Analisis Penggunaan Knalpot Racing Slip-On Dan Knalpot Racing Full System Terhadap Performa Mesin Pada Motor 150 CC

Trio Nur Wibowo, Nugrah Rekto Prabowo, Dwi Purwanto
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Abstract

One way to improve the performance of an engine without dismantling the original engine is to modify the exhaust pipe, which is commonly called the exhaust. Here we use 4 types of exhaust, namely factory standard exhaust, slip-on exhaust (standard header-modified muffler), slip-on (modified header-standard muffler), and full system exhaust that we take from the market. This study aims to test the performance of the motor which consists of torque, power, and exhaust emissions (CO and HC levels) from the four types of exhausts, using a dynamometer to determine torque and power, an emission gas analyzer to determine the level of exhaust emissions (CO and HC). Our experimental results show the data, the results are still below the standards set by the Indonesian government. The greatest torque of 15.02 N.m at 7500 rpm and the greatest power of 18.36 hp is achieved by a full-system modified exhaust compared to the standard exhaust with the highest torque of 14.62 N.m at 7000 rpm and the highest power of 16.67 hp at 9500 rpm. The best exhaust emission levels are achieved by standard exhaust with the largest CO content of 0.62% at 10000 rpm and the largest HC content of 107 ppm at 10000 rpm compared to full system exhaust with the largest CO content of 1.79% at 10000 rpm and 201 ppm HC levels at 10000 rpm, in other words the standard exhaust is still more environmentally friendly than the full system exhaust.
分析在 150 CC 摩托车上使用 Slip-On 赛车排气管和全系统赛车排气管对发动机性能的影响
在不拆卸原发动机的情况下提高发动机性能的一种方法是修改排气管,即通常所说的排气管。在这里,我们使用4种类型的排气,即工厂标准排气,套上式排气(标准头部-改装消声器),套上式排气(改装头部-标准消声器),以及我们从市场上购买的全系统排气。本研究旨在测试由扭矩、功率和四种废气排放(CO和HC水平)组成的电机的性能,使用测功机来确定扭矩和功率,使用排放气体分析仪来确定废气排放(CO和HC)水平。我们的实验结果显示,数据,结果仍然低于印尼政府规定的标准。与标准排气相比,在7500rpm时最大扭矩为14.62 N.m,在9500rpm时最大功率为16.67 hp,而在7500rpm时最大扭矩为15.02 N.m,最大功率为18.36 hp。最佳的废气排放水平是由标准排气实现的,在10000转时CO含量最高为0.62%,在10000转时HC含量最高为107 ppm,而全系统排气在10000转时CO含量最高为1.79%,在10000转时HC含量最高为201 ppm,换句话说,标准排气仍然比全系统排气更环保。
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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