Electrical Handbook

SCHOOL OF CONSTRUCTION AND DESIGN TECHNOLOGIES

Electrical Technology Electrical Occupations Electromechanical -Maintenance Technology

REV. 3/7/05

S C H O O L O F C O N S T R U C T I O N A N D D E S I G N T E C H N O L O G I E S

Electrical Technology (EL) Electrical Occupations (EO)

Electromechanical Maintenance Technology (MT)

Pennsylvania College of Technology One College Avenue

Williamsport, PA 17701

School of Construction and Design Technologies

Telephone: 1-570-327-4518 FAX: 1-570-327-2406

Email: [email protected]

The Pennsylvania College of Technology operates on a non-discriminatory basis.

Pennsylvania College of Technology Williamsport, PA

Table of ContentsA B O U T T H E M A J O R 1 C A R E E R O P P O R T U N I T I E S 3 G O A L S A N D O B J E C T I V E S 5 A C C R E D I T A T I O N O R E N D O R S E M E N T 8 C U R R I C U L U M 8 F A C I L I T I E S 1 0 T O O L S 1 1 C O U R S E L I S T I N G S 1 3 A D V A N C E D C R E D I T / C O - O P 1 8 C O N T I N U I N G Y O U R E D U C A T I O N 1 9 C O N T A C T I N F O R M A T I O N 2 0

P E N N S Y L V A N I A C O L L E G E O F T E C H N O L O G Y E L E C T R I C A L T E C H N O L O G I E S

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About the Major he two year Electrical Technology associate degree (A.A.S.) major prepares students for entry-level jobs in industry as electrical technicians. Students develop the practical skills needed to work with residential, commercial,

and industrial wiring and equipment installations, electrical machinery, electric and electronic machine control devices and other electronic equipment. The program emphasizes electrical and electronic basics and includes theory and lab experience in troubleshooting, circuitry, industrial electronics, electrical machinery and electrical construction practices.

Electrical work is a dynamic and diverse industry, which requires specialized skills. The electrician must be able to layout, install, repair, and test entire electrical systems. Along with electrical training, the electrician must have a complete working knowledge of blue print reading and know the National Electric Code and local codes. Electricians must be mechanically inclined, physically fit and be able to work with mathematical relationships.

The Electrical Occupations certificate curriculum offers the skills and theoretical background needed for a variety of careers. Graduates may work as electricians in electrical construction, or in electrical maintenance, where they would work with electrical machinery. The major emphasizes electrical and electronic basics and the development of skills through laboratory practice. Courses in communication, math, and science improve students' employment prospects.

The Electromechanical Maintenance Technology associate degree (A.A.S.) major prepares students for a wide variety of employment opportunities in commercial and industrial settings. The major emphasizes skills and knowledge in troubleshooting and repair of electrical/electronic and mechanical equipment. Specialized coursework will include programmable logic control and its use in commercial and industrial applications.

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Statement of Mission The Electrical Technologies program was designed to provide students with the knowledge and skills that will lead to employment and advancement in the residential, commercial, or industrial electrical industry. The technical, hands-on coursework emphasizes the practical skills needed in electrical and electronic basics, and includes theory and lab experience in troubleshooting, circuitry, industrial electronics, electrical machinery, and electrical construction practices. The program will enable the graduate to work in related electrical areas or work towards an advanced degree in a related field.

Student Organizations VICA Students in technical programs have the opportunity to join Skills USA-VICA (Vocational Industrial Clubs of America). VICA is a national organization serving more than 250,000 high school and college students who are enrolled in training programs in technical, skilled, and service occupations, including health occupations.

Skills USA programs include local, state and national competitions in which students demonstrate occupational and leadership skills. During the annual national-level Skills USA Championships, more than 4,100 students compete in 73 occupational and leadership skill areas.

Penn College supports VICA as a means for students to enhance and utilize the skills they have gained in their programs.


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Career Opportunities Excellent prospects await the successful graduate. The reward for academic perseverance is a satisfying and challenging career in a dynamic industry. The electrical industry has shown consistent growth and stability over the last decade, and opportunities for successful graduates will continue to increase.

