| dc.description.abstract | Automotive developments currently very repidly, a veriety of technologies
developed to improve performance and efficiency motorcycle of them are
variations ECU ( Engine Control Unit) on motorcycle injection. ECU (Engine
Control Unit ) serves to receive and count all the data and information received
from each signal a sensor which there are in a machine. Information obtained from
sensors include temperature information, the temperature oil machine, the
temperature cooling water, stresses or quantities air in, the position of the throttle
valve, round of postion cranckshaft, and other information. By the absence of
variation ECU in the market believed to increase performance and can also
increase fuel efficiency. Research is aimed to determine the impact of the use of
ECU Standards and ECU BRT Juken 3 Dualband to torque, power, and
consumption fuel on Honda CB150R SF 150cc. After conducted replacement ECU
( Engine Control Unit ) expected to improve performance motorcycle Honda CB
150R SF 150cc.
The methodology performance the engine involved was experimental
methods and performed at speeds play ( rpm ) changed, namely by starting the
engine and detained throttle at rpm 4000 after stable then throttle played
spontaneously to 11500 rpm, while for research consumption of fuel used
recording the consumption of fuel with an average distance as far as 6 km in idle
rpm to 5000 rpm.
Of testing performance machine, can be conclude that largest power
obtained by the use of ECU BRT Map (performance) with of power uqual to 16,4
HP in round a 11325 rpm. Torque the largest obtained also by ECU BRT map
(performance) with 12,64 Nm in round 8514 rpm. Of testing consumption of fuel,
can be conclude that fuel consumption the most economizes by using ECU BRT
map ( efficiency ). Fuel consumption fell by 33% compered to the ECU standard of
factory. | en_US |
