Many users pay attention to quality when buying slewing bearings, and manufacturers often neglect some important selection processes. Today, the editor of Jiangsu Tianyue Slewing Bearing is talking about how to ensure the selection of suitable slewing bearings.
When selecting a standard slewing ring bearing, three issues must be paid attention to, namely, the load, the strength of the bolt, and whether there is a consistent bolt hole. These three conditions are indispensable. Let's have a detailed and comprehensive understanding.
First of all, whether the bearing load is distributed reasonably
The bearing device lacks a consistent support surface. A common mistake in the design stage of the support structure is that the slewing ring assumes that the support structure has sufficient rigidity. However, partial deformation can change the load, causing the bearing to have different load sizes. If proper procedures are not taken, it is easy to cause failure of the slewing ring bearing.
Second, whether the bolts are strong enough
The main guarantee is to select the suitable slewing bearing product device for you. This stage is often overlooked, leading to the possibility of system failure. Typically, the equipment designer is responsible for confirming the correct type of fasteners required for the project. However, fastener suppliers and manufacturers should be measured by what the specified fastener can withstand. They will be able to help maximize the calculation of the bolt load to confirm the integrity of the fastener.
Third, is there a consistent bolt hole design
Fasteners need to be placed in more places than the maximum load area. As long as the bolt hole is located in the area where the maximum load occurs, it can be used as a risk support structure, so it should not be ignored in the overall design of the product. It is important to remember that a lot of exercise loads exist, not just the device part. Consistent bolt circles can help reduce bending and load distribution in bearings, fasteners, and support structures.