Types of Jobs The Electrical Technology (EL) program prepares graduates for a variety of careers in the electrical industry such as: industrial maintenance, field service technician, residential or commercial/industrial electrician, electronic apparatus troubleshooter, electrical laboratory technician, electrical engineering technologist, design assistant, electrical layout facilitator, and technical writer.

The Electrical Occupations (EO) program prepares graduates for careers such as: industrial maintenance, electrical troubleshooter, utility company employee, construction union apprentice, electrical tester or inspector, or self-employment in residential and commercial wiring.

The Electromechanical Maintenance Technology (MT) program prepares graduates for careers such as: maintenance technician in commercial and industrial settings such as utilities, hospitals, schools, and manufacturing facilities; building superintendent and maintenance supervisory positions.

Placement Results for Our Graduates The placement rate for the 2002/2003 graduates are as follows:

Electrical Technology 100%. The average annual starting salary was $34,333 with a reported high of $50,000 and a low of $22,000. The expected starting salary can vary widely depending on the geographic location of the job, with higher salaries usually reported for more urban areas. Companies hiring our graduates include Wise Foods, Honeywell, Corning Asahi, Northrop-Grumman, West Pharmaceutical Services Co., and other well-known firms.


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Electrical Occupations 85.7%. The average annual starting salary was $23,480, with a reported high of $24,400 and a low of $22,000. The expected starting salary can vary widely depending on the geographic location of the job, with higher salaries usually reported for more urban areas.

Electromechanical Maintenance Technology 80%. The average annual starting salary was with a reported high of $30,611 . The expected starting salary can vary widely depending on the geographic location of the job, with higher salaries usually reported for more urban areas. Companies hiring our graduates include Hanne Electric, S. Clyde Weaver, Inc. and other well-known firms.

A career fair every year brings hundreds of potential employers to meet prospective graduates. There is also a no-cost on-line system called eRecruiting for Penn College students and graduates to aid in finding the best opportunities. This system allows students to post their resumes and read about position openings and company information at their convenience. Companies may post job openings directly to the eRecruiting system, and review resumes of potential candidates in all of the majors.


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Goals and Objectives Electrical Technology (EL) Program Goals: This major equips students with the skills needed to understand and apply electrical/electronics technology theory. The major includes practical skills and theoretical aspects of the trade. Graduates should also have the background needed to transfer to a four-year bachelor of technology program. Graduates of this major should be able to

demonstrate the ability to use algebra, trigonometry, and physics in the design, development, and analysis of electrical and electronic circuits and systems.

interpret and develop blueprints, schematic diagrams, wiring diagrams, and transform them into functioning systems that comply with the National Electrical code and/or other specifications.

evaluate technical information and communicate verbally and/or in writing to others in or out of the field.

demonstrate basic knowledge of construction procedures and electrical wiring techniques.

demonstrate knowledge of advanced electrical/electronic theory through the use of complex numbers and network theorems.

demonstrate knowledge of the theory and mechanics of rotating machinery, Programmable Logic Control (PLC) circuitry, transformer banks, and instrumentation.

troubleshoot microprocessor-based industrial control devices such as PLC and electro-mechanical systems.

demonstrate the ability to use test equipment and instrumentation to analyze, troubleshoot, repair, and operate electrical/electronic circuits, systems, and equipment.

demonstrate technical skills in a variety of electrical fields and apply accepted OSHA safety standards.


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Electromechanical Maintenance Technology (MT) Program Goals: Graduates of this major should be able to

demonstrate safe work habits in performance of maintenance tasks. use knowledge of troubleshooting techniques to identify and solve

problems with electromechanical devices found in industry.

read blueprints, electrical and mechanical drawings; interpret related specifications.

demonstrate knowledge of electrical principles and laws; apply mathematical formulas to solve electrical problems in both direct and alternating current equipment and systems.

apply knowledge of electrical codes. demonstrate knowledge of general and OSHA safety practices. demonstrate basic skills in arc welding; oxy-acetylene welding and cutting;

gas tungsten arc welding; gas metal arc welding.

communicate in both written and verbal forms to successfully interact with peers and subordinates.

write clear, concise, accurate technical reports. work with others in a cooperative and team effort in the solution of

maintenance problems.

demonstrate skill in the use of basic diagnostic and test equipment and measuring devices to analyze and problem solve.

demonstrate knowledge in programmable logic control (PLC) and motor control.

apply algebra and physics in the analysis and solution of maintenance problems.


