />

• AS 417H<br />

Safety-related automation systems, e.g. AS 417F/FH, cannot be<br />

used to control material transport with <strong>SIMATIC</strong> Route <strong>Control</strong>.

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