Measuring injection duration in degrees on an EDC15 (Electronic Diesel Control) system is a common practice in diesel engine management. Here's why:
1. **Synchronization with the Engine Cycle:** A diesel engine operates according to a well-defined cycle, often expressed in degrees of crankshaft rotation. Measuring the injection duration in degrees allows the fuel injection to be precisely synchronized with the phases of the engine cycle (intake, compression, combustion, exhaust).
2. **Precision and Control:** Using degrees allows for more precise control of the amount of fuel injected. This is crucial to optimize combustion, reduce emissions, improve performance and fuel efficiency.
3. **Adaptability to Varying Conditions:** Engine operating conditions, such as load, temperature and speed, are constantly changing. Measuring in degrees helps dynamically adapt injection duration to maintain optimum performance under various conditions.
4. **Compatibility with Electronic Management System:** EDC systems use sensors and algorithms to manage the engine. Using angular measurements integrates well with these electronic systems, allowing for fine and responsive adjustments.
In summary, measuring injection duration in degrees on an EDC15 improves the accuracy, efficiency and responsiveness of the diesel engine management system, contributing to better performance and reduced emissions.
1. **Synchronization with the Engine Cycle:** A diesel engine operates according to a well-defined cycle, often expressed in degrees of crankshaft rotation. Measuring the injection duration in degrees allows the fuel injection to be precisely synchronized with the phases of the engine cycle (intake, compression, combustion, exhaust).
2. **Precision and Control:** Using degrees allows for more precise control of the amount of fuel injected. This is crucial to optimize combustion, reduce emissions, improve performance and fuel efficiency.
3. **Adaptability to Varying Conditions:** Engine operating conditions, such as load, temperature and speed, are constantly changing. Measuring in degrees helps dynamically adapt injection duration to maintain optimum performance under various conditions.
4. **Compatibility with Electronic Management System:** EDC systems use sensors and algorithms to manage the engine. Using angular measurements integrates well with these electronic systems, allowing for fine and responsive adjustments.
In summary, measuring injection duration in degrees on an EDC15 improves the accuracy, efficiency and responsiveness of the diesel engine management system, contributing to better performance and reduced emissions.
