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This five-day program is used regularly by industrial plants and industries utilizing cross-training to increase productivity, effectiveness and flexibility in their workforce. It also provides an excellent foundation in electrical maintenance and troubleshooting for workers entering apprenticeship programs, leapfrogging them several years ahead in their knowledge, skills and abilities.
The successful student will receive a solid understanding of low voltage single and three phase electrical systems. The program places maximum emphasis on safe work practices and procedures, installation requirements, troubleshooting and preventive maintenance. This program saved one client a year of OJT with increases in safety, quality and productivity.
CSA Z462 and NFPA 70E require that non-electrical supervisors managing electrical crews be qualified to understand the safety, installation, maintenance and troubleshooting tasks that electrical workers perform daily. It includes a complete understanding of the requirements of CSA Z462-24 and NFPA 70E.
Who should attend: Millwrights, mechanics, and other trades whose jobs require a certain amount of cross training in industrial electrical systems as they work with their electrical counterparts as well as non-electrical supervisors who must know what their electrical subordinates are exposed to.
| Next Understanding Low Voltage Electrical Systems For Non-Electrical Industrial Professionals Courses | ||||
|---|---|---|---|---|
| March 23 – 27, 2026 | Edmonton, AB | OR26120 | $4799.00 + Tax Per Attendee | Register |
| View schedule | ||||
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Paul Fitton, Champion Drilling"I got a better understanding of how different electrical systems work and got lots of hands on practical learning. My instructor was excellent and helped me personally, so I would remember and understand what I'd been taught."
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Jody Beutler, Layne Christensen"This course was well worth the time and money and gave a good foundation for solving problems. There was lots of real life issues covered as the instructor brought a lot of valuable experience to the class."
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Yuri Piplenko, Millwright"This was an informative course and covered a lot of aspects of electrical trade safety. The instructor was intelligent with a good sense of humor. I wish all electrical trades people had the opportunity to study this course."
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Craig R Balfour, Brandt"I would recommend this course to anyone interested because you should have an understanding of troubleshooting in this line of work. The instructor was very good, gave detailed explanations and was always willing to help."
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Ron Book, Glenboro Mechanical"This is a good course to take to get a better understanding of what electricity actually does in a low voltage system. It also helped me understand which tools can help me while troubleshooting and what to expect when working with an electrician."
Course topics
I. TEST ELECTRICAL CIRCUITS
Objective: Understand how to conduct basic measurements in an electrical circuit or system using a multimeter.
II. TEST ELECTRICAL COMPONENTS
Objective: Understand how to test electrical components and circuits using a DMM.
III. APPLY ELECTRICAL FUNDAMENTALS
Objective: Explain the basic principles of electricity and how circuits operate.
View all topicsI. TEST ELECTRICAL CIRCUITS
Objective: Understand how to conduct basic measurements in an electrical circuit or system using a multimeter.
- Use Digital Multimeters
- Measure Voltage
- Measure Current
- Measure Power
- Evaluate Students
II. TEST ELECTRICAL COMPONENTS
Objective: Understand how to test electrical components and circuits using a DMM.
- Test Conductors
- Measure Circuit Resistance
- Test Insulation
- Evaluate Students
III. APPLY ELECTRICAL FUNDAMENTALS
Objective: Explain the basic principles of electricity and how circuits operate.
- Apply Ohms Law
- Apply Watts Law
- Apply Direct Current Theory
- Apply Alternating Current Theory
- Troubleshoot Electrical Circuits
- Evaluate Students
IV. TROUBLESHOOT ELECTRICAL FAULTS
Objective: Understand how to troubleshoot electrical circuit and system faults.
- Identify System Problems
- Identify Maintenance Problems
- Identify Operating Problems
- Troubleshoot Circuit Problems
- Evaluate Students
V. OPERATE ELECTRICAL SYSTEMS
Objective: Inspect and evaluate the construction and operation of electrical circuits.
- Read Electrical Diagrams
- Identify Color Coding
- Plan Circuit Device Installations
- Inspect 120 Volt Circuit Installations
- Plan 120/240 Volt Circuit Installations
- Evaluate Transformer Applications
- Compare Three Phase Systems
- Evaluate Students
VI. REPLACE SINGLE PHASE EQUIPMENT
Objective: Understand how to replace single phase electrical equipment following proper methods, techniques and applicable regulations.
