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EIC - ELECTRICITY—<br />

INDUSTRIAL/<br />

COMMERCIAL<br />

EIC 100 Electrical Construction<br />

and Planning<br />

4 Credits<br />

This course teaches planning electrical system<br />

installations from blueprints to the completed<br />

job, preparation of material lists, job sheets<br />

and time schedules for various phases of construction.<br />

The National Electrical Code is<br />

emphasized in this course.<br />

EIC 102 Electrical Drawings<br />

1 Credit<br />

This is an effective course designed to<br />

improve the individual’s ability to read, interpret<br />

and analyze Electrical Ladder Drawings.<br />

Additionally, this program will acquaint the<br />

student with the basic electromechanical components<br />

commonly used in electrical control<br />

circuits, as well as solid-state relays and the<br />

role of programmable controllers.<br />

EIC 104 Basics of Industrial<br />

Electricity<br />

1.5 Credits<br />

This course teaches resistance, current, voltage<br />

and power in AC and DC circuits; measurements;<br />

computations of series and parallel<br />

circuits; circuit analysis; and troubleshooting<br />

with basic test equipment.<br />

EIC 105 Basics of AC and DC<br />

Electricity<br />

4 Credits<br />

This course teaches resistance, current, voltage<br />

and power in AC and DC circuits; measurements;<br />

computations of series and parallel<br />

circuits; circuit analysis; and troubleshooting<br />

with basic test equipment.<br />

EIC 110 Electrical Installations I<br />

4 Credits<br />

This course covers residential building wiring<br />

in conformance with the current National<br />

Electrical Code and local codes, using nonmetallic<br />

cable. The course emphasizes proper<br />

use of tools, and safety.<br />

EIC 120 Electrical Installations II<br />

4 Credits<br />

Prerequisite:EIC 110 or permission of<br />

instructor<br />

This course explores commercial and industrial<br />

building wiring in conformance with the<br />

current National Electrical Code, and local<br />

codes using electric metallic tubing and other<br />

raceways. The emphasis is on proper use of<br />

tools, and safety.<br />

EIC 124 Electrical Safety<br />

Requirements and Procedures<br />

1 Credit<br />

This course will give you training that is<br />

100% practical and deals with every important<br />

aspect of OSHA’s Electrical Safety-<br />

Related Work Practices and how they apply to<br />

your facility. Teach you the safe installation<br />

and maintenance of electrical equipment.<br />

Also informs you on the use of personal protective<br />

equipment.<br />

EIC 130 National Electrical Code I<br />

4 Credits<br />

The National Electrical Code and local code<br />

requirements for electrical installation are<br />

taught in this course. Chapters one through<br />

four of the National Electrical Code are covered.<br />

EIC 134 Life Safety Code (NFPA<br />

101)<br />

1.5 Credits<br />

The Life Safety Code addresses new and<br />

existing buildings with specific requirements<br />

that directly influence the safety of people.<br />

The purpose of the code is to preserve human<br />

life, protection of property and equipment.<br />

This course is for inspectors, managers, engineers,<br />

architects, building owners and insurers,<br />

manufactureres including fire suppression<br />

and alarm systems, and anyone in a buildingrelated<br />

field.<br />

EIC 135 National Electrical Code II<br />

4 Credits<br />

This course is a continuation of EIC 130 and<br />

covers chapters five through nine of the<br />

National Electrical Code, including hazardous<br />

locations; special occupancies, conditions and<br />

equipment.<br />

EIC 144 Grounding and Bonding<br />

1.5 Credits<br />

This course covers the latest technology and<br />

techniques available for a code and standards’<br />

compliant grounding and bonding systems.<br />

Learn about grounding and bonding requirements<br />

as they relate to Article 250 and other<br />

articles of the National Electrical Code.<br />

Installation, testing and inspection procedures<br />

for all power systems will be discussed. Also<br />

discussed are rules to minimize the risk of<br />

electircity as a source of electric shock, and as<br />

an ignition source for fires.<br />

EIC 150 DC Circuit Fundamentals<br />

4 Credits<br />

Prerequisite:EIC 105, MAT 105 or<br />

equivalent<br />

This course covers the principles of DC electricity<br />

and magnetism, with emphasis on<br />

Ohm’s, Kirchoff’s and Watt’s laws to analyze<br />

the voltage current and power of circuits.<br />

Common measuring instruments and safety<br />

are also discussed.<br />

EIC 155 AC Circuit Fundamentals<br />

4 Credits<br />

Prerequisites: EIC 105, 150 or permission of<br />

instructor<br />

This course covers the principles of AC electricity,<br />

magnetism, inductive and capacitive<br />

circuits; use of phasors to represent AC quantities;<br />

the concept of reactive volt-amperes<br />

and power factor; and use of instruments,<br />

including VOM’s and oscilloscopes. The<br />

course explores the principles of polyphase<br />

alternating current systems; Wye and Delta<br />

circuit configurations; and stresses safety procedures.<br />

EIC 160 Electrical Instruments<br />

and Measurements<br />

4 Credits<br />

Prerequisite:EIC 105 or permission of<br />

instructor<br />

This course covers the proper techniques for<br />

using electrical instruments, including<br />

volt/ohm, amp, phase rotation, oscilloscopes<br />

and recording meters. Instrument transformers<br />

for journeymen and in-plant electricians<br />

are also discussed.<br />

EIC 164 Introduction to Industrial<br />

Electronics<br />

1.5 Credits<br />

This course teaches resistance, current, voltage<br />

and power in AC and DC circuits; measurements;<br />

computations of series and parallel<br />

circuits; circuit analysis; and troubleshooting<br />

with basic test equipment.<br />

EIC 170 Solid State Devices<br />

and Circuits<br />

4 Credits<br />

Prerequisites: EIC 105, 150, 155 or permission<br />

of instructor<br />

This course explores the basic properties of<br />

diodes, transistors, triacs, SCRs and other<br />

solid state devices. Applications of solid-state<br />

devices in control and power conversion, and<br />

the circuits in equipment likely to be encountered<br />

in power installations are covered.<br />

133 2002 - 2003 <strong>Red</strong> <strong>Rocks</strong> <strong>Community</strong> <strong>College</strong> Catalog

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