104- Automotive CAN BUS Diagnostic Online Course: Complete Network Diagnostic Training

Automotive Network | High-Speed and Low-Speed CAN BUS Practical Diagnosis Course

Course Instructor

Mechanicourse Mechanicourse Author

Lifetime

SALE $69.90 $42.90

Course Information:

CAN Bus Online Course Includes:

  • About 3 Hours On-Demand Video
  • Full Life-time Access
  • Hands-on practical lessons
  • Presented by Dealerships Master Technicians
  • Extensive information on wiring diagrams.
  • Diagnostic with multimeter and Oscilloscope.
  • Certificate of Completion (After Watching each lecture, please mark the video as “Completed” to get the certificate of completion after completing all videos.
  • Any question regarding this course? Let us know: Training@Mechanicourse.com

This course covers everything about CAN BUS network in vehicles.

We start by taking about the importance of having a network in vehicles and how network can increase the efficiency and reliability of electrical systems.

After introduction, we walk together through the configuration of the network and different rating and classes of network.

Then we continue by introducing the high-speed CAN, the configuration and characteristics of this network. Wiring diagram analysis and finding the network on the car are part of this section as well. We do a lot of practical activities on the car to see how we can check the CAN bus voltage and resistance with a multimeter.

We also see how to set up an oscilloscope to read and analyze the CAN-BUS waveform.

Checking the low-speed CAN is also an important part of this lecture.

In any step, we will see the procedure to do the diagnosis and we will have some simulated faults too.

Performing the diagnosis in case of having CAN-BUS time-out, CAN-BUS Error or CAN-BUS off is included in this course.

After attending this course you will be able to:

– Explain why we need a network and how a network works

– Explain the configuration and classes of the network in vehicles

– Explain what CAN-BUS is, and how it works

– Explain the high-speed and low-speed CAN

– Explain how to find the control units connected to each network

– Use the wiring diagrams to locate the CAN-BUS wires on the wiring harness

– Test the high-speed and low-speed networks voltage with multimeter

– Test the high-speed networks resistance with multimeter

– Test the high-speed and low-speed networks waveform with an oscilloscope

– Explain how network reacts if there is a fault

– Explain what CAN-BUS Time-out is

– Explain what CAN-BUS Error is

– Explain what CAN-BUS Off is

– Explain the step-by-step diagnosis when there is “no communication” fault

– Explain the role of the gateway in the network

Introduction

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High-Speed CAN-BUS

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High-Speed CAN-BUS Diagnosis

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Low-Speed CAN-BUS

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Ford High-Speed & Medium-Speed CAN-BUS

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CAN-BUS Gateway

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Additional Information Needed for This Course

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FAQs

Q: Can I learn CAN-BUS diagnostics online?
A: Yes. This course teaches everything from basics to advanced waveform analysis on real cars. We use real wiring diagrams to identify the CAN-Bus wiring on the car and several practical lessons will help you to understand the real diagnostic on the network.

Q: How long does the CAN-BUS course take?
A: Approximately 3 hours of video content, but you have lifetime access.

Q: What tools do I need for CAN-BUS diagnostics?
A: A multimeter, oscilloscope, and scan tool. Our course shows you how to use each.

Q: Is this course useful for beginners too?
A: Yes. We cover both high-speed and low-speed CAN-BUS for all skill levels.

Q: Do you teach how to diagnose the CAN-BUS with oscilloscope too?
A: Yes, we have covered diagnostics on the High-Speed and Low-Speed CAN-Bus using oscilloscope to explain how to read the waveforms, how to analyze them and how to use them for actual diagnostics.

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8 Responses

  1. Amazing course with lots of lectures on the real cars, I learned a lot and will definitely take the other course you guys have for LIN bus and K-Line. Thank you

  2. Excellent course! The content is very well organized, and the video quality is outstanding. I learned a lot more than I expected.

  3. I love the practical approach. The instructor shows real-world faults and diagnostic procedures instead of just discussing theory.

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