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Electrical Occupations (EO) Program Goals: This major prepares graduates for jobs in residential, commercial or industrial electrical settings. Graduates of this major should be able to

demonstrate technical skills in a variety of electrical fields, apply accepted safety standards, and meet work quality standards.

demonstrate and apply knowledge in electrical theory and mathematics in the construction and operation of electrical systems.

use and care for electrical tools and materials and demonstrate the ability to requisition these items from a stockroom or supplier.

read and develop blueprints and use this information in performing installation, which comply with the National Electrical Code.

interpret ideas and develop plans through communicating with others. operate, maintain, and repair rotating electrical machines. demonstrate working knowledge of electrical construction procedures in

residential, commercial, and industrial installations.

demonstrate the use of troubleshooting equipment and standard testing procedures.

set up ladder relay logic systems and convert them to electronic programmable control systems.

operate and maintain electrical and electronic programmable control systems.

demonstrate knowledge of basic electronic control circuitry, devices, and schematic diagrams.

troubleshoot microprocessor-based industrial control devices such as robots.


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Accreditations The Pennsylvania College of Technology is a fully accredited member of the Middle States Association of Colleges and Secondary Schools.

Curriculum The required credit distribution of the AAS Core includes the following (all courses must be at the 100 level or above):

Communications 6 credits ENL 111 and ENL 201 or ENL 121 Mathematics 3 credits MTH 180 (EL also requires MTH 182) Science 3 credits PHS 114 Humanities, Soc. Science, Art 3 credits Fitness 1 credit Computer Science 3 credits CSC 110 Total 19 credits The following courses are required for students in Electrical Technology (EL) and Electromechanical Maintenance Technology (MT): ELT 111 Direct Current Fundamentals ELT 113 Accident Prevention ELT 116 Construction Lab I-Residential ELT 122 Alternation Current Fundamentals ELT 234 Electrical Motor Control & Programmable Logic Control I ELT 235 Industrial Electronics ELT 245 Electrical Motor Control & Programmable Logic Control II


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ELT 248 Electrical Systems Analysis Electrical Technology students must also take these additional courses: EDT 120 Electrical Drawing and Print Reading ELT 120 Construction Lab II-Commercial ELT 244 Advanced Electrical Theory ELT 249 Programmable Logic Control Input/Output Devices Electromechanical Maintenance Technology students must also take these additional courses: EDT 110 Mechanical Drawing or ELT 128 Drawing and Print Reading IMT 221 Commercial/Industrial Equipment Installation & Troubleshooting MTT 106 Manufacturing Process Survey WEL 100 Introduction to Welding Students in the Electrical Occupations program must take the following courses: ENL 010 Communications MTH 120 Technical Algebra and Trig I ELT 113 Accident Prevention ELT 116 Construction Lab I ELT 117 Direct Current Fundamentals ELT 120 Construction Lab II-Commercial ELT 126 Technical Algebra and Trig I ELT 127 Motor Maintenance and Repair ELT 128 Electrical Drawing and Print Reading ELT 231 Industrial Motor Control ELT 237 Construction Lab III-Industrial ELT 238 Basic Electronics for Industry ELT 240 Construction Lab IV-Practical ELT 243 Programmable Control ELT 246 Electrical Machinery Analysis ELT 247 Industrial Control and Troubleshooting


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Facilities Our faculty works closely with students on their professional development and class selections. Students in the major work with each other in dynamic group situations, simulation exercises and field exercises. Our class size ranges from 16-22 students. Most of our courses are taught by our full-time faculty. Our continued growth has necessitated the hiring of some qualified adjunct faculty. Our adjunct faculty has significant work experience in electrical-related fields. We are committed to providing modern facilities with the most recent equipment and software releases. We are also committed to creating the opportunity for students to learn the fundamental concepts used in the practice of all aspects of the electrical field, so that graduates have a wide variety of career options.

