Petrol Engine Calibration Course
This is a digitally delivered technical service. No physical item will be shipped
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Course Contents Overview: Elements for Engine Performance
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Petrol Engine Calibration Course
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Injection Strategies
- Injection Based on Load and Engine Torque:
- Tailoring fuel injection strategies to engine load and torque needs.
- Practical applications of load-dependent injection methods.
- Customizing injection parameters for specific engine conditions.
- Closed Loop and Open Loop:
- Understanding closed-loop and open-loop fuel injection systems.
- Benefits and limitations of each strategy.
- Using closed-loop feedback control to enhance fuel delivery and overall performance.
- Alpha-N Strategy:
- Overview of the Alpha-N engine control strategy and its benefits.
- Best practices for Calibration Alpha-N for different engine types.
- Fine-Calibration Alpha-N for maximum performance.
- Mass Flow Metering Strategy:
- Utilizing mass flow metering for precise air intake measurement.
- Adjusting mass flow strategies to optimize engine performance.
- Troubleshooting common mass flow metering issues.
- Speed Density Strategy:
- Understanding and implementing the speed density control strategy.
- Calibration tips for better engine response.
- Addressing challenges in speed density Calibration .
- Torque-Based Control Strategy:
- Exploring torque-based engine control and its applications.
- Implementing torque-based control for improved power delivery.
- Best practices for Calibration torque-based control systems.
- Torque and Power Measurement Modes:
- Different measurement modes for assessing torque and power.
- How to choose the appropriate measurement mode for Calibration .
- Ensuring accurate readings for effective power management.
- Introduction to WinOLS:
- Overview of WinOLS software, demo vs. full versions.
- Navigating the software environment: Opening and editing ECU files.
- Map Pack Utilization and Table Changes:
- Using the WinOLS map pack for ECU Calibration .
- How to analyze and compare ECU files to optimize performance.
- Using the WinOLS map pack for ECU Calibration .
- Optimal Engine Torque:
- Understanding and applying optimal engine torque in remapping and Calibration .
- Analyzing torque-related parameters in WinOLS.
- Understanding and applying optimal engine torque in remapping and Calibration .
- Torque Request by Driver:
- How to modify the torque request tables to improve vehicle performance.
- Understanding how torque request impacts throttle behavior and engine load.
- Torque Limiters:
- Modifying torque limiters to improve performance.
- Techniques for enhancing engine spark advance and dealing with knocking.
- Creating pop and bang effects and modifying fuel cut in deceleration.
- ECU Training for Specific Models:
- Bosch ME7, ME9, ME17 & MED17 ECU Training:
- Specific training on popular ECUs used in various brands like Mercedes-Benz, Volkswagen, Mitsubishi, and more.
- Focus on Bosch ME7, ME9, ME17, and MED17 with practical remapping and DTC deletion techniques.
- Bosch ME7, ME9, ME17 & MED17 ECU Training:
- Fuel Cut for Pop and Bang:
- How to adjust fuel cut in deceleration to achieve pop and bang effects.
- Practical Training with Real ECU Files:
- Hands-on practice with real-world files:
- Audi S1: Work with a 2.0L TFSI Continental SIMOS 18.
- Volkswagen Golf: Calibration the Bosch MG1CS011 1.5 TSI engine.
- Seat Ibiza: Practical Calibration with Bosch MED17.5.21 1.0 TSI.
- Performance testing and diagnostics for each model.
- Hands-on practice with real-world files:
- The course can be customized based on specific learner needs.
- You will gain practical, real-world knowledge and develop the necessary skills to apply advanced ECU Calibration and remapping techniques.
Enroll today to master engine control strategies, ECU remapping, and performance Calibration .
