What factors will be considered when selecting bearings for agricultural machinery?

There are two main aspects in the selection of bearings: First, choose the type of bearing. You should roughly consider the load size, direction, and whether there is any impact? Factors such as speed, alignment requirements, allowed space, etc. The second is to choose the accuracy of the bearing. The type of machinery and mechanical accuracy requirements should generally be considered. There are many types of agricultural machinery. The common situation is that the working conditions are poor, especially for field work. Therefore, the selection of bearing type is very important, which directly affects the reliability index of the working machinery. In terms of accuracy, it does not need to be as demanding as precision machinery. This is determined by the working nature of agricultural machinery.

Bearings are used in a range of agricultural applications such as combine harvesters, balers, lawn mowers, rakes and picking machinery. Each plays a vital role in agriculture and the production of crops, so if downtime occurs, the costs can be high. We will provide an overview of the different types of bearings found in agricultural machinery and how they fit into these applications and environments.

There are three main aspects in the selection of bearings: First, choose the type of bearing. You should roughly consider the load size, direction, and whether there is any impact? Factors such as speed, alignment requirements, allowed space, etc. The second is to choose the accuracy of the bearing. The type of machinery and mechanical accuracy requirements should generally be considered. The third is to solve the problem for farmers to reduce downtime and maintenance costs and increase production as much as possible. Agricultural machinery bearings must be able to operate in extremely challenging conditions, from dry and abrasive environments to wet, corrosive and highly contaminated environments. They need to meet requirements for long life and durability under heavy load conditions, thereby solving farmers' problems of reducing downtime and maintenance costs and maximizing yields.