1771-IXE A-B I / O module
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IN STOCK1771-IXE A-B I / O module
Since your decisions cannot always be made as a part of a strictly linear process, you can choose to complete tasks in parallel. When you select your I/O modules, for example, you can also begin to lay out and address your modules. Consult chapter 3, “Placing System Hardware,” to determine environmental requirements, enclosures needed, cable layout, and grounding requirements for your chassis and I/O links. Also, you can choose to assess block-transfer timing when you determine where you will place your block-transfer modules (in the processor-resident local I/O chassis, extended-local I/O chassis, or remote I/O chassis).
We recommend that you first develop a specification that defines your hardware selection and your programming application. The specification is a conceptual view of your system. Use it to determine your: control strategy hardware selection, layout, and addressing sequential function chart (SFC) special programming features ladder-logic requirements
This model allows for the interaction of activities at the different levels. Each section represents an activity that you perform. Prepare a functional specification to start; then, prepare the detailed analysis. Based on the detailed analysis, you can also develop your programs, enter your programs, and test them. When testing is complete, you are ready to implement the programs in your application. The detailed analysis can be used as the basis for developing your testing procedures and requirements. Because the functional specification is well thought out, it can be used as the program sign-off document.
The structure and details of the product：
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