| COURSE OBJECTIVES |
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Provide a brief history of the programmable controller with an appreciation
for the problems that provided incentive to the development of the first
modular digital controller. |
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Discuss in general terms where programmable controllers are used and what
major benefits accrue from their use. |
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Build a model of the programmable controller and its basic components.
Learn how they are interconnected and communicate with each other. |
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Define the programmable controller as a series of modular components that
are interconnected through a hardware and software configuration. |
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Define system addressing as it relates to system hardware, software, and
real world devices. |
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Review the types of input/output devices and their functions. |
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Define system diagnostic indicators and input/output status indicators. |
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Define the various communication interfaces including the programming
interface, host computer, operator's panels, video display panels, printers,
etc. |
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Develop a control problem. Demonstrate the steps involved in implementing
this control strategy. |
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Create a hypothetical factory with several control centers. Discuss the
various layers of control within the factory and discuss communication strategies
within the factory. |
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Demonstrate the ability of the programming panel to monitor system functions
in the programmable controller. |
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Demonstrate appropriate safety. Is "OFF" really "OFF"? |