将燃油持续时间和点火时间与发动机发动机4步燃料性能的变化比较

D. Syaka, I. Mahir, Guruh Muharrom Muslim
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引用次数: 0

摘要

喷射系统的主要组成部分是电子控制单元(ECU),其功能是优化汽车发动机的性能。ECU具有喷油器和点火控制器的喷射时间和点火时间功能。本研究的目的是通过实验的方法,分析喷射发动机喷射持续时间和点火时间的调节变化与使用超限燃油的发动机输出功率的比较和差异。在可编程ECU和标准ECU设置的每个变化中,功率和扭矩都有比较和差异。与可编程ECU设置相比,标准ECU设置下的平均功率和扭矩最高,平均功率和扭矩较低。由于每个设置的喷射持续时间和点火时间不同,摩托车发动机产生的功率和扭矩可以根据可编程ECU设置的不同而有所不同。除了功率输出和发动机扭矩的差异外,SFC值也存在差异,所产生的平均热效率也会因可编程ECU设置的变化而变化。
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PERBANDINGAN VARIASI DURASI INJEKSI DAN WAKTU PENGAPIAN TERHADAP PERFORMA DAYA MESIN MOTOR 4 LANGKAH MENGGUNAKAN BAHAN BAKAR PERTAMAX
The main component of the injection system is the electronic control unit (ECU) functions to optimize the performance of the vehicle engine. The ECU has the functions of injection duration and ignition time as an injector and ignition controller. The purpose of the study analyzed the comparison and differences in variations in the regulation of injection duration and ignition time of injection motor engines against the power output of the engine using pertamax fuel by experimental methods. There are comparisons and differences in power and torque in each variation of the programmable ECU and standard ECU settings. The highest average power and torque results at the standard ECU setting compared to the programmable ECU setting have lower average power and torque. Due to the different injection duration and ignition time of each setting, the power and torque generated by the motorcycle engine can be higher or lower per variation of the Programmable ECU setting. In addition to the difference in power output and engine torque, it also has differences in SFC values and the average Thermis Efficiency produced varies by variation of the programmable ECU settings.
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审稿时长
24 weeks
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