Sensor Integrating Machine Elements: Difference between revisions
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==== Screw ==== | ==== Screw ==== | ||
As one of the most widely used machine elements, the screw offers excellent potential for driving digitalisation through the procurement of data. Therefore, in addition to recording physical quantities that are directly related to the primary function, it is also possible to record a range of other physical quantities. The physical quantities relevant for the primary function are: <br> | |||
* axial force<br> | |||
* torque <br> | |||
* bending torque <br> | |||
Other physical quantities that can be recorded include:<br> | |||
* temperature<br> | |||
* acceleration<br> | |||
* rotational speed<br> | |||
* electric field<br> | |||
* magnetic field | |||
==== Rolling bearing ==== | ==== Rolling bearing ==== | ||
Revision as of 17:34, 4 December 2023
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Interaction of sensor system and machine element
Exemplary measurement tasks in machine elements
Gear
Screw
As one of the most widely used machine elements, the screw offers excellent potential for driving digitalisation through the procurement of data. Therefore, in addition to recording physical quantities that are directly related to the primary function, it is also possible to record a range of other physical quantities. The physical quantities relevant for the primary function are:
- axial force
- torque
- bending torque
Other physical quantities that can be recorded include:
- temperature
- acceleration
- rotational speed
- electric field
- magnetic field