- Inspect Circuit Simulator Boards
- Connect Wires
- Connect Cables
- Connect Cord Ends
- Connect Lights
- Connect Receptacles
- Connect Single Phase Motors
- Connect Single Phase Panels
- Evaluate Students
VII. ARC FLASH AND LOW VOLTAGE SAFETY
Objective: Recognize the damage electricity can cause to the human body, identify common causes and follow safe work practices and procedures.
- Intro to the CSA Z462 standard.
- Avoid Electric Shocks.
- Avoid Arc Flash Hazards
- Select appropriate PPE
- Use Rubber Gloves Effectively.
- Isolate Circuits and Test Dead
- Safe Switching Methods
VIII. TROUBLESHOOT SINGLE PHASE SYSTEMS
Objective: Understand how to test, troubleshoot and diagnose single phase electrical circuit problems following proper methods and techniques.
- Troubleshoot Open Circuits
- Troubleshoot Short Circuits
- Evaluate Students
IX. MAINTAIN PROTECTIVE SYSTEMS
Objective: Understand the systems that protect people, equipment, materials and the environment.
- Describe Power Company Grounding
- Ground Electrical Systems
- Bond Electrical Equipment
- Ground Electrical Equipment
- Maintain Double Insulation
- Test Fuses
- Test Breakers
- Evaluate Students
X. TEST CIRCUIT SAFETY AND CONTROL DEVICES
Objective: Understand how to test circuit safety, control and magnetic devices.
- Test Magnetic Devices
- Test Safety Devices
- Test Control Devices
- Evaluate Students
XI. REPLACE THREE PHASE EQUIPMENT
Objective: Understand how to replace three phase electrical equipment following proper methods, techniques and applicable regulations.
- Mount System Simulator Boards
- Connect Three Phase Panel Boards
- Connect Three Phase Cables
- Connect Three Phase Manual Starters
- Connect Three Phase AC Motors
- Identify Three Phase Motor Failures
- Connect Three Phase Magnetic Starters
- Protect Three Phase Motors
- Evaluate Students
XII. TROUBLESHOOT THREE PHASE SYSTEMS
Objective: Understand how to test, troubleshoot and diagnose three phase electrical circuit problems following proper methods and techniques.
- Troubleshoot Power Circuit Faults
- Troubleshoot Control Circuit Faults
- Evaluate Students
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Next Understanding Low Voltage Electrical Systems For Non-Electrical Industrial Professionals Courses
| Date | City & prov | Venue | Code | |
| March 23 – 27, 2026 | Edmonton , AB | Hampton Inn Edmonton/Sherwood Park | OR26120 | Register |
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Wayne Jeffrey
Years of Experience44Wayne joined Canada Training Group with over 40 years of knowledge and experience in the Electrical and Instrumentation industry. As a Master Electrician and Journeyman Instrument Mechanic, Wayne offers a unique perspective to training that provides solid theory with practical applications gained through years of work in the industry. Wayne’s oilfield and agriculture experience encompasses maintenance...
See Wayne Jeffrey CVExpertise
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Hayden Berg, Fortis Mining Engineering and ManufacturingWayne was very knowledgeable and did a good job making the content digestible and engaging.
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Robert Burnell, Suncor EnergyWayne was a great instructor, easy to get along with, open to questions, and very knowledgeable
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Todd Bicklmeier, Canfor PulpWayne is very knowledgeable and provides a good learning environment.
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Dave Neal
Years of Experience53With 33 years of on the job experience at Hydro One, doing consulting work for McGregor Allsop, Trow Engineering Consultants and Dillion and Associates, Dave has acquired extensive knowledge of electrical equipment, installations and legislative requirements. While with Hydro One, Dave was involved with many projects including: - Held the lead role in the implementation of the new Training Development...
See Dave Neal CVExpertise
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Ben Eisler, West Fraser Quesnel Plywood“Dave engaged us by including lots of questions in his discussions. It caused us to think or at least to create in our minds a place to pile the information that came next. We were not bored by a “I talk, you listen” type of presentation. It improved my appreciation for the dangers that can be...
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Chris McClemmens, LanxessI have learned a lot through both the theory & hands on portion of this course. Dave had a lot of experience to share, real life stories to relate to equipment. Troubleshooting portion showed a lot of different problems and how to follow through.
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Gerard Flegel, Westmoreland Coal – Estevan Mine“The instructor, Dave Neal showed tremendous knowledge of the subject, provided personal experiences directly related to the subject and did a very good job of keeping the students involved with discussions.”
