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Course explains standards-based PLC programming

A The Profibus Group product story
Edited by the Engineeringtalk editorial team Nov 6, 2006

Two-day introductory course covers the basics of PLC programming based on the widely adopted international standard IEC61131-3.

The Automation Systems Centre at Manchester Metropolitan University (MMU) has launched a two-day introductory course covering the basics of PLC programming based on the widely adopted international standard IEC61131-3.

Starting from basic vendor-independent ladder diagram programming for a wide variety of modern programmable automation and control systems, the course introduces the basics of programmable logic controllers (PLCs) and teaches the techniques of writing programs to deal with a wide range of practical problems.

With a blend of theory and practical exercises it leads students through the basic techniques of general ladder diagram programming to solve combinational logic problems and shows how to use latches, timers and counters to deal with common sequential automation problems.

Priced at just GBP 495 (GBP 445 for members of The Profibus Group) the course serves as an excellent lead-in for those wishing to take MMU's Certified Open PLC Engineer Course but who do not have the necessary prior programming experience to cope directly with this more demanding course.

In the past, different manufacturers of programmable controllers each had their own specific programming language.

Although these were often quite similar, subtle differences made it difficult to migrate from one manufacturer's equipment and impossible to move programs between different systems.

The consequence was that users were locked into a particular supplier by training, experience and existing software developments.

IEC61131-3 is the modern way to program not just PLCs, but a wide range of programmable automation and control systems.

Because the programming is now standardised, the teaching of programming can be made largely independent of the actual hardware being used.

Further, the techniques learned and programs that are subsequently developed can be transferred between different manufacturer's systems.

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