The rotation speed of the device is another factor in the choice of bearing. Ballings are consistent with different rotational speeds. High -speed bearings usually have specific design and material to be resistant to centrifugal forces. Considering the speed of rotation and the work environment, the bearing will be selected to prevent wear and damage.
3. The work environment:
Environmental conditions such as ambient temperature, humidity, and air particles in the air can affect the function of bearing. Choosing bearings for specific environments (such as hot, humid or abrasive particles) should be more careful. Corrosion -resistant bearings, high temperatures or humid environments should be selected for specific workplaces.
4. Type of load:
The type of load on the bearings (radial, axial, hybrid) plays an important role in the selection. Different bearings are designed for any type of load. Paying attention to this issue prevents premature bearings.
5. Dimensions accuracy and tolerance:
In some applications, the precision and tolerance of the dimensions of the bearings is of great importance. In the precise and sensitive industries, the need for high -precision bearings is needed. Adaptation of the dimensions of the bearing with the technical specifications of the device is of particular importance.
6. Her useful life:
The useful life of bearing is an important factor in maintenance costs. By choosing a quality bearings, the useful life of the device increases.
7. Cost:
The cost of bearing also plays a role in the final selection. According to the project's budget and needs, reasonable price bearings can be selected.
Conclusion
Choosing the right industrial bearings requires a careful examination of several factors. Depending on the specific needs of your project and consulting with experts, you can choose quality bearings.