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Jim Roberts
Years of Experience46Jim Roberts brings over 43 years of experience in the electrical field. A graduate from the Georgian College Electrical Engineering program, he started his career at Toronto Hydro Electrical Systems as a High Voltage Underground Cable Fault Technician then proceeded to Toronto Transit Commission where he obtained his red seal 309A electrical license and became a Maintenance/Construction Electrician...
See Jim Roberts CVExpertise
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Chue Yee Vang, CumminsThis instructor has a lot of credentials and is very knowledgeable in various types of electrical components. He was able to apply to work-related experiences for us to get a better understanding.
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Paul Steinkey, Daam Galvanizing Ltd.“Jim was very knowledgeable with course material. He would also answer questions that were outside of the course and pertained to our own jobs. He engaged all of us at the beginning and said, "No question was a stupid question." Thanks Jim.”
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Shaun Filson, SaskPower“Jim presented the material in an easy-to-follow manner. Course content was informative and will be very useful in the place where I work. Overall, definitely worth taking.”
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“The course was good. I learned lots, seen lots and experienced many different scenarios. I enjoyed the course, very happy with the lab set-up, the classroom settings and content presented.”
Jamie Clement, Tundra Process Solutions -
"I got a better understanding of how different electrical systems work and got lots of hands on practical learning. My instructor was excellent and helped me personally, so I would remember and understand what I'd been taught."
Paul Fitton, Champion Drilling -
"This course was well worth the time and money and gave a good foundation for solving problems. There was lots of real life issues covered as the instructor brought a lot of valuable experience to the class."
Jody Beutler, Layne Christensen -
"This was an informative course and covered a lot of aspects of electrical trade safety. The instructor was intelligent with a good sense of humor. I wish all electrical trades people had the opportunity to study this course."
Yuri Piplenko, Millwright -
"The information alone in the course about understanding low voltage makes it worthwhile. And if you add in the fact that you learn schematics and all the troubleshooting it makes it nearly invaluable."
Richard Rogers, Daam Galvanizing -
"The practical portion of this course was excellent and kept interesting by our instructor. The troubleshooting and circuitry training made this a very worthwhile course."
Don Dukart, Enbridge -
"I would recommend this course to anyone interested because you should have an understanding of troubleshooting in this line of work. The instructor was very good, gave detailed explanations and was always willing to help."
Craig R Balfour, Brandt -
"This is a good course to take to get a better understanding of what electricity actually does in a low voltage system. It also helped me understand which tools can help me while troubleshooting and what to expect when working with an electrician."
Ron Book, Glenboro Mechanical
| Day 1 | |
|---|---|
| Start Time, Introduction | 08:00 - 10:00 am |
| Morning Break | 10:00 - 10:15 am |
| Class Time | 10:15 - 12:00 pm |
| Lunch | 12:00 - 01:00 pm |
| Class Time, Followed by afternoon break | 01:00 - 03:00 pm |
| Class Time, End Time | 03:15 - 04:30 pm |
| Day 2 | |
|---|---|
| Start Time, Introduction | 08:00 - 10:00 am |
| Morning Break | 10:00 - 10:15 am |
| Class Time | 10:15 - 12:00 pm |
| Lunch | 12:00 - 01:00 pm |
| Class Time, Followed by afternoon break | 01:00 - 03:00 pm |
| Class Time, End Time | 03:15 - 04:30 pm |
| Day 3 | |
|---|---|
| Start Time, Introduction | 08:00 - 10:00 am |
| Morning Break | 10:00 - 10:15 am |
| Class Time | 10:15 - 12:00 pm |
| Lunch | 12:00 - 01:00 pm |
| Class Time, Followed by afternoon break | 01:00 - 03:00 pm |
| Class Time, End Time | 03:15 - 04:30 pm |
| Day 4 | |
|---|---|
| Start Time, Introduction | 08:00 - 10:00 am |
| Morning Break | 10:00 - 10:15 am |
| Class Time | 10:15 - 12:00 pm |
| Lunch | 12:00 - 01:00 pm |
| Class Time, Followed by afternoon break | 01:00 - 03:00 pm |
| Class Time, End Time | 03:15 - 04:30 pm |
| Day 5 | |
|---|---|
| Start Time, Introduction | 08:00 - 10:00 am |
| Morning Break | 10:00 - 10:15 am |
| Class Time | 10:15 - 12:00 pm |
| End time | 12:00 - 01:00 pm |
| Class Time, Followed by afternoon break | 01:00 - 03:00 pm |
| Class Time, End Time | 03:15 - 04:30 pm |
