Hands-on training for repairing CAN-Bus (Control Area Network) electrical systems in Electric Vehicles (EV) for 5 days, from 9:00 AM to 4:00 PM.
This course involves hands-on repair of CAN-Bus electrical systems in EVs, covering the entire vehicle. Additionally, it includes the installation and configuration of EV system setups
through dismantling, disassembling, and reassembling. The course enables participants to navigate the entire electrical circuit of a vehicle and simultaneously install components such as high-voltage wiring for CAN-Bus communication, K-line signals, using tools to set up PDU, ECU, VCU, Powertrain, control units, motors, and controllers. Students can both create and troubleshoot EVs, which adhere to the OBD2 plug standard and various sensors such as gears, brakes, accelerators, digital odometers, speedometers, torque, and temperature sensors. It also covers the entire electrical system, including simulating scenarios for inspection, analysis, and repair on real vehicles, providing a practical foundation for students to simulate training with tools and EV systems.
Course Content:
- Basic information about CAN Bus technology and components in car EVs.
- Basic information about the differences between low-speed and high-speed CAN Bus.
- Experimentation to find electrical characteristics of the CAN Bus.
- Experimental testing of low-speed and high-speed CAN Bus.
- Introduction to the structure of the CAN message frame.
- Analysis of CAN packets using CAN monitors and oscilloscopes.
- Repair and sending CAN messages through a PC.
- Checking the impact on low-speed and high-speed CAN Bus by measuring.
What you will gain:
- Understanding of the CAN-Bus electrical system in modern electric vehicles and internal combustion engine vehicles.
- Theoretical knowledge of formulas and calculations.
- Understanding of the principles of electrical system repair, especially in CAN-Bus systems.
- Knowledge of providing service, identifying replaceable equipment, particularly focusing on electrical system repair services.
- Practical experience in assembling, repairing, and using various electrical tools within the system.
- High-level analysis of CAN-Bus using special tools to identify faulty nodes.
Course Schedule:
- Days 1-2: Theory of CAN-Bus, LIN, K-Line systems, practical modifications, disassembly, installation, and testing of the drive system and electrical systems in the lab kit.
- Days 3-4: Practical checks on the electrical system, connecting various electrical devices, relays, fans, switches, fuses, walking the wiring, CAN wires, ECU boxes, various control boxes, using multimeters, OBD Scan Tools, BOB, oscilloscopes, and computer software to check CAN-Bus with various vehicle equipment. Checking CAN wires.
- Day 5: Practical repair on real cars, using various electrical tools, checking for malfunctions, connecting camera systems, installing Android screens, communicating with the steering wheel, multifunction, connecting rear and front camera systems, repairing remotes, starting the engine remotely, power window motors, front headlights, brake lights, tail lights, connecting battery pack circuits, high-voltage systems, temperature sensors, and analyzing high-level CAN-Bus using special tools to identify faulty nodes.
Class Size: 15 students
Student Requirements: Basic knowledge of electric cars is recommended.www.dako.in.th/คอร์สช่างยนต์
Preparation: Multimeter, wear high-voltage insulated electrician's gloves or safety shoes. No rings, watches, or metal accessories allowed.
Instructor: Dako professional team with hands-on experience in daily EV design, repair, and assembly. Students will receive a certificate from the company.
Location: Dako Shop, Soi Bang Phrom 41, Bang Phrom, Taling Chan, Bangkok 10170. https://goo.gl/maps/Mn3pWvJr9389oR6r5
Course Schedule: Accelerated 5-day course, 9:00 AM to 4:00 PM.
Course Fee: THB 5,350 (VAT included), seat reservation required.
Payment: Transfer to UCALL Technology Co., Ltd., Savings Account No. 271-227606-2, Siam Commercial Bank, Central Wong Sawang Branch, Bangkok.
For more information, contact 0830852160, LINE: @dako.
