When choosing standard slewing bearing, we should pay attention to three problems, namely, load, bolt strength, and whether there is a uniform bolt hole. These three conditions are essential.Here is a detailed and comprehensive understanding of it.

First, whether the bearing load is distributed reasonably

Bearings are installed in a lack of uniform support surface. A common mistake in the design phase of the support structure is to assume that the support structure is sufficiently rigid with slewing bearings.However, local deformation can change the load, causing the bearing to have different load sizes.If the appropriate steps are not taken, it is easy to cause the failure of the slewing bearing.

Second, the bolt is not strong enough

First, make sure to choose the right slewing bearing product for your installation. This stage, which is often overlooked, leads to the possibility of system failure. Typically, the equipment designer is responsible for determining the correct type of fastener required for the project. However, fastener suppliers and manufacturers should really get a measure of what a given fastener can withstand. They will be able to assist in maximizing the computational integrity of bolt load confirmation fasteners.

Third, whether there is a unified bolt hole design

Fasteners need to be placed in more places than the maximum load area. Bolt holes, which are located only in areas where maximum loads occur, can be used as hazardous support structures and therefore should not be overlooked in the overall design of the product. It is important to remember that a large amount of exercise load exists, not just in the mounting part. Unified bolt rings can help alleviate bending and load distribution in bearings, fasteners, and support structures.

Buy slewing bearing need to understand the three points

Buy slewing bearings, many users are concerned about the quality, manufacturers, often ignore some important selection process. Today, Orson Slewing Bearing Xiaobian says how to ensure that the right slewing bearing is selected.

When choosing standard slewing bearing, we should pay attention to three problems, namely, load, bolt strength, and whether there is a uniform bolt hole. These three conditions are essential. Here is a detailed and comprehensive understanding of it.

First, whether the bearing load is distributed reasonably

Bearings are installed in a lack of uniform support surface. A common mistake in the design phase of the support structure is to assume that the support structure is sufficiently rigid with slewing bearings. However, local deformation can change the load, causing the bearing to have different load sizes. If the appropriate steps are not taken, it is easy to cause the failure of the slewing bearing.

Second, the bolt is not strong enough

First, make sure to choose the right slewing bearing product for your installation. This stage, which is often overlooked, leads to the possibility of system failure. Typically, the equipment designer is responsible for determining the correct type of fastener required for the project. However, fastener suppliers and manufacturers should really get a measure of what a given fastener can withstand. They will be able to assist in maximizing the computational integrity of bolt load confirmation fasteners.

Third, whether there is a unified bolt hole design

Fasteners need to be placed in more places than the maximum load area. Bolt holes, which are located only in areas where maximum loads occur, can be used as hazardous support structures and therefore should not be overlooked in the overall design of the product. It is important to remember that a large amount of exercise load exists, not just in the mounting part. Unified bolt rings can help alleviate bending and load distribution in bearings, fasteners, and support structures.