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Course Criteria
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3.00 Credits
Covers the construction, theory and application of transformers, three phase AC motors and single phase AC motors, includes theory and application of three phase windings namely the Delta and Wye connection. Introduces power factor as applied to an electrical circuit, deciphering motor name plate data, and electrical safety standards. Prerequisites: APR 102 or TE 9632.
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3.00 Credits
Introduces lighting fundamentals and their application in the industrial environment. Also covers fuses, receptacles, wiring methods, blueprints, batteries and some solid state components related to their use.
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3.00 Credits
Covers general atomic theory, electron flow in conductors, calculations of Ohms law when determining the values of voltage, current, resistance and power in series, parallel and combination electrical circuits. Covers sizing and the application of conductors and the concept of Voltage Drop in electrical circuits.
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3.00 Credits
Covers the basic principles of alternating current, direct current, and electromagnetism as applied to generators, and alternating current and direct current motors, including the concepts of inductance, inductive reactance, capacitors, capacitive reactance, and their effects upon alternating current circuits. Prerequisites: APR 121 or TE 9610.
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3.00 Credits
Focueses on alternating current power distribution, transformers, motors, storage cells, solid state semiconductor devices and three phase motor winding connections (Delta and Wye) as they apply to a heavy industrial environment. Prerequisites: APR 122 or TE 9611.
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3.00 Credits
Covers alternating current measure instruments, test equipment, advanced motor theory, blueprint reading, electrical related materials, AC systems, advanced transformer theory, lighting, grounding and bonding, contactors, relays and general installation requirements to meet code specifications. Prerequisites: APR 123 or TE 9612.
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3.00 Credits
Covers residential and commercial lighting, fixtures, and ballast in detail. Includes conductor selection, overcurren protection, motor maintenance, calculations, controls, troubleshooting, services, construction upgrades, wire methods, tagout, lockout and appliances. Covers series, branch, and parallel circuits in detail, and the basic use of a multimeter to check for voltage, current, and resistance. Prerequisites: APR 124 or TE 9613.
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3.00 Credits
Covers standby electrical systems, temporary electrical services, fire alarm systems, specialty systems, advanced controls, heat tracing, freezing protection, installation practices, and what constitutes a low voltage and limited energy circuit as per the NEC and the requirements for each. Prerequisites: APR 125 or TE 9614.
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2.00 Credits
Covers refrigeration principles and different basic cycles which include heat transfer, termperature, and basic physics and gas laws. Lab includes the use of tools and instruments used for charging and evacuationand recovery methods. APR 131 and FMT 101 both cannot be taken for credit. Prerequisites: MTH 20; (WR 90 or ESOL 262); (RD 90 or ESOL 260).
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2.00 Credits
Cover and analyze the operation of refrigeration system components. Includes compressors, condensers, evaporators, refrigerants and metering devices. Lab includes system components and compressor testing methods, focusing on charging, evacuation and recovery methods. APR 132 and FMT 102 cannot both be taken for credit. Prerequisites: APR 131 or FMT 101 or TE 9242.
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