Modification of CDI AC honda astrea grand into CDI shogun 110 cc on fuel flow on the supra X vehicle

The rapid development of motorbikes lately is marked by the many variants (types). Motorcycles are the most widely used means of transportation by Indonesian people in general. The completeness system of the machine includes the ignition system, filling system, lubrication system, cooling system, st...

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Bibliographic Details
Main Authors: Akhmadi, Amin Nur, Hendrawan, Andre Budhi, Usman, Mukhamad Khumaidi
Format: Conference Proceeding
Language:English
Subjects:
Automobiles
Compressive strength
Cooling systems
Data analysis
Discharge
Energy consumption
Fuel consumption
Fuel flow
Fuel systems
Ignition systems
Lubrication systems
Motorcycles
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Summary:The rapid development of motorbikes lately is marked by the many variants (types). Motorcycles are the most widely used means of transportation by Indonesian people in general. The completeness system of the machine includes the ignition system, filling system, lubrication system, cooling system, starter system and fuel system. Good engine performance is supported by several factors including fuel consumption in accordance with the working conditions of the engine, proper ignition timing, high engine compression and a strong spark to burn the entire mixture of gasoline and air at the end of the compression stroke to produce the desired combustion. to find out how the AC CDI ignition system works for the Honda Astrea Grand motorcycle and the 110 cc CDI DC Shogun ignition on CAMEL IBATE vehicles. To get a more efficient/efficient fuel flow discharge. The data analysis method to determine the fuel flow rate is by testing the Camel Ibate vehicle using the Honda Grand Standard AC CDI and the 110 cc Shogun CDI-DC at 3500 Rpm, 4000 Rpm, 4500 Rpm, 5000 Rpm, 5500 Rpm, to get the time difference required in testing the fuel flow discharge with. At 3500 rpm engine speed, the time difference between AC CDI and DC CDI is 16.22 seconds. At 4000 rpm engine speed, the time difference between AC CDI and DC CDI is 17.9 seconds. At 4500 rpm engine speed, the resulting time difference between CDI AC and CDI DC is 15.64 seconds. At 5000 rpm engine speed, the time difference between AC CDI and DC CDI is 20.97 seconds. At 5500 rpm engine speed, the time difference between AC CDI and DC CDI is 13.09 seconds.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0207608