Classrooms and Labs There are program specific classrooms dedicated to the electrical field programs. The program also uses specialized electrical labs for training. There are 9 dedicated electrical laboratories and seven classrooms the Electrical Technologies Center building.

Major Equipment Allen-Bradley Programmable

Logic Control computer stations. Fluke Scopemeters, Tektronix

Digital Oscilloscopes Machinery analysis and

transformer workstations Heavy-duty conduit bending

equipment.


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Tools Students do not need to purchase tools prior to the start of the semester. Faculty can advise students which tools are required first and sources where they can be acquired.

PROGRAM TOOL LIST for

Electrical Occupations (EO) Electrical Technology (EL)

Quantity IDEAL KLEIN Tool 1 35-309 5164 or 5165 Electricians tool pouch 1 35-316 5207 Belt for tool pouch with hammer holder 1 Each Awl 1 Each Hacksaw 1 Each Electricians hammer 1 Each Electricians knife 1 Each Pliers, Arc joint, 10 (channel locks, pump pliers) 1 Each Pliers, diagonal cutting, offset 1 Each Pliers, long nose, 7 1 Each Folding rule OR 1 Each Tape measure, 10 minimum 1 Each 3/16x6 Cabinet tip screwdriver 1 Each 4 standard screwdriver w/wirenut tool 1 Each 8 sq. shank heavy duty screwdriver 1 Each #2 Phillips screwdriver 1 Each screw holding screwdriver 1 Each Wire strippers OR 1 Each Wire stripper bolt cutter combo 1 Each Protective eye wear (clear lens only) 1 Each 9 magnetic torpedo level 1 Each 3 in 1 tap tool 6/32, 8/32, 10/32 OR 1 Each 6 IN 1 TAP TOOL above taps plus 10-24, 12/24, 1/4-20 1 Each Continuity tester (GB GCT 304A, Fluke T2) OR 1 Each *** VOL/CON voltage & continuity tester 1 Each Black & White electrical tape 1 Each Wood chisel 3/4

Needed for Second Semester

1 Each Pliers, Arc joint, 10 (channel locks second pair) 1 ***digital multimeter (Craftsman 982139) 1 Each Hex key set 3/16, 7/32, 1/4, 5/16, 3/8 1 Each Hex key set .05, 1/16, 5/64, 3/32, 7/64, 1/8, 9/64, and 5/32 1 Each 3/8 drive socket set OR 1 Each 7 piece nut driver set 1 Each 8 adjustable wrench 1 Each Voltage tester

Estimated total price for tools $600-$750 ***Takes the place of continuity tester and voltage tester. Part numbers are for Ideal or Klein brand. (unless indicated) Other brandsT&B, GB, Channel Lock, Snap-On and Craftsman are acceptable. Students receiving certain types of financial aid or grants may be required to purchase their tools through the College Bookstore.


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PROGRAM TOOL LIST

for Electromechanical Maintenance Technology (MT)

Quantity Tool 1 Each Electricians tool pouch 1 Each Belt for tool pouch 1 Each Awl 1 Each 16 hacksaw 1 Each Electricians hammer 1 Each Electricians knife 1 Each Pliers, Arc joint, 10 (channel locks) 1 Each Pliers, diagonal cutting, 7 offset 1 Each Pliers, linemans, 9 1 Each Pliers, long nose, 7 1 Each Folding 6 rule OR 1 Each Tape measure, 12x1 1 Each 3/16x6 Cabinet tip screwdriver 1 Each 4 standard screwdriver w/wirenut tool 1 Each 8 sq. shank heavy duty screwdriver 1 Each #2 Phillips screwdriver 1 Each 8 screw holding screwdriver 1 Each Wire strippers OR 1 Each Wire stripper bolt cutter combo 1 Each Protective eye wear (clear lens only) 1 Each 9 magnetic torpedo level 1 Each 3 in 1 tap tool 6/32, 8/32, 10/32 OR 1 Each 6 IN 1 TAP TOOL above taps plus 10-24, 12/24, 1/4-

