EET-235 PLC_Syllabus - Illinois Network for Advanced Manufacturing

advertisement

SOUTHWESTERN ILLINOIS COLLEGE

COURSE SYLLABUS

EET235: Programmable Logic Controllers

GENERAL INFORMATION

Instructor :

Class time :

Semester hours: 4 Lecture Hours: 1.5

Class Location Campus: Room:

Phone:

Toll Free in Illinois: 1-866-942-SWIC (7942)

Lab Hours: .5

Office Hours

E-mail:

Website:

:

Office Location:

COURSE DESCRIPTION www.swic.edu

This course offers electricians or electronic technicians a first course in programmable logic controllers (PLC’s). It focuses on the underlying principles of how PLC’s work and provides practical information about installing, programming, and maintaining a PLC system. No previous knowledge of PLC systems or programming is necessary. This course presents PLC’s in a generic sense, and the content is broad enough to allow the information to be applied to a wide range of PLC models. All topics are covered in small segments, developing a firm foundation for each concept and operation before advancing to the next. Each topic covered contains a variety of generic programming assignments that are compatible with most types of PLC’s.

PREREQUISITES

EET 200 or consent of coordinator

COURSE OBJECTIVES

A.

Introduce the theory of PLC application and design

B.

Program and operate the SLC 500 by Allen-Bradley

C.

Learn common types of sensors and switches used with PLC’s and their symbols

D.

Program and operate the D100 by Cutler-Hammer

E.

Convert detailed descriptions of systems to ladder logic programs, then test and troubleshoot

F.

Apply Boolean logic to typical industrial systems and convert to ladder logic

G.

Use timers, counters, and sequencers in PLC’s

H.

Practice safe setup and use of systems involving PLC’s

I.

Discuss fuzzy logic, robotics, and SCADA systems as used in industry

TEXTBOOK(S)

Programmable Logic Controllers, Petruzella, 3 rd

Ed., 2005, (ISBN: 978-0-0-7829852-3)

Activities manual for Programmable Logic Controllers, Petruzella, 3 rd

Ed., (ISBN: 978-0-0-

7829855-4)

Logix Pro Simulation Lab Manual, Petruzella, 3 rd Ed., (ISBN: 978-0-0-7326922-1)

GRADING PROCEDURE

A= 100-90

B= 89-80

C= 79-70

D= 69-60

F= 60 and below

ATTENDANCE POLICY

College Policy: You are expected to be present for all assigned classes, lectures or laboratory sessions. If you are absent, you must show your instructor that your absence has been for a good cause. If you are absent more times during the semester that the number of times the class meets per week, you may be dropped from the course at the discretion of the instructor.

When a student is dropped by an instructor with an effective date before the midterm date of the class a “W” will be recorded. When a student is dropped for non-attendance by an instructor with an effective date after the midterm date, the instructor will have the prerogative to assign a grade of “WF” or “W”.

ADDITIONAL INFORMATION

Special Services - Students with disabilities who believe that they may need accommodations are encouraged to contact the Special Services Center at 618-222-5368 to ensure that such accommodations are implemented in a timely fashion.

Student Learning Outcomes - The assessment of student learning is an integral part of the educational experience at Southwestern Illinois College. To this end, the faculty continually assess student learning to improve student success. Occasionally you will be requested to participate in college-wide and discipline specific assessment activities. Please take these assessments seriously. The data that is collected will provide valuable information to faculty and will be used to improve student learning at SWIC.

Academic Dishonesty-College Policy - Academic misconduct includes, but is not limited to cheating, plagiarism and forgery, failure or refusal to follow clinical practice standards, and soliciting, aiding, abetting, concealing, or attempting such acts. Plagiarism is defined as the act of representing the work of another as one’s own. Plagiarism may consist of copying, paraphrasing, or otherwise using written or oral work of another without proper acknowledgment of the source or presenting oral or written material prepared by another as one’s own.

Phones/Pagers in Classroom – All phones/pagers should be turned off prior to entering classroom.

SWIC Know online orientation - All new students are encouraged to participate in the

SWIC Know online orientation, where students learn about the many programs and services available to help them succeed in college. SWIC know orientation can be found at eSTORM.SWIC.edu.

Academic Rigor Statement - You are enrolled in an academically rigorous college course.

Your success in this course will require a significant investment of time outside of the class.

According to the Administrative Rules of the Illinois Community College Board (section

1501.309), it is assumed that the student will invest two hours of outside study time for each hour of classroom lecture time and one hour of outside study time for each two hour laboratory session.

This course is approved under the Illinois Articulation Initiative (IAI). The IAI is based upon the assumption that community colleges and universities are equal partners in delivering lower-division baccalaureate courses. This course is considered equal in scope, quality, and rigor to comparable courses offered at other colleges and universities in Illinois.

Policy for Inclement Weather Conditions – D uring times of inclement weather,

Southwestern Illinois College has three options for dealing with the situation: cancel classes and cease all business, exercise the delayed-start option, or keep the college open. If the college chooses to use the delayed-start option rather than close, the college will open at 10 a.m.

