A powerful vehicle is what motorists dream of. It’s the speed that really excites true-blue car enthusiasts, urging them to go faster to realize the full potential of the car. This is the rush, the thrill, often depicted in movies when drivers change gears to out and out one another. Usually, drivers opt for a vehicle that operates by manual transmission if one wishes to really get a feel of the car’s speed. One can better feel the speed and power of the car with a manual transmission after all. The difference between a manual transmission and an automatic transmission is the presence of a clutch pedal in the former. Some Acura vehicles offer both types of transmission so drivers can choose which one suits them. The Acura clutch allows drivers to stop the vehicle without any need to turn off the engine any longer. This is possible by controlling the slippage between the spinning engine and the non-spinning transmissions.
The Acura clutch system works by friction generated between a clutch plate and a flywheel. When the clutch pedal is pressed, a cable or hydraulic piston pushes on the release fork. This would then press the throw-out bearing against the middle of the diaphragm spring. As the middle of the diaphragm spring is pushed in, a series of pins near the outside of the spring causes the spring to pull the pressure plate away from the clutch disc. It will then release the clutch from the spinning engine. When one’s foot is lifted off the brake pedal, the mechanism springs back, pushing the pressure plate to offer a counter-resistant force against the clutch disc. The clutch disc, in turn, will exert force against the flywheel. Locking the engine to the transmission input shaft will make it possible for these two to spin at the same speed. The amount of force the clutch can support relies on the friction generated between the clutch plate and the flywheel. In addition, the amount of force that the spring is able to exert on the on the pressure plate is also important in determining how much pressure the clutch can handle without breaking.
The most well known difficulty that one can encounter with the Acura clutch is the fact that friction material that the disc is outfitted with gets worn down to the bone, sooner or later. When most or all of the friction material is gone, the clutch will start to slip, and eventually it won’t be able to transmit any power from the engine to the wheels any longer. The Acura clutch even deteriorates that much faster when the clutch disc and the flywheel keep spinning at varying speeds. However, the friction material is held tightly against the flywheel, and the two spin in sync when they happen to be locked together . So if one slips with the clutch a lot, one will wear out one’s clutch a lot faster. Another problem sometimes associated with clutches is a worn throwout bearing. A rumbling noise whenever the clutch engages is usually a sure sign of this problem. One can tell if an Acura clutch needs to be replaced by starting the car in top gear with the hand brake on, then slowly trying to let the clutch out. If the engine stalls, it means the clutch is in good shape. But if the car doesn’t stall, it probably means the clutch will need to be replaced. It is highly recommended to immediately replace the clutch so as to enjoy better driving performance with one’s Acura car.
[phpbay]electronic,10, “38635”, “”[/phpbay]