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EET 234 PLC Applications II
Credit Hours: 3, Contact Hours: 4
Division: Technical
This course is a continuation of the study of the integration of program styles and components used in industry. Program structure and project development will be studied. Installation of different types of components integrated with PLCs will also be studied. Group 2 course.
EET 234 - PLC Applications II
https://catalog.nmc.edu/course-outlines/eet-234/
Course Description This course is a continuation of the study of the integration of program styles and components used in industry. Program structure and project development will be studied. Installation of different types of components integrated with PLCs will also be studied. Group 2 course. Credit Hours 3 Contact Hours 4 Lecture Hours 2 Lab Hours 2 Required Prerequisites EET 233 , ELE 146 Course Learning Outcomes Knowledge: Define the fundamentals of PLC control. Read ladder logic as well as advanced program instructions. Application: Design PLC program logic for input. Research ladder logic to develop PLC programs. Select proper devices for various tasks. Integration: Develop PLC program logic to work various devices in a typical industrial environment. Place control logic devices properly within a working circuit. Develop logical sequences of ideas to transfer to an operational format. Human Dimension: Assess their position on replacing people with electronics. Discover their ability to logically and sequentially set up programs and device functions. Caring - Civic Learning: Appreciate the importance of attention to detail. Recognize the need for technicians as manufacturing institutes these problems. Learning How to Learn: Reflect on their ability to use these course skills in real-world applications.
EET 221 - Industrial Controls
https://catalog.nmc.edu/course-outlines/eet-221/
Course Description This course studies control circuits, electrical schematics and line diagrams. Motor circuits utilizing motor starters, contactors, timers and counters are used to demonstrate control circuitry. Industrial control devices are examined, including solid-state control devices, electro-mechanical relays, proximity sensors, photoelectric sensing devices and programmable logic controllers. Group 2 course. Credit Hours 3 Contact Hours 4 Lecture Hours 2 Lab Hours 2 Required Prerequisites EET 103 or ELE 105 or MNG 234 Course Learning Outcomes Knowledge: Read electrical schematics. Identify types of timers and counters. Use motor circuits. Describe industrial controls. Describe advanced control devices. Application: Read electrical schematics and line diagrams. Design motor control circuits. Examine industrial control devices. Basic knowledge of Industrial control device operation. Integration: Demonstrate competencies using basic circuitry functions in the industrial complex. Demonstrate a fundamental mastery of wiring circuits to run various industrial equipment. Human Dimension: Recognize their skills as applying throughout industry. Appreciate that the complexity of wiring is not common knowledge of others. Caring - Civic Learning: Value the expertise required to wire and operate the sometimes complex system of industrial controls. Learning How to Learn: Transfer their skills to real-world applications.
Addendum
https://catalog.nmc.edu/addendum/
...102, EET 103, EET 161, EET 204, EET 221, EET 232, EET 233, EET 234...
Maritime - Engineering Officer, Bachelor of Science
https://catalog.nmc.edu/programs-az/maritime/maritime-engineering-officer/
...Prerequisite required: EET 221 Industrial Controls , EET 232 Programmable Logic Controllers , and EET 234 PLC...