20 1 Each Continuity tester 1 Each Voltage tester OR 1 Each *** VOL/CON voltage tester OR 1 Each 22-185 or 22-194 multimeter, digital (Radio Shack or

equiv., 2nd semester) 1 Each Wood chisel 3/4 ***takes the place of continuity tester and voltage tester Needed for second semester 1 Each Pliers, Arc joint, 10 (channel locks) (Second pair 1 Each Hex key set 3/16, 7/32, 1/4, 5/16, 3/8 1 Each Hex key set .05, 1/16, 5/64, 3/32, 7/64, 1/8, 9/64, and

5/32 1 Each 3/8 drive socket set OR 1 each 7 piece nut driver set 1 each 8 adjustable wrench 1 each 3 or 4 x 1/8 blade pocket screwdriver ESTIMATED TOTAL PRICE FOR TOOLS $400-$500


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Course Listings ELT110 Electricity for the Trades Theory and laboratory assignments in electrical design. Symbols used on building construction blueprints. Explanation of electrical diagrams. The use of the National Electrical Code as a governing agent which establishes wiring requirements. Residential wiring, switching, lighting, receptacles, and service entrances in the laboratory. 3 Credits (2 Lecture -3 Lab) Fall Only. ELT111 Direct Current Fundamentals Basic principles of electricity and the laws and formulas which are used to solve electrical problems. Principles of magnetism and their relationship to direct current generators and motors and other electrical machinery. Laboratory work trains students to connect equipment and instruments. 5 Credits (4 Lecture -3 Lab) Corequisite(s): MTH006. Fall Only. ELT113 Accident Prevention Principles of accident prevention in industry. Electrical safety procedures in all human activities; lifesaving techniques. 2 Credits (2 Lecture -0 Lab) ELT116 Construction Lab I-Residential An introduction to residential wiring, plans, specifications and codes. Theory and lab assignments in developing wiring diagrams, wiring basic lighting and receptacle currents, low voltage switching and control circuits. Blueprint reading and the N.E.C. are included in the course. 5 Credits (3 Lecture -6 Lab) Fall Only. ELT117 Applied Direct Current Fundamentals Basic electrical laws, electrical terms, batteries, electrostatics, electrical meters and instruments. 6 Credits (4 Lecture -6 Lab) Corequisite(s): MTH120 or MTH124. Fall Only. ELT120 Construction Lab II-Commercial Theory and laboratory assignments in commercial wiring, blueprint reading, and N.E.C. as it applies to commercial circuits. Students will plan, layout, and install circuits and devices used in commercial buildings. 5 Credits (3 Lecture -6 Lab) Prerequisite(s): ELT116. Spring Only.


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ELT122 Alternating Current Fundamentals The fundamental principles of the behavior and flow of alternating current electricity. Includes problem solving current, voltage, impedance, reactance and power factor in series and parallel circuits. The above AC principles are developed to form a foundation of the fundamentals which are needed to better understand the operating principles of AC motors, generators and control equipment. 5 Credits (4 Lecture -3 Lab) Prerequisite(s): ELT111. Spring Only. ELT126 Applied Alternating Current Fundamentals Alternating current electricity as it relates to residential, commercial, and industrial power use. Laws and formulas used to solve problems in the use of AC electrical principles. Practical experiences in the use of equipment and instruments. 6 Credits (4 Lecture -6 Lab) Prerequisite(s): ELT117. Spring Only. ELT127 Motor Maintenance and Repair Electrical and mechanical feature of various single phase motors; lab work; development of knowledge and skills in rewinding and repairing single phase motors. 3 Credits (1 Lecture -6 Lab) Prerequisite(s): ELT117. Spring Only. ELT128 Electrical Drawing and Print Reading An introduction to preparation and interpretation of residential and commercial electrical drawings, diagrams, and schematics. Provides an introduction to drafting instruments, orthographic projection, sectional views, axonometric projection, and technical sketching. Included is the interpretation of construction drawings, electrical symbols, wiring diagrams, schedules, notation, technical information, and electrical specifications used on electrical drawings. (Formerly EDT 120) 2 Credits (1 Lecture -3 Lab) ELT231 Industrial Motor Control This course represents a practical and theoretical approach to the understanding, designing, development and use of relay logic diagrams in the installation, operation, and maintenance of industrial logic control systems. 6 Credits (4 Lecture -6 Lab) Prerequisite(s): ELT117. Fall Only.


