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CVT Belt Drive Power For Engine


Car manufacturers are always for the new generation of […]

Car manufacturers are always for the new generation of public production of cars and trucks to create better and cheaper way. Most of the components of the vehicle remain relatively identical over the past few decades. Small improvements have been made in crushing and engine technology, but you have to be aware of many of these technologies. In the past 10 years or 20 years, most of the improvements in the vehicle have been in indoor comfort and on-board electronics.

Some of the auto companies have recently tried to implement an innovation that uses different transmission methods. Most passenger cars and trucks use manual or automatic gearboxes. Although the operational changes are different, both of these drives use different gear sets at a set ratio to transfer power from the engine to the wheels and the driver or vehicle can select the appropriate gear to be used based on the operating conditions. The CVT completes the same final result, but in a very different way.

The continuously variable transmission has an unlimited number of gear ratios available and is limited to its minimum and maximum ratios. The infinite range in the continuously variable transmission allows the engine to always rotate at the optimum speed regardless of the speed of the vehicle. When you do not need the full power of the engine, the continuously variable transmission will provide you with the power of the engine. Promise transmission work is to rely on CVT to run.

The CVT belt connects the two pulleys that transmit the power of the engine to the drive shaft. The key to the CVT is the special design of the pulley. The pulley is tilted and can be unfolded or folded. When the two halves of the pulley are stretched or folded, the drive belt is allowed to ride on different faces of the angled pulley, which changes the size of the pulley and eventually changes the gear ratio. The ratio of pulleys can be electronically or manually controlled by weight and spring.