PNEUMATIC MODULAR DISC BRAKE 3D model

PNEUMATIC MODULAR DISC BRAKE

Pneumatic brakes; In absorbing energy in rotating or linearly moving components and / or work with the principle of friction and pressure in preventing energy transfer to these components. are weather stimulated devices. Pneumatic brakes generally consist of two separate parts; fixed part and mobile part. The moving part is mounted on parts (usually on the side) where energy will be absorbed (or reduced). have been. The fixed part is mounted to the stationary body. Braking is between these two parts It is formed by the merger or separation. If there is no relative movement between these two parts of the brake, the brake It is in the empty position and the moving parts transmit the maximum energy. If the brake parts are relatively If they approach each other, this is referred to as the tension (tension) brake condition. If fully mobile and fixed If there is complete merging between parts, this is maximum braking. So that all the energy It is converted into heat energy with braking. Frictional force between these parts of the brake The distance between the rotation axis and the rotation axis is defined as the TORQUE CAPACITY of the brake. Moment of Brake the amount is directly proportional to the amount of energy the brake can absorb. Torque during braking heat is formed by transmission. This heat absorbed and dissipated is defined as the THERMAL CAPACITY of the brake. A brake not only has sufficient torque capacity but also has sufficient thermal capacity must be.

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