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ELT234 Electrical Motor Control An introduction to the understanding, designing and development of relay logic diagrams for use in the installation, operation, and maintenance of relay motor control systems for industry. 4 Credits (3 Lecture -3 Lab) Prerequisite(s): ELT111. Fall Only. ELT235 Industrial Electronics Fundamentals of electronic devices, analog and digital circuits, and troubleshooting solid-state I/O control circuits. Practical laboratory work with prewired analog and digital circuits. 6 Credits (4 Lecture -6 Lab) Prerequisite(s): ELT122. Fall Only. ELT236 Applied Power and Electronics Laboratory analysis and theoretical aspects of control circuits, machinery and transformers used in industry. 6 Credits (4 Lecture -6 Lab) Prerequisite(s): ELT122. Fall Only. ELT237 Construction Lab III Industrial An introduction to industrial wiring, blueprint reading, and the N.E.C. Theory and Lab assignments in bus systems, unit substations, panelboards, subfeeders, conduit, and special equipment. (Formerly ELT 230) 4 Credits (2 Lecture -6 Lab) ELT238 Basic Electronics for Industry Basic electronic concepts as used in industrial control. Primarily a devices course, introducing the student to discrete devices, integrated circuits (both linear and digital), symbols, basic circuit configurations, the use of test equipment and measuring techniques, the study of these devices in the laboratory to supplement lecture. (Formerly ELT232) 5 Credits (4 Lecture -3 Lab) Prerequisite(s): ELT126. ELT239 Fundamentals of Electronics for BBT This course is designed to meet the needs of HVAC and transfer students that lack the necessary basic electronics needed to complete the Building Automation Technology (BBT) major. Topics include a review of basic electronic test instruments as well as an introduction to semiconductor devices and their use in control systems such as Direct Digital Controls. 5 Credits (4 Lecture -3 Lab) Prerequisite(s): ELT252. ELT240 Construction Lab IV-Practical Experience Practice in the installation of rigid conduit and other electrical wire ways. Pulling in and wiring motor controllers and other electrical equipment. Study of blueprints for large electrical construction jobs. 3 Credits (0 Lecture -9 Lab) Prerequisite(s): ELT120.


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ELT243 Programmable Control A practical and theoretical approach to the installation, programming, and maintenance of programmable control (P.C.) equipment. The application of P.C. in manufacturing processes. Theory covers the proper installation of P.C. equipment, especially the correct grounding application of processor units and the development of P.C. Ladder diagrams. The practical work includes programming and changing operational programs to prepare the student to work as "line mechanic" on production lines using programmable controls. 4 Credits (3 Lecture -3 Lab) Prerequisite(s): ELT231 and ELT232 or ELT231 and ELT238. Spring Only. ELT244 Advanced Electrical Theory Solution of network problems. Problems involving Kirchoff's Laws; Mesh and Nodal Analysis; Thevenin's and Norton's Theorems; Voltage and Current Division. Problem sets using second and third order determinants using phasors. 3 Credits (3 Lecture -0 Lab) Prerequisite(s): ELT122 and MTH180. Spring Only. ELT245 Introduction to Programmable Logic Control An introductory course in the understanding, programming and operation of programmable logic control and the utilization of such controls as an aid to effective production and quality control processes for production line industrial control systems. The practical application includes the programming and changes of operational programs and generated control commands which will provide a complete system for efficient high speed production requirements. 4 Credits (3 Lecture -3 Lab) Prerequisite(s): ELT234 and ELT235. Spring Only. ELT246 Electrical Machinery Analysis Theory and laboratory instruction in the use and operation of electrical machinery and transformers, meters and metering methods used with this equipment, and troubleshooting procedures using schematic diagrams. 3 Credits (2 Lecture -3 Lab) Prerequisite(s): ELT126. Spring Only. ELT247 Industrial Control and Troubleshooting Hands-on troubleshooting of solid-state circuits used for industrial applications. 4 Credits (3 Lecture -3 Lab) Prerequisite(s): ELT238 or ELT232. Spring Only. ELT248 Electrical Systems Analysis Lecture and laboratory instruction to provide a comprehensive program through laboratory experiments and report writing to master the principle and operation of


