ABB PM511V16 CPU 3BSE011181R1
brand:
ABBitem no:
PM511V16 3BSE011181R1payment:
T/T, Western Union, Credit Cardproduct origin:
Swedengood stock:
8.0shipping port:
Saudi Arabialead time:
1-3 Dayscondition:
Brand New And Originalwarranty:
1 Yearcertificate:
COOdescription:
Processor ModuleABB PM511V16 3BSE011181R1 Module NEW
Traditional Programming
Traditional programming has a straightforward structure, that is, the design (andexecution) during an execution cycle is determined by the sequential appearance –you start at the top and work your way down. As the program design proceeds, intraditional programming, one is often required to explicitly write the code ifmajor changes are to be made. Furthermore, you have to think carefully what is to happen, and when it is to happen during an execution cycle. Needless to say, the code design will be time-consuming, excessive and difficult to maintain and update,as well as having a poor structural design.
Structured Data Types
An important part of creating re-usable solutions is to use structured data types.These serve as communicators (tunnels) through the application, and can in manycases be used instead of writing code directly in function blocks and controlmodules. If we implement object-specific code in every place, instead of usingvariables of structured data types, we would soon narrow down the dynamics andflexibility of the system.
Structured data types can be seen as a thick cable, with each component as a cordinside the cable. The strength of structured data types shows when they are used inconnections between types. You can connect control module types (through severallayers), without declaring any variables on each module level. One componentinside a valve can be directly accessed from a parameter on the outside. If you, lateron, need a new component, it will pass through all control module types and controlmodules with no additional interconnection.
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ALR111-S00 | IC200ALG260C | 330930-040-01-00 |
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AMC80 | IC200ALG320B | 3500 FUTURE EXPANSION |
AMM12 S3 | IC200ALG320C | 3500/05 |
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