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ELMT-1301-002 Basic Programmable Logic Controllers
IEIR 1310
An introduction to programmable logic controllers as used in industrial environments including basic concepts, programming, application, troubleshooting of ladder logic, and interfacing of equipment.
Student Resources Student Resources Website
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(3 sem hrs; 2 lec, 2 lab)
On Campus Course
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\ Programmable Logic Controllers
\\ 1. Explain terminology
\\ 2. select hardware components
\\ 3. predict PLC operation based on ladder logic diagrams
\\ 4. program a PLC to perform various control functions
\\ 5. Integrate a PLC with various industrial applications and perform operations as issued.
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If you are an active staff or faculty member according to Human Resources, use "Exchange". All other students, use "AC Connect (Google) Email".
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The final overall grade will be computed using the following relevant components:
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Attendance/Participation |
20 pts/session |
14 sessions |
280 possible |
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Lab |
10 pts/session |
14 sessions |
140 possible |
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Homework |
Avg. of all work |
16 sessions |
150 possible |
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Mid-Term Exam |
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1 Exam |
215 possible |
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Final Exam |
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1 Exam |
215 possible |
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1000 Total Possible Points
930 – 1000 pts = A
850 - 929 pts = B
770 - 849 pts = C
700 - 769 pts = D
0 - 699 pts = F
Students are responsible for getting notes from other students when absent. Lab activities will continue on schedule. Individuals will not receive credit for making up activities and there will not be special lab sessions. Some work can be caught up during regular lab times. Missing lab activities may prevent individuals from performing advanced lab exercises for safety and expense reasons.
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Day 1
\ \Discuss Syllabus. Chapter 1. Introduce textbook and it application. overview of the PLC including various types of peripherial devices, power requirements, CPU"S , modules, input/output devices Assign proJect1 Day 2 Studies.
\ \Day 2
\ \Chapter 2. Study PLC Technical Terms in chapters 1,2,3,4. PLC components and applications, Communication systems, Commercial electronics and high voltage electronic devices as applied in industry - Potential and limitations of the PLC. Students can research day two assignment and elaborate on results during class 3
\ \Day 3
\ \Chapter 3. Student elaborations and findings. Numbering systems used in read out of the PLC, Variable frequency drives, digital and analog devices, Assign homework.
\ \Day 4
\ \Chapter4. Input/output Devices, Motor controls Power supplies, Sinking and Sourcing
\ \Day 5
\ \Chapter5,6. creating relay logic Diagrams, PLC programming, Motor controls cont,VFD setup and parameter selection to match operations as assigned
\ \Day 6
\ \Chapter7,8. Logic gate functions, PLC timers,Programmin Motor controls and VFD cont,, Relay Logic Diagrams
\ \Day 7
\ \Chapter9. PLC counters,PLC programming,
\ \Day 8
\ \Chapter10, Math functions,Timers, Counters, subroutines
\ \Day 9
\ \Chapter11, PLC compare, Jump, and MCR Instructions, PLC programming cont.
\ \Day 10
\ \Chapter12. Subroutine Functions, PLCprogramming cont, Fiber Optic switching
\ \Day 11
\ \Chapter13. PLC logic and bit shift Instructions,Programming PLC cont
\ \Day 12
\ \chapter14,15. Data handling Iand Sequencer Instructions, Continu PLC programming
\ \Day 13
\ \Chapter 16,17. PLC Troubleshooting, servicing and networks in Manufacturing. continuePrograming test and troubleshoot assigned projects
\ \Day 14
\ \continue Troubleshooting. Compare programs with other students
\ \Day 15
\ \final review , all assigned projects and home work must be complete and turned in to Instructor before class ends.
\ \Day 16
\ \Final Exam, grade notebooks, cleanup
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Student Conduct/Class Rules I try to keep a friendly, non-hostile environment in the class. I apply all rules and regulations evenly and fairly. Attendance
Conduct
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11/30/-1 12:00 AM
11/30/-1 12:00 AM