Flexible Drives
Flexible Drives
The flexible power transmission elements comprises of belt drives, chain drives and rope drives. Since these elements are flexible they are called flexible drives. They are commonly used in short distance power transmission. Wire ropes can also be used for long distance power transmission. Unlike rigid transmission elements(gears), the design of flexible drives are simple and reduces the cost. When compared with rigid transmission elements, they are quiet and absorbs shocks which reduces mechanical vibrations.
The flexible power transmission elements comprises of belt drives, chain drives and rope drives. Since these elements are flexible they are called flexible drives. They are commonly used in short distance power transmission. Wire ropes can also be used for long distance power transmission. Unlike rigid transmission elements(gears), the design of flexible drives are simple and reduces the cost. When compared with rigid transmission elements, they are quiet and absorbs shocks which reduces mechanical vibrations.
Flexible drives do not have infinite life, hence its necessary to consider the wear, aging, loss of elastic property and also the environment in which the drive is employed, while designing/selecting the flexible drives.
Advantages of Flexible Power Drives
Advantages of Flexible Power Drives
Transmits power between long distance compared to rigid elements
Absorbs shock loads and provides damping
The operation is smooth and silent
Provides simple machine design
Comparatively cheaper
Disadvantages of Flexible Power Drives
Disadvantages of Flexible Power Drives
More space required
The velocity ratio is comparatively small
If overloaded, power transmission varys
Classification of Flexible Power Drives
Classification of Flexible Power Drives
Belt Drives
Wire Ropes
Chain Drives