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machines and devices that generate, transform and use electrical power. 3 Credits (2 Lecture -3 Lab) Prerequisite(s): ELT122. Spring Only. ELT249 Programmable Logic Control Input/Output Devices This course provides the student with the essentials needed to establish a foundation in industrial automation and control (input/output devices). Specific product experience with high end I/O devices includes, but is not limited to, the design and use of sensors, final control elements, recorders, operator interfaces, and electronic controllers. The course will present the principals, methods, and rationale on how remote sensing and actuation are combined with modern communication techniques to effectively monitor and control industrial processes. Automatic timing, control, and communications offer a challenging and accelerated opportunity that will prepare the student for the needs of industry. In addition the course will also explore the concept of front end engineering. 4 Credits (3 Lecture -3 Lab) Prerequisite(s): ELT234 and ELT235.


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Advanced Credit Students have the opportunity to apply for advanced placement credit by testing out of a specific course(s). There is no fee for entering freshman students for advanced credit testing, and testing is arranged through the School of Construction and Design. Returning students may wish to test out of advanced courses for which they feel prepared. Students must contact the instructor of the specific course(s) they wish to challenge, a test date is set up, and students pay a $50.00 non-refundable fee prior to the exam. If the exam is completed successfully, students are awarded advanced placement credit, and the credit is noted on the transcript/profile.

Transfer Procedures: Students transferring from associate degree majors at Penn College or another college will have their transcripts evaluated by Penn College officials prior to acceptance into the degree. No course for which a student received less than a "C" grade will be accepted for transfer into the major. Courses taken more than 10 years ago will be evaluated to determine if they meet current course requirements.


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Continuing Your Education Most graduates find a job with a company immediately upon graduation, or become self-employed contractors, particularly in the residential area of the construction field.

Electrical Technology (EL) and Electromechanical Maintenance Technology (MT) graduates have the option of enrolling in the Building Automation Technology (BBT) baccalaureate program. This major combines electrical and electronics technologies, computers and networking technology, and building mechanical systems (HVACR) in a unique major for building automation professionals. Students who further their education have the best of both worlds; the hands-on technology of the EL/MT program, coupled with the technology and management disciplines in the BBT program.

Associates graduates who wish to enroll in a baccalaureate program must ensure completion of the math requirements for these majors. Students who plan to continue in these majors should consult with an advisor as early as possible.

Electrical Occupations (EO) graduates must first complete the Electrical Technology or Electromechanical Maintenance Technology associate degrees prior to transferring into the four-year degree program.

Another option for our successful associate degree students is transferring to Penn State Harrisburg for Electrical Engineering Technology.


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Contact Information School of Construction & Design Technologies Learning Resources Center, Room LRC156 Phone: (570) 327-4518 Fax: 570.320.2406 E-mail: [email protected]

Other Campus Sites: Academic Support Services 1-570-327-7266 Tutoring Center ACT101 Tutoring Disability Services Project Success

Advisement Center 1-570-320-5228 New Student Testing and Scheduling Scheduling Curriculum Changes

College Bookstore 1-570-327-4508 Textbook Questions Class materials Parking Passes

College Police 1-570-327-4760 Security Issues

Counseling and Career Services 1-570-327-4765 Cooperative Education Opportunities E-Recruiting

Financial Aid Office 1-570-327-4766 Scholarships Financial Aid Questions

Food Services Operations 1-570-327-4766 Meal Plans

Registrars Office 1-570-327-4772 SIS (Student Information System) PIN Number for SIS Dropping/Adding Courses

Residence Life 1-570-320-8023 On- and Off Campus Housing

Documents

Electrical Handbook