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Course Criteria
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2.00 Credits
Construction is the systematic process of putting something together. Constructing electrical systems requires a variety of mechanical skills including, but not limited to, measuring, cutting, drilling, bending, fabricating, mounting, fastening, supporting, and terminating. These basic mechanical skills become the foundation for technical and specialized skills. As such, construction requires the efficient and safe use of numerous hand and power tools, as well as the techniques to use trade-specific tools. In addition, electrical work is a licensed and regulated occupation. It is important that students are made aware of the laws and rules governing licensing and registration so as not to find themselves facing the consequences of working unlawfully.
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3.00 Credits
This course investigates blueprint reading. The course will consist of basic sketching and drawing of both 2D and 3D objects, applications of plans, use of line types, scaling, application of notes, specifications and details in print reading.
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2.00 Credits
This course covers the theory of semiconductors, power supplies, amplifiers, digital circuits, microprocessor applications, sensors and applies the theory of both ELEC-1110/ELEC -1120 courses. Prerequisites: ELEC1110, ELEC1120, MATS1205.
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4.00 Credits
This course proves the theories of ELEC 1110/ELEC 1120 by connecting, testing, and analyzing semiconductors, power supplies, amplifiers. digital circuits, microprocessor applications, and sensors. Prerequisites: ELEC 1120, ELEC 1110 & MATS 1205
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3.00 Credits
This course covers material and design of residential wiring, wiring methods, fastening devices, sizing of boxes, wire and over current devices. Including branch circuit requirements and the application of the NEC for a dwelling unit and the use and application of blueprint. Prerequisites: Elec1130, ELEC1139
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6.00 Credits
This course covers lab experiences in material and design of residential wiring, wiring methods, selection of proper fastening devices, sizing of wiring boxes, branch circuit requirements, and use of blueprints. Prerequisites: ELEC 1130, 1137 & 1139
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3.00 Credits
This course will consist of technical instruction and assessment of knowledge related to installation and operation of electrical switch boards, distribution boards, circuit breakers, disconnects, and industrial control panels. Students will receive instruction on basic and circuits, single and three phase motors, and transformers. Students will also study different single and three phase motor starting techniques, using soft starts and variable frequency drives. Students will study the National Electrical Code requirements governing the installation of electrical equipment. Prerequisites: ELEC 1240, ELEC 1120, ELEC 1130
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6.00 Credits
This course will consist of clearly directed lab exercises with the expectation of exact results, performance evaluations and related assignments. Students will have an opportunity to connect, troubleshoot, and operate both basic and complex control circuits, connect and operate single-phase and three-phase motors, across-the-line motor controllers, reduced-voltage starters, and variable frequency drives. In addition, students will connect and operate single-phase and three-phase transformers, autotransformers, and other electrical equipment and apparatus. The supporting technical information will be provided through a parallel theory course. Pre-requisites: ELEC 1240, ELEC 1120, ELEC 1130
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2.00 Credits
Course work includes the technical information supporting a parallel lab course. Students will learn RS Logix 500 and RS logix 5000 software to create, edit, and operate control programs for the micrologix and compactlogix family of processors. Students will also learn the factory talk view software to create application for the Allen Bradley family of operator interface terminals. In addition, students will study basic instrumentation and networking strategies associated with automation technologies. Prerequisite: ELEC 1220
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4.00 Credits
This course will consist of directed lab exercises with the expectation of correct program operation of a PLC. Students will learn RS Logix 500 and RS logix 5000 software to create, edit, and operate control programs for the micrologix and compactlogix family of processors. Students will also learn the factory talk view software to create application for the Allen Bradley family of operator interface terminals. In addition, students will study basic instrumentation and networking strategies associated with automation technologies. Prerequisite: ELEC 1220
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