The practical training aid is a prepared vehicle, equipped with numerous measuring points on important components. This course covers 22 switchable faults of the training vehicle.
Volkswagen e-up! (basic),
14 h 02 min
After completing the basic practical Volkswagen e-up! assignments you are able to:
Identify the different components of the Volkswagen e-up!,
Point out the location of the different components of the Volkswagen e-up!,
Charge the Volkswagen e-up! via a wall socket connection,
Identify and specify the common charging errors of the Volkswagen e-up!,
Identify the features of the Volkswagen e-up! components,
Calculate and set the remaining charging time of the Volkswagen e-up!,
Apply the steps used with a guided diagnosis of a Volkswagen e-up!
Preliminary theory with Volkswagen e-up! (basic), 2 h 57 min*
- Working on hybrid vehicles
- Working with voltage
- Electric drive
- Forms of drive
- Fully electric car
- HV cables
- Charging
- Charging modes
Practical assignments with Volkswagen e-up! (basic), 8 h 44
min
- Volkswagen e-up!: Recognise and identify
- Volkswagen e-up!: Charging via a wall socket
- Volkswagen e-up!: HV system - Drive
- Volkswagen e-up!: HV system - Comfort
- Volkswagen e-up!: HV system - Charging
- Volkswagen e-up!: Charging time calculation
- Volkswagen e-up!: Guided fault finding
Fault assignments with Volkswagen e-up (basic), 2 h 21
min
- Volkswagen e-up!: Fault 1
- Volkswagen e-up!: Fault 3
- Volkswagen e-up!: Fault 5
Volkswagen e-up! (advanced),
32 h 53 min
After completing the advanced practical Volkswagen e-up! assignments you are able to:
Identify the function of the DC/DC converter in the Volkswagen e-up!,
Identify the construction of the HV battery with the Volkswagen e-up!,
Use the live-data parameters of the HV battery of the Volkswagen e-up!,
De-energise the Volkswagen e-up! according to the procedure,
Work with safety signs for the Volkswagen e-up!,
The components in the Volkswagen e-up! that are part of the interlock system,
Identify the connections of the charging connection of the Volkswagen e-up!,
Identify the different charging methods and modes of the Volkswagen e-up!,
Analyse the proximity pilot charging connection of the Volkswagen e-up!,
Analyse the control pilot charging connection of the Volkswagen e-up!,
Identify the components for the climate control of the Volkswagen e-up!,
Apply the steps taken with a Volkswagen e-up! guided diagnosis
Preliminary theory with Volkswagen e-up! (advanced), 9 h 28
min*
- Working with voltage
- Electric drive
- Voltage free switching HV system
- Switching HV system to voltage free - software
- HV battery
- Battery balancing
- Battery Management System
- DC/DC converter
- DC/DC converter - operation
- Enabling HV system
- Interlock
- Charging connector
- Charging cable
- Charger
- Charging station
- Charging protocol
- Charging system
Practical assignments with Volkswagen e-up! (advanced), 16 h
26 min
- Volkswagen e-up!: De-energising
- Volkswagen e-up!: HV battery
- Volkswagen e-up!: DC/DC converter
- Volkswagen e-up!: Climate control
- Volkswagen e-up!: Interlock system part A (power supply)
- Volkswagen e-up!: Interlock system part B (Pilot line)
- Volkswagen e-up!: Charging system overview
- Volkswagen e-up!: Proximity Pilot charging system
- Volkswagen e-up!: Control Pilot charging system
- Volkswagen e-up!: AC/DC charging system
- Volkswagen e-up!: Guided fault finding
Fault assignments with Volkswagen e-up! (advanced), 6 h
59 min
- Volkswagen e-up!: Fault 2
- Volkswagen e-up!: Fault 4
- Volkswagen e-up!: Fault 6
- Volkswagen e-up!: Fault 12
- Volkswagen e-up!: Fault 13
- Volkswagen e-up!: Fault 14
- Volkswagen e-up!: Fault 17
- Volkswagen e-up!: Fault 18
- Volkswagen e-up!: Fault 19
Volkswagen e-up! (specialist),
17 h 12 min
After completing the specialist practical Volkswagen e-up! assignments you are able to:
Check the Volkswagen e-up! potential equalisation cables,
Work with a milliohm meter and perform a 4-wire measurement,
Check the insulation monitoring of the Volkswagen e-up!,
Identify the function of the inverter in the Volkswagen e-up!,
Explain how the different modes of the inverter work,
Understand the way of determining the position of the electric motor in the Volkswagen e-up!,
Analyse the operation of the Volkswagen e-up! position sensor,
Apply the steps in a Volkswagen e-up! guided diagnosis
Preliminary theory with Volkswagen e-up! (specialist), 4 h 46
min*
- Working with voltage
- Inverter
- Rotating magnetic field
- Permanent magnet synchronous motor
- Synchronous motor with permanent magnet - operation
- Permanent insulation monitoring
Practical assignments with Volkswagen e-up! (specialist), 4 h
38 min
- Volkswagen e-up!: Determining electric motor position
- Volkswagen e-up!: Permanent insulation monitoring
- Volkswagen e-up!: Guided fault finding
Fault assignments with Volkswagen e-up! (specialist), 7 h
48 min
- Volkswagen e-up!: Fault 7
- Volkswagen e-up!: Fault 8
- Volkswagen e-up!: Fault 9
- Volkswagen e-up!: Fault 10
- Volkswagen e-up!: Fault 11
- Volkswagen e-up!: Fault 15
- Volkswagen e-up!: Fault 16
- Volkswagen e-up!: Fault 20
- Volkswagen e-up!: Fault 21
- Volkswagen e-up!: Fault 22
License: You purchase a license for any number of students and teachers
with a period of validity of 10 years. This can be extended individually
after. The software will be activated on your Electude e-learning domain.
* Separate license may apply for the Preliminary theory.
Manufacturer: | Electude |
Category: | Digital work orders |
Item number: | 79406102 |
EQF-Level: | |
E-Learning: | Electude |
Keyword: | E-Mobility |