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Course Criteria
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3.00 Credits
The course content focuses on control valves, pneumatic spring and diaphragm actuators, pneumatic piston actuators, sliding stem valves, rotary shaft control valves, valve noise, valve cavitation, and basic hydraulics.
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3.00 Credits
Principles of Measurement covers measurement terminology, instrument principles, comparison of electronic vs. pneumatic systems, common standards and various ODD systems. This course continues on into all types of measurement systems, theory and applications, control valves, and lab exercises. Fundamentals of Control reviews measurement terminology and instrument principles, and explains various control schemes. Hands-on lab sessions with actual instruments are featured.
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0.50 - 8.00 Credits
This course begins with an introduction to basic computers, DOS, and Windows. From generic basic programmable controllers, the course progresses into Allen-Bradley PLC5, GE-Fanuc 9030 and 9020, and culminates with the GE Series Six. Basic programming includes relay, coils, timers, and compare blocks. Basic troubleshooting includes input section, output section, and user logic.
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3.00 Credits
This course covers measurement systems (English and Metric), approximate numbers, and significant digits, signed numbers, basic algebra, equation and inequalities, ratio and proportion, alogarithms, radians and their measure, cartesian coordinates. Principles of physics studied include: fluid theory, temperature and heat, Charles' and Boyles' laws, acceleration and mechanical advantage.
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4.00 Credits
This course (also known as Electricity 1C) will provide an understanding of basic electrical theory and a working knowledge of the application of electricial concepts, circuits, devices and materials. The class consists of lecture, problem solving, and lab in which circuits are constructed to illustrate and confirm the theory.
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3.00 Credits
This course is the continued study of alternating current in transformers, motors and conduit. The course begins with the study of delta and wye three-phase circuits. The course then goes into the study of single-phase transformers, delta and wye three-phase transformers. Transformer theory and connections will be emphasized. Single-phase motors, DC motors, and three-phase motor theory and connections will be taught. Lab experiments will be used to reinforce connections, torque, direction, and current flow in the motors. Students will also be introduced to conduit bending. The Chicago bender, Greenlee bender, and various hand benders will be used in the lab portion of the course. This course also features conduit blueprints and templates.
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3.00 Credits
This course (also known as Electricity 2C) expands on the information presented in Electricity 1C. It is a detailed examination of DC, Single- and poly-phase AC motors and generators and their control.
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3.00 Credits
The first part of this course will be the study of DC crane control circuits. The student will be able to understand dc motor theory, counter electromotive force, plugging, dynamic braking, and hoist control and trolley control. The student will be able to understand DC blueprints. The lab exercises will reinforce what is taught in the classroom. The second part of the course deals with AC schematics. The course will begin with the basic rules of control, basic control circuit, and the understanding of the symbols and logic of the control circuits. The lab portion of the clsss will consist of wiring various control circuits and troubleshooting the circuits that are developed in the classroom.
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3.00 Credits
These courses will introduce the student to basic electrical fundamentals, including voltage, current, resistance, and their relationship by use of Ohm's Law. Some of the covered subjects include electrical safety, proper use of electrical test equipment and schematic print reading. Students will also be introduced to Alternating Current and its effect upon components in series and parallel circuits. The students will also be introducted to Frequency and Reactance's. LAB time is included in this training.
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2.00 Credits
This course is designed to provide the novice students with an introduction to electrical motors of various types and commonly used industrial protective and control circuits. Power theory is also discussed. The student also studies electrical control of a combination starter. The course develops an understanding of basic control circuits, multiple push-button stations, and reversing starter control. The course will also cover single- and three-phase motors, motor hook-ups, motor types, and motor maintenance.
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