Single Plate Clutch Advantages Free To Slides

A clutch thus provides an interruptible connection between two rotating shafts.

Clutches allow a high inertia load to be stated with a small power.

A popularly known application of clutch is in automotive vehicles where it is used to connect the engine and the gear box.

Here the clutch enables to crank and start the engine disengaging the transmission Disengage the transmission and change the gear to alter the torque on the wheels.

Clutches are also used extensively in production machinery of all types.

In automobiles, where vehicle can be stopped for a while or to change the gear, the requirement is that the driven shaft should stop but the engine should run naturally under the no load condition.

This is achieved by using clutch mounted between engine shaft and gearbox shaft and which is operated by a lever.

Frictional lining is provided on the driven shaft.Axial force applied by the compression spring will hold two plates together.

It can engaged when driving shaft is rotating and driven shaft is stationary.

Disadvantages: Friction clutches will not give positive engagement.

Due to slip between contacting surface,heat is generated during engagement.

Single Plate Clutch Advantages Free To Slides

The pressure plates as shown in fig.are splined on their inner circumference and engage with corresponding splines on the driven shaft.Both friction plates and pressure plates are free to slides axially.

For single plate clutch normally both sides of the plate are effective.there for single plate clutch has two pairs of contacting surface i.e.

In actual practice, usually the theory of uniform wear is used in analysis of clutch.

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