Technological evolution in gasoline/LPG engines
To stay at the top of your engine-maintenance game, you need to stay up to date with the latest technologies. Our 'Technological evolution in gasoline/LPG engines' course is ideal for engineers who service and repair gasoline and LPG internal combustion engines. The only prior knowledge you need to benefit from this 3-day course is a basic understanding of how gasoline and LPG engines work. You'll gain an in-depth understanding of how the injection systems in gasoline and LPG engines function, and learn all about liquid petroleum gas injection (LPI) engine systems. You'll also discover how to make accurate diagnoses using the latest measuring tools and software. And by learning the locations and functions of each engine component, you'll maximise your maintenance efficiency.
TARGET GROUP
Engineers who service and repair internal combustion machines (gasoline and LPG engines), as well as engineers who want to keep up with and gain an insight in the new LPG injection techniques.
PRIOR KNOWLEDGE
Insight in the functioning of gasoline/LPG combustion engines.
GOAL
- To get a clear insight in the functioning of the injection systems of gasoline/LPG engines.
- Recognising and locating different components on a machine.
- Making a correct diagnosis by means of measuring tools and software.
CONTENT
Gasoline/LPG engines
- Combustion process of an Otto engine
- Gasoline
- Combustion
- Exhaust gas after-treatment
- Catalyst systems
- Lambda control cycle
LPG
- Characteristics of the fuel
- Mixture formation
Types of ignition systems
- Functioning of the conventional ignition
- Hall ignition
- Inductive ignition
- High-tension distribution
- Spark plugs
LPI injection
- What is LPI?
- Components
- Build-up of the system
- Operating principle
- Points of attention
- Programming
- Reading the parameters
- Diagnostics
DURATION
3 days
TO BRING
- Working clothes
- Safety shoes
CERTIFICATE
A certificate is issued once the training has been completed.
Enrol in a how-to session or technical training class
T +32 56 43 44 38 • [email protected]