Control Circuits & CommercialWiring (EEL 1215)

Term: 2021-2022 Fall Semester

Faculty

	Richard W ThompsonShow MyInfo popup for Richard W Thompson
	Email address is hidden, click here to email

	Shannon C. BrueggemannShow MyInfo popup for Shannon C. Brueggemann
	Email address is hidden, click here to email
	Office hours: 7:30 AM to 4:00 PM

	Mr. Jason D. AldenShow MyInfo popup for Mr. Jason D. Alden
	jdalden@ranken.edu
	Office hours: Monday 11:55 AM to 2:30 PM

	Tony L. WilkinsonShow MyInfo popup for Tony L. Wilkinson
	alwilkinson@ranken.edu

	Andy R. RainesShow MyInfo popup for Andy R. Raines
	arraines@ranken.edu
	Office hours: appointment only Monday 12:30 PM to 2:00 PM Monday 12:30 PM to 1:00 PM

	Stacy L. Hill-ScaifeShow MyInfo popup for Stacy L. Hill-Scaife
	Email address is hidden, click here to email

	Michael Jonathan DavisShow MyInfo popup for Michael Jonathan Davis
	Email address is hidden, click here to email

Schedule

Mon-Tue-Wed-Thu-Fri, 2:05 PM - 5:55 PM (8/23/2021 - 12/16/2021) Location: MAIN COOK 120

Description

This course explores in depth the understanding through lecture and construction of various types of electromechanical relay logic control circuits as applied in both the commercial and industrial environment. The student will study ladder logic and component wiring design. The operations these circuits perform are also emphasized through lab exercises. Fundamental motor control is studied from its basic application through advanced instruction sets. Students will be involved in hard wiring motor control components using ladder logic into functional control circuits. Students will also learn a hands-on approach to maintaining and troubleshooting of various types of control circuits. Students will also focused on applying the National Electric Code (NEC) for sizing, grounding and over-current protection of single-phase and three-phase feeder circuits. Students will perform various calculations as required by the NEC. Transformer theory and commercial/industrial power distribution system

Control Circuits & CommercialWiring (EEL 1215)

Term: 2021-2022 Fall Semester

Faculty

	Richard W ThompsonShow MyInfo popup for Richard W Thompson
	Email address is hidden, click here to email

	Shannon C. BrueggemannShow MyInfo popup for Shannon C. Brueggemann
	Email address is hidden, click here to email
	Office hours: 7:30 AM to 4:00 PM

	Mr. Jason D. AldenShow MyInfo popup for Mr. Jason D. Alden
	jdalden@ranken.edu
	Office hours: Monday 11:55 AM to 2:30 PM

	Tony L. WilkinsonShow MyInfo popup for Tony L. Wilkinson
	alwilkinson@ranken.edu

	Andy R. RainesShow MyInfo popup for Andy R. Raines
	arraines@ranken.edu
	Office hours: appointment only Monday 12:30 PM to 2:00 PM Monday 12:30 PM to 1:00 PM

	Stacy L. Hill-ScaifeShow MyInfo popup for Stacy L. Hill-Scaife
	Email address is hidden, click here to email

	Michael Jonathan DavisShow MyInfo popup for Michael Jonathan Davis
	Email address is hidden, click here to email

Schedule

Mon-Tue-Wed-Thu-Fri, 2:05 PM - 5:55 PM (8/23/2021 - 12/16/2021) Location: MAIN COOK 120

Description

This course explores in depth the understanding through lecture and construction of various types of electromechanical relay logic control circuits as applied in both the commercial and industrial environment. The student will study ladder logic and component wiring design. The operations these circuits perform are also emphasized through lab exercises. Fundamental motor control is studied from its basic application through advanced instruction sets. Students will be involved in hard wiring motor control components using ladder logic into functional control circuits. Students will also learn a hands-on approach to maintaining and troubleshooting of various types of control circuits. Students will also focused on applying the National Electric Code (NEC) for sizing, grounding and over-current protection of single-phase and three-phase feeder circuits. Students will perform various calculations as required by the NEC. Transformer theory and commercial/industrial power distribution system