QUOTE(popnyat @ Aug 1 2008, 03:52 PM)
hahaha... engine still need fuel le.. its in idle even dragging by external force.. its preset by the fuel injector "engine management chip" and by manual twisting fuel screw beside my beloved bike carburetor..
no fuel engine mmg mati la.. hahaha.. internal combustion engine need momentum to stay continuous explosive..
penat engineer buat flywheel tu..
Maybe I didn't make myself clear. Only engines with ECU will cut fuel to the engine when you are going down hill. Engine will not mati because your ignition is still in ON position. The spark plugs are still firing but there is no need for fuel as the engine has not mati yet because it is being driven by your gearbox.no fuel engine mmg mati la.. hahaha.. internal combustion engine need momentum to stay continuous explosive..
penat engineer buat flywheel tu..
If you are driving a car with ECU, here is a simple test you can do to. Rev your car on idle until 5000rpm. Let go of the throttle. As the RPM falls, there is actually no fuel going into the engine as the throttle body is closed and the rpm is driven by the spinning flywheel. Just as the RPM is about to drop to ZERO, the car engine suddenly shakes and RPM goes back up to 800-1000rpm (idling rpm). This is where the idling control valve takes over and pumps fuel into your engine to keep it alive.
IF you ever rev to 5000rpm and then turn off the engine, the RPM will not suddenly drop to zero, it will just fall like normal and if you turn on the engine (turn to postion ON (position 2), not ignition position (position 3)), the engine will come back to live again (if you can do it before the rpm drop to zero). You most probably won't understand what I'm talking about here. Some other would.. they might want to explain it better. What I'm trying to say is that your engine will not mati immediately when you turn off the fuel, as long as some else is turning the engine.
Aug 1 2008, 04:15 PM
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