Electrical Motor Protection System Design ELCL 9095
Online
Our Electrical Motor Protection System Design course focuses on detailed technical solutions for the protection of electrical motors, including very large medium-voltage motors (4.16 kV and 13.8 kV). Learn about the development of relay protection systems using EasyPower and ETAP software. Study solutions that use digital protective relays by GE Multilin, Schweitzer Engineering Laboratories (SEL), ABB, Basler AG, and Siemens. Practice using thermal models of motors to determine the temperature limit reached during repetitive starts.
Prerequisites
You must have completed our ELCL 9089 EasyPower Electrical System Modelling course.
Note(s)
Course Essentials:
The EasyPower and ETAP software used in this course require a computer with a 2 GHz (or greater) processor, 8 GB (or greater) RAM, and a Microsoft Windows 8 (or higher) 64-bit operating system.
Hours and Fees
Hours
24
Fee
$308.41, includes a non-refundable materials fee of $100
Upcoming Sections
3 May 2027 – 31 Jul 2027
Date(s):
–
Time:
—
Location(s):
Hours:
24
Fee:
$308.41, includes a non-refundable materials fee of $100
CRN Delivery Method Note:
Self-directed online classes use a learning management system (LMS) and offer teacher email support. A welcome letter with details about the LMS will be emailed to you.
5 Jul 2027 – 30 Sep 2027
Date(s):
–
Time:
—
Location(s):
Hours:
24
Fee:
$308.41, includes a non-refundable materials fee of $100
CRN Delivery Method Note:
Self-directed online classes use a learning management system (LMS) and offer teacher email support. A welcome letter with details about the LMS will be emailed to you.
Past Sections
8 Sep 2026 – 30 Nov 2026
Date(s):
–
Time:
—
Location(s):
Hours:
24
Fee:
$308.41, includes a non-refundable materials fee of $100
CRN Delivery Method Note:
Self-directed online classes use a learning management system (LMS) and offer teacher email support. A welcome letter with details about the LMS will be emailed to you.
CRN is Closed
Read about our textbooks policy, and remember that the Continuing Education attendance policy and closure dates differ from those for full-time college programs.