Innovation options for selected M60 engine systems: ignition system and engine parameter monitoring

M. Suchanovský, J. Čerňan
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Abstract

The topic of this paper is the possibility of innovating the ignition system of the M60 engine. The main part is the practical solution of the assignment. It shows the condition of the original ignition system, which was innovated in this work. It was a contact ignition system with a fixed advance, using a system of hammers. This solution was replaced by a new type of ignition, specifically an electronic ignition system that allows to change the ignition advance depending on the engine speed and load. The main parts of the new system consist of a control unit and a Hall sensor. It is these two components that make the main difference compared to the original ignition system. We deal with a more detailed description of design, construction and installation in the practical part. We paid attention to the design, the wiring diagram and its installation. At this stage, we addressed the possibilities of fastening a Hall sensor. The use of old components for assembly was not possible, so we proceeded to the design and production of new ones. The innovative ignition system will allow the engine to achieve higher power, lower consumption and the proportion of pollutants in the exhaust gases.
选定的M60发动机系统的创新选项:点火系统和发动机参数监测
本文的课题是M60发动机点火系统创新的可能性。主要部分是作业的实际解决方案。展示了本工作中对原点火系统进行改造后的点火系统状况。这是一个接触点火系统,有一个固定的推进,使用一个系统的锤。这种解决方案被一种新型的点火系统所取代,特别是一种电子点火系统,可以根据发动机的转速和负载改变点火提前。新系统的主要部分由控制单元和霍尔传感器组成。它是这两个组成部分,使主要区别与原来的点火系统。在实践部分对设计、施工和安装进行了较为详细的描述。我们注重设计,接线图和它的安装。在这个阶段,我们解决了紧固霍尔传感器的可能性。使用旧的组件进行组装是不可能的,所以我们开始设计和生产新的组件。创新的点火系统将使发动机实现更高的功率,更低的消耗和废气中污染物的比例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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