![]() ![]() The animation below schematically shows a three-stage gear transmission. The output shaft therefore corresponds to the gearbox output.įorm-locking (or positive locking) transmissions transfer the power through interlocking geometric forms! Figure: Operation of a gear transmission This corresponds to the shaft which is connected to the motor and whose speed or torque is to be changed by the gear unit. The gearbox input shaft is referred to as the drive shaft. In gear drives, gear wheels, wich are also referred to as cogwheels or toothed wheels or simply gears, engage with each other and thus form-locking convert the revolution speed and torque of the drive shaft to the desired value on the output shaft. More detailed information can be found in the main articles. However, before we go into more detail on how transmissions work, we will briefly explain the most important types. ![]() However, the physical principle of transforming rotational speed (angular velocity) and torque or velocity and force are identical for all transmission types. as gear drive, belt drive, friction drive, worm drive, planetary drive, etc. Transmission are available in many different types, depending on the application, e.g.
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