The Effect Of Different Oil Brands On Engine Temperature And Exhaust Gas On A Honda Scoopy

Pengaruh Merek Oli Yang Berbeda Pada Temperatur Mesin Dan Gas Buang Pada Motor Honda Scoopy

Abstract

General Background The rapid expansion of the two-wheeled automotive industry necessitates reliable lubrication systems to reduce mechanical friction and manage excessive engine heat. Specific Background Continuous variable transmission mechanisms in automatic scooters require precise oil viscosity grades to maintain thermal stability and minimize hazardous exhaust emissions. Knowledge Gap Previous automotive research rarely conducts simultaneous evaluations of thermal stability and exhaust gas emissions across multiple commercial lubricant brands specifically for 110cc automatic scooters. Aims This study investigates the thermal performance and exhaust gas characteristics produced by three commercial lubricant brands in a 110cc automatic scooter. Results Experimental observations demonstrated that the AHM MPX2 lubricant maintained a superior thermal condition, recording an engine temperature of 105°C compared to 120°C for both Evalube and TOP 1 lubricants. Furthermore, emission testing revealed that AHM MPX2 achieved the lowest carbon monoxide concentration at 0.04 percent alongside optimal hydrocarbon levels, whereas the TOP 1 lubricant recorded the best carbon dioxide characteristics. Novelty This research directly correlates specific commercial lubricant properties with simultaneous thermal regulation and emission output in high-volume urban commuting vehicles. Implications Selecting thermally stable lubricants significantly mitigates engine overheating risks and strictly controls hazardous exhaust emissions to comply with environmental regulations.

Highlights:

• AHM MPX2 lubricant successfully regulates engine heat by maintaining a peak temperature of 105°C during sustained operational testing.

• Exhaust emission testing demonstrates that specific commercial oils optimize hydrocarbon levels and lower carbon monoxide concentrations to 0.04 percent.

• Selecting appropriate commercial lubricants prevents automatic scooter overheating and controls hazardous gas emissions to meet environmental standards.

Keywords: Automatic Scooter, Lubricant Brand, Engine Temperature, Exhaust Emissions, Thermal Stability