The decision to cancel classes or exercise the delayed-start option will be posted on the home page of Southwestern’s Web site at www.swic.edu

as well as broadcast on FOX 2

(KTVI), KMOV-TV Channel 4, KSDK-TV Channel 5, and radio stations KMOX-AM 1120 and WIL-FM 92.3.

SWIC Alert : This free emergency alert system sends text messages and/or emails to students and employees who have signed up for it. The only cost is what the cell phone carrier charges to receive text messages. You may choose to receive text messages or emails for a specific campus or all campuses. Once enrolled, your account is active for one year.

You will receive notice 30-days before your enrollment will expire.

How to Register

1.

Log in to eSTORM at estorm.swic.edu

2.

Click Main Menu in the upper left

3.

Scroll over SWIC Alert and choose SWIC Alert Signup

Emergency Procedures General information about the emergency response and evacuation procedures for Southwestern are publicized each year as part of the institution’s Clery Act compliance efforts and that information is available on the Southwestern Public Safety website. Emergency Response Guides and Plans are available on the Public Safety website at

SWIC.edu/publicsafety .

Official Communication - Your student e-mail account is the official method to communicate between you and your instructor. Official communication will not be sent to your personal e-mail (yahoo, wildblue, gmail etc.).

TOPICAL OUTLINE

I. Introduction to programmable logic controllers

A. Parts of a PLC

B. Principles of operation

C. PLC’s versus computers

II. PLC hardware components

A. The I/O section

B. Discrete I/O modules

C. Analog I/O modules

D. Special I/O modules

E. I/O specifications

F. The CPU

G. Memory types

III. Number systems and codes

A. Decimal system

B. Binary system

C. Negative numbers

D. Octal system

E. Hexadecimal system

F. BCD system

G. Gray code

H. Parity bit

I. Binary Arithmetic

IV. Fundamentals of logic

A. The binary concept

B. And, or and not functions

C. Boolean algebra

D. Circuits from Boolean terms

E. Boolean terms from circuits

F. Hard-wired vs. programmed

G. Programming word-level logic

V. Basics of PLC programming

A. Processor memory organization

B. Program scan

C. PLC programming languages

D. Relay – type instructions

E. Instruction addressing

F. Branch instructions

G. Internal relay instructions

H. XIC and XIO instructions

I. Modes of operation

VI. Ladder Logic Programs

A. Electromagnetic control relays

B. Contactors

C. Motor starters

D. Manually operated switches

E. Mechanically operated switches

F. Transducers and sensors

G. Output control devices

H. Seal-in circuits

I. Latching relays

J. Relay ladder diagrams to PLC

K. PLC programs from description

VII. Programming Timers

A. Mechanical timing relays

B. Timer instructions

C. On-delay timer instructions

D. Off- delay timer instructions

E. Retentive timers. Cascading timers

VIII. Programming Counters

A. Counter instructions

B. Up-counters

C. Down-counters

D. Cascading counters

E. Incremental encoder-counter applications

F. Combining counters and timers

IX. Program Control Instructions

A. Master control and zone control

B. Jumps and subroutines

C. Immediate I/O

D. Force instructions

E. Safety circuitry

F. Fault routines

G. Temporary end instruction

X. Data Manipulation Instructions

A. Data manipulation

B. Data transfer operations

C. Data compare operations

D. Data manipulation programs

E. Numerical data I/O operations

F. Set-point control

XI. Math Instructions

A. Addition instructions

B. Subtraction instructions

C. Multiplication instructions

D. Division instructions

E. Other word level math instructions

F. File arithmetic operations

XII. Sequencer and Shift Register Instructions

A. Mechanical sequencers

B. Sequencer instructions

C. Sequencer programs

D. Shift registers

E. Word shift registers

XIII. PLC Installation Practices, Editing, and Troubleshooting

A. PLC enclosures

B. Electrical noise

C. Leaky inputs and outputs

D. Grounding

E. Voltage variations and surges

F. Program editing and monitoring

G. Preventive maintenance

XIV. Process Control and Data Acquisition Systems

A. Types of processes

B. Structure of control systems

C. Controllers

D. Data acquisition systems

XV. Computer-Controlled Machines and Processes

A. Computer fundamentals

B. Computer-integrated manufacturing

C. Data communications

D. Computer numerical control

E. Robotics

PREPARED BY: Thomas Zach

CONTACT: 797-7456, 5432

DATE PREPARED: Revised October 2013

FOR ADDITIONAL INFORMATION, CONTACT: Bradley Sparks

Dean, Technical Education

Southwestern Illinois College

2500 Carlyle Road

Belleville, IL 62221

(618) 797-7420

This workforce solution was funded by a grant awarded by the U.S. Department of Labor’s

Employment and Training Administration. The solution was created by the grantee and does not necessarily reflect the official position of the U.S. Department of Labor. The Department of

Labor makes no guarantees, warranties, or assurances of any kind, express or implied, with respect to such information, including any information on linked sites and including, but not limited to, accuracy of the information or its completeness, timelines, usefulness, adequacy, continued availability, or ownership. This solution is copyrighted by the institution that created it. Internal use, by an organization and/or personal use by an individual for non-commercial purposes, is permissible. All other uses require the prior authorization of the copyright holder.

Download